1ELECTRICAL AND ELECTRONIC ENGINEERING COURSES [AY2013-2014] EE0001 EFFECTS OF ELECTROMAGNETIC RADIATION ON HUMANS 3. Walker Jearl, Halliday David and Resnick Robert, Fundamentals of Physics, 9th Edition, Wiley, 2011. (QC21.3.W181 2011) Academic Units: 3 Contact Hours (per week) | 39 Pre-requisite | - EE1003 Contents Fundamental of Electromagnetic Radiation. Impacts of Radio Transmission. Impacts of Wireless Technologies. Impacts of Lasers and Light Sources. Impacts of X-Ray and Tera-Hertz Technologies. Impacts of UV and Gamma Rays. References 1. Peter Stavroulakis (ed.), Biological Effects of Electromagnetic Fields: Mechanisms, Modeling, Biological Effects, Therapeutic Effects, International Standards, Exposure Criteria, Sprinter, 2003. 2. Barnes Frank S and Greenebaum Ben, Handbook of biological effects of electromagnetic fields. Biological and medical aspects of electromagnetic fields, 3rd Edition, CRC Press, 2007. (QP82.2.E43H236) 3. Wheeler Tom, Electronic Communications for Technicians, 2nd Edition, Pearson Prentice Hall, 2006. (TK5101.W564 + 1 CD) 4. Hecht Jeff, Understanding Lasers: An Entry-Level Guide, 3rd Edition, John Wiley & Sons, 2008. (TA1675.H447 2008) References Textbooks Contents INTRODUCTION TO MATERIALS FOR ELECTRONICS Academic Units: 3 Contact Hours | Lecture – 26 ; Tutorial – 12 Pre-requisite | - Materials and Society. Bond potentials, valance charge, crystal structures and defects. Ceramics for electronics. Semiconductor materials. Nanostructures and nanoelectronics. Organic electronics. 1. Callister William D and Rethwisch David G, Materials Science and Engineering, 8th Edition, John Wiley & Sons, 2011. (TA403.C162 2011) 2. Smith William F and Hashemi Javad, Foundations of Materials Science and Engineering, 5th Edition, McGraw-Hill, 2010. (TA403.S663 2010) 1. Serway Raymond A and Jewett John W, Physics for Scientists and Engineering with Modem Physics, 9th Edition, Brooks/Cole, 2014. (QC23.S492P 2014) EE1002 PHYSICS FOUNDATION FOR ELECTRONIC ENGINEERING ELECTRICAL & 3. Kasap Safa O, Principles of Electronic Materials and Devices, 3rd Edition, McGraw-Hill, 2006. (TK453.K19 2006) Academic Units: 4 Contact Hours | Lecture – 39 ; Tutorial – 12 Pre-requisite | FE1011/FE1012/PH1011/PH1012 EE2001 Content Introduction to in electromagnetic electronics, fields and and applications. Electromagnetic circuits communications. CIRCUIT ANALYSIS Academic Units: 4 Contact Hours | Lecture – 39 ; Tutorial – 12 Pre-requisite | - Introduction to light, lasers and optical spectroscopy. Principles of geometric and wave optical components. Introduction to quantum physics and applications. electronics and lasers. Textbooks 1. Serway, Raymond A and Jewett John W, Physics for Scientists and Engineers with Modern Physics, 9th Edition, Brooks/Cole, 2014. (QC23.S492P 2014) 2. Randall D. Knight, Physics for scientists and engineers, (QC23.2.K71 2004) References 1. Giancoli Douglas C, Physics for Scientists & Engineers with Modern Physics, 4th Edition, Pearson Prentice Hall, 2009. (QC21.2.G433 2009). 2. Young Hugh D, Freedman Roger A, Ford A Lewis and Sears Francis Weston, University Physics : with Modern Physics, 13th Edition, Addison-Wesley, 2012. (QC21.2.Y72U 2012) Applications of quantum physics in Contents Circuit Theorems. Energy Storage Elements and Transient Response. Laplace Transforms in Circuit Analysis. Network Functions and Two-port Networks. Alternating Current Circuits. Balanced Three Phase Circuits. Textbook 1. Alexander Charles K and Sadiku Matthew N O, Fundamentals of Electric Circuits, 5th Edition,McGraw-Hill, 2013. (TK454.A375 2013) References 1. Hayt William Hart, Kemmerly Jack Ellsworth and Durbin Steven M, Engineering Circuit Analysis, 8th Edition, McGraw Hill, 2012. (TK454.H426 2012) 2. Nilsson James William and Riedel Susan A, Electric Circuits, 9th Edition, Pearson/Prentice-Hall, 2011. (TK454.N712 2011) 2 ELECTRICAL AND ELECTRONIC ENGINEERING COURSES [AY2013-2014] EE2002 ANALOG ELECTRONICS EE2004 DIGITAL ELECTRONICS Academic Units: 4 Contact Hours | Lecture – 39 ; Tutorial – 12 Pre-requisite | EE2001 Academic Units: 4 Contact Hours | Lecture – 39 ; Tutorial – 12 Pre-requisite | - Contents Diode circuit analysis. Bipolar junction transistors. MOSFET devices. Small-signal amplifiers. Multistage and differential amplifiers. Current Sources and Current Mirrors. Frequency response. Operational amplifiers. Applications. Contents Digital Fundamentals. Digital Circuits; Combinational Logic Principles. Combinational Logic Circuits. Sequential Logic Principles. Sequential Logic Circuits. Memory, CPLDs, and FPGAs. Textbook Textbook 1. Jaeger Richard C & Blalock Travis N, Microelectronic Circuit Design, 4 Edition, McGraw-Hill, 2011. (TK7874.J22M 2011) th 1. Wakerly John F, Digital Design: Principles and Practices, 4th Edition, Pearson Prentice-Hall, 2006. (TK7874.W149 2006) References References 1. Sedra Adel S and Smith Kenneth Carless, Microelectronic Circuits, 6 th 1. Roth Charles H and Kinney Larry L, Fundamentals of Logic Design, 7th Edition, Cengage Learning, 2014. (TK7868.L6R845 2014) 2. Marcovitz Alan B, Introduction to logic design, 3rd Edition, McGraw-Hill, 2010. (TK7868.L6M321 2010) 3. Mano M Morris and Ciletti Michael D, Digital Design : With a Introduction to the Verilog HDL, 5th Edition, Pearson Prentice Hall, 2013. (TK7888.3.M285 2013) 3rd Edition, McGraw-Hill, 2002. Edition, Oxford University Press, 2010. (TK7867.S449 2010) 2. Franco Sergio, Design with Operational Amplifiers and Analog Integrated Circuits, (TK7874.F825 2002) EE2003 SEMICONDUCTOR FUNDAMENTALS EE2006 ENGINEERING MATHEMATICS I Academic Units: 4 Contact Hours | Lecture – 39 ; Tutorial – 12 Pre-requisite | FE1007/MH1811 or EE2092/MH2810 Academic Units: 4 Contact Hours | Lecture – 39 ; Tutorial – 12 Pre-requisite | EE1002 Contents Basic Semiconductor Concepts. Semiconductor in Equilibrium and Carrier Transport Phenomena. Semiconductor in Non-Equilibrium. PN Junction and Metal-Semiconductor Contacts. Bipolar Junction Transistor and Metal Oxide Field Effect Transistor. Optoelectronic Devices. Textbook 1. Neamen Donald A, Semiconductor Physics and Devices: Basic Principles, 4 Edition, McGraw-Hill, 2012. (QC611.N348 2012) th Contents Fourier Analysis. Laplace Transform. Partial Differential Equations. Numerical Methods. Probability. Mathematical Statistics. Textbooks 1. Kreyszig Erwin, Herbert Kreyszig and Nominton E J, Advanced Engineering Mathematics, 10th Edition, John Wiley, 2011. (QA401.K92 2011) 2. Johnson Richard Arnold and Bhattacharyya Gouri K, Statistics: Principles and Methods, 6th Edition, John Wiley, 2010. (QA276.12.J68 2010) 3. Patricia J. Y. Wong and Sundararajan N., Engineering Mathematics, McGraw-Hill, 2010. References 1. O'Neil Peter V, Advanced Engineering Mathematics, 7th Edition, Cengage Learning, c2012. (TA330.N58 2012) 2. James Glyn, Advanced Modern Engineering Mathematics, 4th Edition, Pearson, 2011. (TA330.A244 2011) 3. Milton J Susan and Arnold Jesse C, Introduction to Probability and Statistics: Principles and Applications for Engineering and The Computing Sciences, 4th Edition, McGraw-Hill, 2003. (TA330.M662 2003) References 1. Streetman Ben G and Banerjee Sanjay Kumar, Solid State Electronic Devices, 6th Edition, Pearson/Prentice-Hall, 2006. (TK7871.85.S915 2006) 2. Sze S M, Semiconductor Devices, Physics and Technology, 3rd Edition, John Wiley, 2012. (TK7871.85.S997 2012) 3. Kasap Safa O, Principles of Electronic Materials and Devices, 3rd Edition, McGraw-Hill, 2006. (TK453.K19 2006) McGraw-Hill. Singh Ravish R and Bhatt Mukul. Herbert Kreyszig and Nominton E J.PCB Layout Design (No Report) L217 .Two-Port Network Parameters And Transient Response L213 – Logic Circuit Simulation L214 . Algorithm design techniques. Huang Guangbin and Ng Jim Mee. Pearson. Algorithms. Signals and Systems.5. Introduction to The Design & Analysis of Algorithms. 10th Edition. 2007. Oppenheim Alan V. 2nd Edition.9. (QA76.9.Counter and Shift Register Academic Units: 3 Contact Hours | Lecture – 26 .E65) EE2071 LABORATORY 2A Academic Unit: 1 Contact Hours | Laboratory – 39 Pre-requisite | - Contents The experiments of this laboratory course provide students with extensive practical training in the various areas of electrical and electronic engineering. Vector integral calculus. Data Structures and Algorithms. 2011.D35D232DS) References 1.G798 1998) 2. Cambridge University Pres. 2nd Edition. 2011. Prentice-Hall. Greenberg Michael D. Complex variables. Johnsonbaugh Richard and Schaefer Marcus.Algorithmic Approach to Problem Solving L216 . 1st Edition. Advanced Engineering Mathematics. Textbook 1. Engineering Mathematics with Real-World Applications. McGraw Hill.P62 1997) 3. 2005. (TA330. Tutorial – 12 Pre-requisite | FE1007/MH1811 or EE2092/MH2810 Contents Linear algebra.M271) Academic Units: 4 Contact Hours | Lecture – 39 . Vector differential calculus. 2007.H419) 4. Continuous and Discrete Time Signals and Systems. 2008.A43L666 2012) EE2072 LABORATORY 2B Academic Unit: 1 Contact Hours | Laboratory – 24 Pre-requisite | - Contents A series of eight Laboratory experiments designed to provide EE2010 SIGNALS AND SYSTEMS understanding of fundamental theories and practical applications relating to some of the Year 2 courses in electrical and electronic engineering. Fourier Representation of Signals and LTI Systems. (TA333. 1998. Mandal Mrinal Kr and Asif Amir. (TK5102. . Er Meng Joo. Roberts Michael J.9. 2012. Pearson Education.R646F) EE2007 ENGINEERING MATHEMATICS II References 1. (TA330. Willsky Alan S and Nawab Syed Hamid.A244 2011) 3. 2004. 2nd Edition. Linear Time-Invariant Systems. 1997. Haykin Simon S and Van Veen Barry. Signals and Systems. Data structures. James Glyn. 2003. (QA402. John Wiley. Tutorial – 12 Pre-requisite | - Contents Introduction. Academic Units: 4 Contact Hours | Lecture – 39 . 4th Edition.Arithmetic and Sequential Circuits L218 . Sorting. Schaums Outlines Signals and Systems. (QA401. 2nd Edition. Mc-Graw Hill. (TK5102. 1st Edition. 3rd Edition. Engineering Mathematics. (TA330. Tutorial – 12 Pre-requisite | FE1006 & FE1007 or MH1810 & MH1811 or EE2092/MH2810 Contents Signals and Systems. Sampling. Modulation. Searching. Hwei Hsu.A43J65) 2. Textbook 1. Principles of algorithm analysis.92.9.S617) Textbook 1.Series Resonance And Time/Frequency Response of Passive Networks L212 .Abstract Data Types & Their Implementations L215 . 2010. Fundamentals of Signals and Systems. Kreyszig Erwin. Prentice-Hall. (QA76.K92 2011) References 1. Levitin Anany. Pearson Education. (QA402. Advanced Engineering Mathematics. 2011. Advanced Modern Engineering Mathematics. EE2008 DATA STRUCTURES AND ALGORITHMS Experiments L211 .H873 2011) 2. (QA76. Wiley. McGraw Hill. (TK5102.3 ELECTRICAL AND ELECTRONIC ENGINEERING COURSES [AY2013-2014] 4. edition). Tooley Mike. Logic and Arithmetic. 2005. Subroutines. 978-0831134709 1. Interfacing. (QC760. Prescribed Project for the Course. Organization and Design: The Hardware/Software Interface. 6th. Engineering Electromagnetics.9. Ordinary differential equations. Pearson Prentice Hall. (TK7895. 2007 2. ARM System Developer’s Guide: Designing and Optimizing System Software. A. Reflection of electro‐magnetic waves. Learning with LabView 8. Laboratory – 33 Pre-requisite | - and Buck John A. Infinite sequences and series. Stroud and D. Patterson (ARM David A 4th and Hennessy Morgan John L. Tutorial – 12 . Booth. Elsevier / Morgan Kaufmann. CRC Press.D47S634) 3. Prentice Hall. Flow control instructions. (QA76.BJT Amplifier L224 . 2012. Wave equation and uniform plane waves. Bishop Robert H.Fourier Representation of Signals and Filtering L226 .A8H719).Parameters and Applications Textbooks 1. Textbooks 1. Electronic Circuit and System Design. 3rd Edition. 9780321587992 Reference 1.B. 2010.C643P317 2009) . Engineering Mathematics.PN Junction Devices L228 . 2006 EE3002 MICROPROCESSORS Academic Units: 4 Contact Hours | Lecture – 39 . Fundamentals of Embedded Software: with the ARM Cortex-M3.Diode Rectifier Circuits L223 . Convolution and Impulse Response L225 . Assembler Directives. Tutorial – 12 . Edition. Loads.4 ELECTRICAL AND ELECTRONIC ENGINEERING COURSES [AY2013-2014] Experiments L221 .Hass. K.Semiconductor Parameter Measurements L227 . Elements of Electromagnetics. Hohl William. (QA76. Stores and Addressing. Addison-Wesley.Analog Circuit Design L222 . EE2073 INTRODUCTION TO ENGINEERING DESIGN AND PROJECT Oxford University Press. McGraw-Hill. References Thumb Instructions and C language. Sadiku Matthew N O. Laboratory – 6 Pre-requisite | - Contents Introduction to ARM core and programmer’s model. Hayt 2012) Reference 1. Laboratory – 6 Co-requisite | EE2007 Contents Static electric and magnetic fields. Thomas. Pearson Prentice-Hall.Operational Amplifier . Electronic Circuit Fundamental and Application[electronic resource]. Textbook 1. (QC670.76. Weir and J.Linear Time Invariant (LTI) Systems. Stacks and Exception Handling. 12th Edition. Thomas’ Calculus. 2009. Electromagnetics for Engineers. Computer 2011. Multiple integrals.E42L673 2013) 2.H426 Contents Data Acquisition System and Application. Sloss Andrew N. Tutorial – 12 Pre-requisite | - Contents Differentiation and integration. 2004. Vectors. Transmission lines. Peripherals MH2810 MATHEMATICS A Academic Unit | 4 Contact Hours | Lecture – 39 . 2013. 7th.73. G. Symes Dominic and Wright Chris. Kaufmann (QA76. Partial differentiation. Electromagnetic energy transfer. M. Elsevier. Lewis Daniel Wesley. 2013. (QC760. 5th.S125 2010) 2. 5th Edition. LabVIEW Software Design and Development.D. Palgrave Macmillan. Ulaby Fawwaz Tayssir. Maxwell's equations. 2nd Edition. Textbook 1. 8 Edition. ARM Assembly Language: Fundamentals and Techniques.U36E) William Hart th EE3001 ENGINEERING ELECTROMAGNETICS Academic Units: 4 Contact Hours | Lecture – 39 . Academic Units: 2 Contact Hours | Lecture – 6 . 2009. AC Machines. Digital and Analog Communication Systems. 2. Quirk Michael and Serda Julian. 2011. (TK5102. Tutorial – 12 . Stephen A. EPFL Press. 5th Edition. Digital communication principles.org/webversion. Digital Filter Design. Laboratory – 3 Pre-requisite | EE2006 Academic Units: 3 Contact Hours | Lecture – 26 . System Compensation and PID Control. Prentice-Hall. Linear modulation.Oxford University Press. (TJ213. Textbook 1. Root‐locus Technique. (TK7874. (TJ216. System Modelling. Contents Review of signal analysis and noise representations. Prentice-Hall. 3rd Edition. Pearson.J22 2002 ) 2. Laboratory – 3 Pre-requisite | EE2003 oxidation. (TK5101. Communication Systems Engineering. 2002. Communication Systems. John Wiley.G34 2010) References 1.Q93) Contents Introduction to Control Systems. Sen Paresh Chandra. 1st Edition. Lithography. Ion implantation. 2010. 2009. 2001. Kuo Benjamin C and Golnaraghi Farid.L352 2009) 3. E-book) References 1. (TK5101. Time Domain Analysis. (TJ213. Haykin Simon S and Moher Michael. (TK7871. Etching. McGraw-Hill. Discrete Fourier Transform (DFT) and Fast Fourier Transform (FFT). Pearson Prentice Hall. Prentice-Hall. Deposition Techniques. 3rd (TK2000. Electric Machinery and Transformers. (TK2000.5 ELECTRICAL AND ELECTRONIC ENGINEERING COURSES [AY2013-2014] EE3010 ELECTRICAL DEVICES AND MACHINES Textbook 1. Frequency Domain Analysis.C191F. Tutorial – 12 .9. Discrete-Time Education. Introduction to Microelectronic Fabrication: Vol 5 of Modular Series in Solid State Devices. 2010.D695 2011) 2. John Wiley & Sons. 2002. Oxford University Press. Crystal growth and EE3011 MODELLING AND CONTROL wafer preparation. 9th Edition.sp4comm. Oxford University Press. Oppenheim Alan V. Jaegar Richard C. Couch Leon W. 2nd Edition. Modern Control Engineering.C466E) Contents Fundamentals of Bipolar Devices. Frequency and phase modulation. DC Machines. Textbook 1. Transformers. Diffusion and thermal Academic Units: 3 Contact Hours | Lecture – 26 . Principles of Electric Machines and Power Electronics. 2010. Laboratory – 6 Pre-requisite | EE2001 1. 2009. 2001 (TK7836. 12th Edition. Laboratory – 3 Pre-requisite | EE2010 . 2nd Edition. 1st Edition. 8th Edition. Z‐Transform. Schafer Ronald W and Buck John R. Modern Digital and Analog Communication Systems. 1997. Relative Stability and Design Specifications. Fabrication Engineering at the Microand Nanoscale. Pearson Academic Units: 3 Contact Hours | Lecture – 26 . Lathi Bhagwandas Pannalal. (TK5101. John Wiley. 4th Edition. Textbook 1. Modern Control Systems. 2nd Edition.P962 2002) 2. 2013. (TK2000.html Signal Processing. Laboratory – 3 Pre-requisite | EE2010 Contents EE3012 COMMUNICATION PRINCIPLES Introduction. 3rd Edition.S474P 1997) 2.K96 2010) EE3014 DIGITAL SIGNAL PROCESSING Academic Units: 3 Contact Hours | Lecture – 26 . Tutorial – 12 . Automatic Control Systems. Performance of Feedback Control Systems. Ogata Katsuhiko.G981 2001) References 1. Signal Processing for Communication. Guru Bhag S and Hiziroglu Huseyin R. Campbell. Proakis John G and Salehi Masoud. Dorf Richard C and Bishop Robert H. Electric Machinery and Power System Fundamentals.C853 2013) References Contents Electromagnetic Principles and Actuators. Tutorial – 12 . Tutorial – 12 . (TK5101.85. Textbooks 1. Chapman Stephen J. 2002. 5th Edition. 2008.H419 2010) Edition. EE3013 SEMICONDUCTOR DEVICES AND PROCESSING Academic Units: 3 Contact Hours | Lecture – 26 .P899) Download here http://www. Semiconductor Manufacturing Technology. Prandoni Paolo and Vetterli Martin. MOS Devices. Prentice-Hall. 875. Kang Sung-Mo and Leblebici Yusuf. Leon-Garcia Reference 1. Laser Optics. IEEE Press. McGraw-Hill. Analysis and Design of Analog Integrated Circuits. 2010. Kasap S O. (TK5105.99. Pedrotti Leno Matthew and Pedrotti Leno S. Power Systems Operation and Analysis.G781 2010) Edition. Protective Relaying: Principles and Applications. Data and Computer Communications. 2001.2.N576) Data Link Control.9. (TK2182. McGraw-Hill 2005. Tutorial – 12 . Smith Warren J. Introduction to Biophotonics.M44K16 2005) 2. Oxford University Press. CMOS flip-flops and memories. (TS513. Applications of Photonics. Microelectronic Circuits. 6th Edition. Internetworking. Gray Paul R and Meyer Robert G. (TK5101. (TK5105. 3rd Edition. 2006. McGraw-Hill. McGraw-Hill. Prentice-Hall.5. McGraw-Hill. Pearson/Prentice-Hall. Laboratory – 3 Pre-requisite | EE2001 Contents Geometrical Optics. Pearson. Laboratory – 3 Pre-requisite | - Alberto and Widjaja Indra. 6th Edition.P372 2007) References 1. Data Communications Fundamentals. 2007. Tutorial – 12 . Power System Protection. Textbook 1.W673 2006) 2. Chapman Stephen J.M684 2011) EE3018 EE3015 POWER SYSTEMS AND PROTECTION INTRODUCTION TO PHOTONICS Academic Units: 3 Contact Hours | Lecture – 26 . Pedrotti Frank L. Weedy Birron Mathew and Cory Brian John.6 ELECTRICAL AND ELECTRONIC ENGINEERING COURSES [AY2013-2014] 3.B628 2007) References 1. 5th Edition. McGraw-Hill. 2nd Edition. (QH515. Tutorial – 12 .C466E) 2. McGraw-Hill. Anderson Paul M.I57K96 2013) . 2002. 2012. 2009. Power Systems Fault Analysis. Pearson Prentice Hall.S449 2010) References References 1. (TK7874. Pearson/Prentice-Hall. Differential Protection of Power Apparatus. Wave Optics. 4th Edition. Photon Optics. Sedra Adel S and Smith Kenneth Carless. (TK5105. (TK2000. Electric Machinery and Power System Fundamentals. Laboratory – 3 Pre-requisite | - Contents Feedback amplifier. Ng Chee Hock and Ma Maode. 9th Edition. (TK1010.K19) 3. 1st Edition. Textbook 1. Drives and Power Systems. Prasad Paras N. Kurose James F and Ross Keith W. 3rd Edition. (TK7871. Electrical Machines. Computer Communications. 6 th 1. Tutorial – 12 . (TK2861. 2007. Power supplies. 1999. 2010.A548) EE3019 INTEGRATED ELECTRONICS Academic Units: 3 Contact Hours | Lecture – 26 . 2004. Computer Networking: A Top-Down Approach. CMOS Digital Integrated Circuits: Analysis and Design.S782 2011) 2. (QC355. c2011.L579 2004) Academic Units: 3 Contact Hours | Lecture – 26 . John Wiley. Digital Signal Processing : A Computer Based Approach. Wildi Theodore. WileyInterscience. Electric Power Systems. Optoelectronics and Photonics: Principles and Practices. Textbook 1. 2011. 3rd Edition.W394 2012) 3. Textbooks 1. Operational amplifier circuits.S663 2008) 2. (TK5102.P911) Contents Fundamentals of Power Systems. Local Area Networks. Contents Introduction to computer communications. CRC Press. Mitra Sanjit K. CMOS logic circuits. Laboratory – 3 Pre-requisite | EE2002 EE3017 COMPUTER COMMUNICATIONS Academic Units: 3 Contact Hours | Lecture – 26 . (TK1001. 4th Edition. (TK7867. 2008. Introduction to Optics. Modern Optical Engineering: The Design of Optical Systems. Stallings William. 5th Edition. John Wiley. (TK8304. Communication Networks: Fundamental Concepts and Key Architectures. Blackburn J Lewis. Propagation of light in Matters. Applications of operational amplifiers. Voltage reference and current sources. 2013. 2003. Over-current Protection of Distribution Systems. and Young Michal. . Prentice-Hall. (QA76. References 1. (DS598. Derek Heng & Tan Tai Yong. Lee Kuan Yew. innovators and technopreneurs. 5th Edition. Plagiarism 2.0 [videorecording] : Information Ethics in the Digital Age.758.S697 2011) 2. Laboratory – 78 Pre-requisite | - Objective The main objectives of the Design and Innovative Project are to introduce students to electrical and electronic engineering projects. Prior to the start of the Industrial Attachment. Pressman Roger S and Lowe David. Tutorial – 13 Pre-requisite | - Contents Introduction to software engineering. discuss and develop (if required) further details on the proposed attachment programmes. Software design. during the first three weeks of the attachment. 2.P698 – BUSL) (H587897 – BUSLAVRES) Academic Units: 2 Contact Hours | Lecture – 6 . From Third World to First. Project Implementation. Wiley. McGraw-Hill. Memoirs of Lee Kuan Yew. Bob Principles and and Mike Techniques.P935S EE3179 INDUSTRIAL ATTACHMENT 2010) 3. EE4001 SOFTWARE ENGINEERING Academic Units: 3 Contact Hours (per week) | Lecture – 26 . Design and Innovation Competition. 2009). Singapore: Journey Into Nationhood.S617j) 3. Software requirements and specifications.J73) 4. Johnston Stephen F.4. Software testing and maintenance. Pezze Mauro. (Singapore: National Heritage Board. Project Report. (PN167. academic staff from the School visit new organizations which have offered placements for IA. EE3080 DESIGN AND INNOVATIVE PROJECT EE4040 ENGINEER AND SOCIETY Academic Units: 3 Contact Hours (per week) | Lecture – 26 . 2008. Sommerville Ian. Tutorial – 13 Pre-requisite | Year 4 classification Contents The course comprises 4 main topics: Evolution of Modern Singapore. Oral Presentation. Ethics and Professionalism and The Environment. management and hands‐on experience for the students. Project (QA76.7 ELECTRICAL AND ELECTRONIC ENGINEERING COURSES [AY2013-2014] 3.P935) Academic Units: 8 Contact Hours | 20 weeks (full-time) Pre-requisite | Third year standing and completed at least 4 (First year engineering) / 2 (Poly‐direct intake) semesters of studies. 3rd Edition. Fabian and Rhonda.758. 2009. Engineering and Society: Challenges of Professional Practice. Kwa Chong Guan. 1998. Pressman Roger S. The students are made aware of “Current Issues” at the time of their study. Contents Every participating organisation is required to provide an initial proposal of an attachment programme for each of the students. (TA157. 7th Edition. (QA76. Singapore: A Seven-Hundred Year History. National Archives of Singapore. 5. 2002. 2011. (TK5105. Times Editions.S7L478f) 5. Every IA student. Gostelow J Paul and King W Joseph. 2009. Software Engineering: A Practitioner's Approach. National Heritage Board: Landmark Books. Cotterell. provide with students an opportunity to exercise their creative and innovative qualities in a group project environment and excite the imagination of aspiring engineers. (DS610. Web Engineering: A Practitioner's Approach. Technology & Society. AddisonWesley. McGraw-Hill. 2000. 9th Edition. Franco Sergio. Software project management. has to develop the initial attachment programme proposed by the participating organisation into a work plan/schedule with specific self‐directed learning objectives to meet NTU’s attachment objectives. McGraw-Hill. 2010. McGraw-Hill. Software Engineering. The attachment programme should have emphasis on applications. Contents Project Proposal.F825 2002) References 1.76. Software Testing and Analysis: Process. Design with Operational Amplifiers and Analog Integrated Circuits. Lectures on Project Management. 4. 2000. The purpose is to review.T48P522) Hughes Software Management. The Singapore Story: 1965:2000.88813. (TK7874. Jerry I.G231) Contemporary Communication Systems Using MATLAB and Simulink.C529) EE4105 CELLULAR COMMUNICATION SYSTEM DESIGN Academic Units: 2 Contact Hours (per week) | Lecture – 13 . Mayo Andrew. The Future of Human Resource Management: 64 Thought Leaders Explore the Critical HR Issues of Today and Tomorrow. Issues such as the choice of modulation and channel coding schemes as well as multiple access methods will be dealt with. ethical behavior and integrity. 2011. Prentice-Hall. Proakis John Implementation. Senge Peter M. The Baldrige Quality System: The Do-ityourself Way to Transform your Business.P962 2013) . Channel equaliser design for compensation of channel distortions and inter-symbol interference (ISI) will be dealt with. 2002. Nicholas Brealey Publishing.452. 2012. 1992.153. George Stephen.C712 2002) 4. customer-centred mindset. Rappaport Theodore S. Managing work groups: organizational communications and conflict resolution strategies. (HD53. Textbooks 1. Chew Soon Beng. Harper Business. Chan & Tan. Besides project proposals generated by its own academic staff. product development. Measuring.K49) 5. AMACOM. and Bauch 2000.M473) 6. Carrier-modulated signals. (TK5105. Tutorial – 13 Pre-requisite | Year 4 classification Academic Units: 10 Pre-requisite | Refer to FYP Website Contents Contents Using case studies and current events to: understanding individual and group behavior in organizations: the impact of globalization. 1991. continuous learning. Pearson. collective bargaining and labour-management relations challenges and prospects. carry out a project demonstration and make an oral presentation on completion of the project. Fundamentals of Human Resource Management. one or more of the following areas: design.S476 2006) 9. Fitz-Enz Jac. Fundamentals of digital signal processing will be briefly introduced. 2012.R221 2002) 3. work values and corporate culture. Transforming & Leading Organizational Behavior. Managing. Harvard Business School. 2nd Edition.452. The Human Value of the Enterprise: Valuing People as Assets . 2005. James C & Porras. (HF5415. Built to Last: Successful Habits of Visionary Companies. QAM and PSK signals. 3rd Edition. DSP techniques used in the design of baseband digital signal transmission and reception will be covered. Contents The students will be involved in the planning and design of cellular and wireless personal communication systems at the system level. Meisinger Susan R and Ulrich Dave. construction of hardware and/or development of software and testing in any of the areas of specialized courses offered in a final year option group. G. Currency Doubleday. Salehi Masoud Prentice-Hall. Kim W Chan and Mauborgne Renée.R636 2013) 2. Trade unions. Projects may include. South Western Cengage Learning. (HF5386. References 1. all final year students of the School of EEE are required to undertake a project. global talent search. (HD58. References 1. learning organization. used for transmission through band-pass channels will be discussed. 2001. Wireless Communications: Principles and Practice. but are not limited to. IS-95 CDMA and CDMA2000: Cellular/PCS Systems 4. (HD58.9.9. computing and analysis. Collins. John Wiley.67. McGraw Hill. Gerhard. Alan Price. (TK5103. The 8 Practices of Exceptional Companies: How Great Organizations Make the most of their Human Assets. people-centred management approaches. Students are required to submit a formal report. such as AM. The Fifth Discipline: The Art and Practice of the Learning Organization.2. 2006. Quality and excellence concepts: stakeholders awareness.F996F) 3. Cengage Learning. teambuilding and talent development. leveraging on diversity. Garg Vijay Kumar. investigation. (HD6820. John Wiley. Laboratory – 26 Pre-requisite | - As part of NTU's curriculum. (HD58.7. visionary and transformational leadership strategies: motivation.K18) 2. and spread over the entire academic year. This project will involve an in-depth study.15. supervised by one or two faculty members. laboratory investigation.Monitoring. the school also works with outside partners including the A*STAR Research Institutes and industrial companies to propose relevant projects. (HD62. 2002. (HF5549. Losey Michael R. Trade Unionism in Singapore. (TK5103. 2002. W-CDMA and CDMA2000 for 3G Mobile Networks.F548t) 8. 2005. field-testing and instrumentation and feasibility studies.8 ELECTRICAL AND ELECTRONIC ENGINEERING COURSES [AY2013-2014] EE4041 HUMAN RESOURCE MANAGEMENT EE4079 FINAL YEAR PROJECT Academic Units: 3 Contact Hours (per week) | Lecture – 26 . Robbins Stephen P and Judge Timothy Organizational Behavior.G349b) 7. (TK5103. 1997. Brooks/Cole. 15th Edition. 2013. Blue Ocean Strategy: How to Create Uncontested Market Space and Make Competition Irrelevant. Karim M R and Saraf Moshen. software development. innovative adaptation to continuous change. 2. McGraw-Hill. Haykin and K. (TK5101. Optical Networks: A Practical Perspective. Laboratory – 26 Pre-requisite | - Contents Digital communication principles. 2001. design and simulation of wireless communication and radar systems as well as the analysis. J. Textbook 1. John Wiley. John Wiley.P893) 2. Planar transmission lines and discontinuities. Algorithms and Applications.P893 2012) 2. Constantine A. Optical fibre communication systems and applications. Pearson Prentice-Hall. Irwin. 1993. 2005. Keiser Gerd. Chang Kai.K27 2011) References 1. connectors and splices. An Introduction to Fiber Optic Systems. Error correcting codes. Information theory. (TK5103. Proakis John G and Manolakis Dimitris G. Prentice-Hall. and M. Microwave and RF wireless systems. Pozar David M. B P Lathi and Z. 5th Edition. Optimum signal detection. Line transmission. S. 3rd Edition. John Wiley. References 1. 2nd Edition. (TK5102.H769 2011) EE4152 EE4110 OPTICAL COMMUNICATION SYSTEM DESIGN DIGITAL COMMUNICATIONS Academic Units: 3 Contact Hours (per week) | Lecture – 26 . (TK5101. (TA1800.H419 2010) 2.P932) EE4151 RF AND MICROWAVE ENGINEERING Academic Units: 3 Contact Hours (per week) | Lecture – 26 . Palais Joseph C. Ramswami Rajiv and Sivarajan Kumar N. (TK7876. Laboratory – 26 Pre-requisite | - Contents Students will be involved in the design of advanced wireless communication systems as well as microwave planar components. Tutorial – 13 Pre-requisite | EE3012 Academic Units: 3 Contact Hours (per week) | Lecture – 13 . optical amplifier and filter. (TK6560. Issues such as light propagation. 4th Edition. 3rd Edition.59. (QC665. 2009. Microwave Engineering. G. (TK5101. (TK5103.P154 2005) 4.H236) 1. 2011. Communication Systems. Digital Signal Processing: Principles. Textbook 1. Fiber Optic Communications. 1999. Ding. Pozar David M.E21) 3. and system design methodology are covered. Switching and signaling. optical transmitters and receivers.L352 2009) References Contents Students will be involved in the design of fibre optic communication systems. (TK5103.6. Morgan Kaufmann 2008. McGrw th 1. fibre characteristics and classification. 2nd Edition. design and simulation of microwave integrated circuits. Edde Byron. Whinnery J R and Van Duzer T. It will include the analysis. Salehi.59. Powers John P. John Wiley.P888 1999) 3. Moher. 4th Edition. 2006. Hecht Jeff. (TK6575. Oxford University Press. 2011. 2003.9. (TK7871. John Wiley. 2nd Edition. Balanis. optical coupler and wavelength converter. Fields and Waves in Communication Electronics. (TK7876. Technology. Proakis nd Hill. Pearson/Prentice-Hall. John Wiley. 2012. Tutorial – 13 Pre-requisite | EE3012 Contents Telecommunication networks. 2005.P962 EE4153 TELECOMMUNICATION SYSTEMS Academic Units: 3 Contact Hours (per week) | Lecture – 26 . Ramo Simon. Textbooks Academic Units: 2 Contact Hours (per week) | Lecture – 13 . Handbook of RF/Microwave Components and Engineering. . 2 2002) Edition. fibre cables. 2007. 4th Edition. 3rd Edition. Communication Systems Engineering. 2010. Pearson/Prentice-Hall. Applications. 5th Edition. Understanding Fiber Optics. 4 Edition. Tutorial – 13 Pre-requisite | EE3001 EE4109 MICROWAVE CIRCUIT AND SYSTEM DESIGN Contents RF and microwave circuit analysis. (TA1800.B171 2005) References 1.E4R175 1994) 2. Planar couplers and filters. nonlinear effects in WDM systems.2. Radar: Principles. Antenna Theory : Analysis and Design. John Wiley. Modern Digital and Analog Communication Systems. 1994.H447 2006) 2. 5th Edition.9 ELECTRICAL AND ELECTRONIC ENGINEERING COURSES [AY2013-2014] 5. Optical Fiber Communications. Microstrip Filters for RF/Microwave Applications. Prentice-Hall. Microwave communication systems. 2002. Hong Jia-Sheng and Lancaster M J. D621 1994) EE4188 WIRELESS COMMUNICATIONS Academic Units: 3 Contact Hours (per week) | Lecture – 26 .I64) rd Edition. 2009. Antennas and Propagation for Wireless Communication Systems. Radar Signal Analysis and Processing Using MATLAB. (TK6575. (TK5103.B435 2000) Edition. SciTech Publishing. Valery P. John Wiley. Stimson George W.2. Wireless Communications: Principles and Practice. Modern Electronic Communication. (TK5103. John Wiley. (TK5101. 2007. McGrw Hill. Digital Telephony. McGraw-Hill. (TK5103. Richards Mark A. (TK5103.M648 2008) 3. Introduction to Airborne Radar.Z66I ) 2. Flood John Edward.M214RS) 3. 2nd Edition. Keiser Gerd. Elsevier Morgan Kaufmann.G231WC) Textbook 1. 3rd Edition. Prentice-Hall. Oxford University Press. Digital Communications: Fundamentals and Applications. Traffic and Networks. Applications of spread spectrum systems.S257 2007) EE4190 INTRODUCTION TO MODERN RADAR Academic Units: 3 Contact Hours (per week) | Lecture – 26 . 9 th EE4189 SPREAD SPECTRUM COMMUNICATIONS Academic Units: 3 Contact Hours (per week) | Lecture – 26 . Ziemer Rodger E and Peterson Roger L. Wireless Communications and Networking. 4th Edition. (TK6590. Tutorial – 13 Pre-requisite | EE3012 Contents Advanced signal analysis and noise. 4th Edition. Prentice-Hall. Radio frequency spectrum. 2011.T655E 2004) References 1. IEE.7. Bellamy John C. Prentice-Hall.59. 3rd Edition. (TK5101. 2007. Freeman Roger L. 2 2002) 2. (TK5103.6. Introduction to Wireless and Mobile Systems. 2001. Spread Spectrum Systems: With Commercial Applications. Cengage Learning.2. Optical Fiber Communications. 2011.10 ELECTRICAL AND ELECTRONIC ENGINEERING COURSES [AY2013-2014] Textbooks 1. Electronic Communications System: Fundamentals Through Advanced. (TK5102.K27 2011) 2. Performance calculations.F631) 2.A277 2011) 2. Cellular radio systems. (TK5103. John Wiley. Telecommunications Switching. Edition. (TK6553. Pearson PrenticeHall. Agrawal Dharma Prakash and Zeng Qing-An. Tomasi Wayne. Mahafza Bassem R. (TK5103. (TK5101. Introduction to Radar Systems. Hardware Considerations & Electromagnetic Propagation. (TK5103. 2001. 2001. References 1. 2nd Edition. and Alejandro Aragon-Zavala. Rappaport Theodore S. (TK6575. 1995 (reprinted 1999). Prentice-Hall. Generation of spreading sequences. John Wiley. 2002. Wirth W. (TK6575. Simon R.S628 2001) nd Introduction.F855 2007) 3. Garg Vijay Kumar. Lathi Bhagwandas Pannalal. Dixon Robert Clyde. 1994. Software Defined Radar (SDR) Concept and Demonstration. Pearson/Prentice-Hall. Modern Digital and Analog Communication Systems.A6R124T) 4. 3rd Edition. Clutter.P957 V1) 2.7. 2008. Textbooks 1. Ipatov. 2001. Sklar Bernard.S628 2001) 4. 2005.7. Radar Techniques Using Array Antennas. (TL696. 2nd Edition. Principles of Modern Radar: Basic Principles.R221 . 5th Edition. 2010. Matched Filtering & Doppler. Tutorial – 13 Pre-requisite | EE2010 Contents References 1. Spread Spectrum and CDMA: principles and applications. Textbook 1.5. 2007. 3 2000. (TK5103. Synthetic Aperture Radar.L352 2009) 3. Detection. CRC Press. SciTech Publishing. Skolnik Merrill. (TK7871. 2005. Introduction to Target Tracking and Tracking Algorithms. Saunders.45. Analysis of spread spectrum systems. Fundamentals of spread spectrum. Radar Variants and Trends.R2S859 1998) References 1. IEEE/Wiley-Interscience. Tutorial – 13 Pre-requisite | EE3012 Contents Types of wireless systems. Introduction to Digital Communication. Beasley Jeffrey S and Miller Gray M. 3rd Edition. Array Beamforming and Space-time Adaptive Processing.2. 1998. 2009. Radio System Design for Telecommunications. John Wiley. (TJ211. Wiley.S334) 2. EE4208 INTELLIGENT SYSTEM DESIGN Prentice-Hall.S556 1996) Academic Units: 2 Contact Hours (per week) | Lecture – 13 . McGraw-Hill.C886 2005) References 1. (TP155. 2005. Edgar Thomas F and Mellichamp Duncan A. Complex control structures.(TJ217. Awcock G J and Thomas Ray. Craig John J. Robot applications.G35) 2. Haralick Robert M and Shapiro Linda G. McGraw-Hill. Hart Peter E and Stork David G. Edition.L978) 3. Segmentation and representation.11 ELECTRICAL AND ELECTRONIC ENGINEERING COURSES [AY2013-2014] 5. Machine vision applications. 2009. 3 TaTa-McGraw Hill. Frequency response method.M152) 2. Fundamentals of Robotics: Analysis and Control. Duda Richard O. 1993. Applications. Goodman Ron S and Majewski Ronald M. (TP155. Digital Control and State Variable Methods: rd EE4266 COMPUTER VISION Academic Units: 3 Contact Hours (per week) | Lecture – 26 . (TJ211. Feedback controller design for time delay systems. Coordinate transformation and kinematics. Applied Image Processing. 2001. 2nd Edition. Carrara Walter G. Maciejowski Jan Marian. 1990. Design and Tuning. References 1. Process Dynamics. 2008. Laboratory – 26 Pre-requisite | - Contents This module covers the design of intelligent systems such as intelligent automation systems.A965) 2. Recognition and machine intelligence. Prentice-Hall. 3rd Edition. Process control applications. 1996. 1996. (TP155. Sensors and devices. 3rd Edition. Laboratory – 26 Pre-requisite | - Contents Discrete-time control systems.M53G659D 2008). State space design. State observers. Shinskey F Greg. 3rd Edition. Introduction to Robotics: Mechanics and Control.S443 2011) . 2002. Predictive Control with Constraints. Tutorial – 13 Pre-requisite | - Contents Image representation. Digital Image Processing. 4th Edition. (TK6592. Prentice-Hall. Process models. Preprocessing techniques. Seborg Dale E. 1995. 1997. Ogunnaike Babatunde A and Ray W Harmon. (TA1632. Root locus method. Addison-Wesley. the focus is on the design of computer vision systems.D844 2001) Academic Units: 2 Contact Hours (per week) | Lecture – 13 .H254) EE4268 ROBOTICS AND AUTOMATION Academic Units: 3 Contact Hours (per week) | Lecture – 26 . Oxford University Press. Tutorial – 13 Pre-requisite | - Contents Introduction to robotics. Feedback control systems. Luyben Michael L and Luyben William L.75. Spotlight Synthetic Aperture Radar: Signal Processing Algorithms. Gopal M. Gonzalez Rafael C. EE4265 PROCESS CONTROL SYSTEMS Trajectory planning.75. McGraw-Hill.N694) Academic Units: 3 Contact Hours (per week) | Lecture – 26 . 1994. (TA1637. Essentials of Process EE4207 CONTROL ENGINEERING DESIGN Control. (TJ223. Textbook 1. Process Control Systems: Application.75.G643 2008) References 1. Textbook 1. Conventional and Neural-Fuzzy Control Systems. Prentice-Hall. (TJ211. An Introduction to Robotics Analysis. Control techniques. Artech House. neurofuzzy systems and intelligent vision systems. Niku Saeed B. Process Dynamics and Control. Servo systems. 2011. Pole placement.75. Reference 1. Prentice-Hall. Currently. (TA1632. Schilling Robert J.S95C313) References 1. Systems. (Q327. Z-transform. Modeling and Control. Tutorial – 13 Pre-requisite | EE3011 Contents Introduction.6. 2001. Computer and Robot Vision. Advanced control techniques. (TP155. Pattern Classification. Textbook 1. and Simulation. Tata-McGraw Hill.M53F831 1998) References 1.12 ELECTRICAL AND ELECTRONIC ENGINEERING COURSES [AY2013-2014] EE4273 DIGITAL CONTROL SYSTEMS 2. rd EE4303 MIXED-SIGNAL IC DESIGN Academic Units: 2 Contact Hours (per week) | Lecture – 13 . Back Thomas. Design and simulation of RF circuits.A859 1997) 2. and Design. CMOS: Circuit Design. Wiley.G34 1995) 2. 5th Edition. Physica-Verlag. (TK6560. Ogata Katsuhiko. 3rd Edition. Laboratory – 26 Pre-requisite | EE3003/EE3019 Contents Introduction. 3 Edition.. (TK7874. Sansen Wiley M C. 2009. Razavi Behzad. 1996. West. Introduction to Artificial Neural Systems. Asai Kiyoji and Sugeno Michio. Fuzzy sets. (QA402.654. 3rd Edition. Powell J David and Workman Michael L. applications of fuzzy logic. Pearson Education. Neural Fuzzy Systems: A Neuro-Fuzzy Synergism to Intelligent Systems. Gopal M. Digital Control of Dynamic Systems. 1996. (TK7874. Design of CMOS RF Integrated Circuits and Systems. Fundamental concepts and models of artificial neural systems. World Scientific. 3rd Edition.S63B924) 2. Buckley.T315) References 1. Phillips Charles L and Nagle H Troy. Razavi Behzad.M53P558 1995) Digital Control Methods: Conventional and Neural-Fuzzy Control Systems.L735) Academic Units: 3 Contact Hours (per week) | Lecture – 26 . 2012. (TJ217.25. Design of Analog CMOS Integrated Circuits.M44B168 2010) 2. Digital Control System Analysis 3. CMOS and BiCMOS) to realize analog and digital functions on integrated circuits. 1995. Terano Toshiro. Applications of artificial neural networks. Textbooks 1. Oxford University Press. Fuzzy Systems Theory and its Applications. 2nd Edition. c2013. Computer-Controlled Systems: Theory and Design. Gray Paul R. Tutorial – 13 Pre-requisite | EE3011 Contents Signal conversion and reconstruction. Pearson/Prentice-Hall. 1992. Students learn practical circuit design techniques as well as device characteristics and the theory of circuit synthesis and analysis. Contents RF integrated systems.Z96) 3. A mixed-signal circuit design project of medium complexity is included to enhance student’s learning.Y46) 2.S229) References 1. RF Microelectronics. McGraw-Hill. Academic Press.78. Lin Ching Tai and Lee C S George. 3rd Edition. 2006. (TK7874. Fuzzy inference mechanisms. Analysis and design of digital control systems. 1997. Variable 1995. (QA76. 2008. Evolutionary Programming. (TK7871. Layout.R278 2012) Textbooks 1. An introduction to fuzzy logic and fuzzy sets. Esfandiar. 2nd Edition. 1992.g. State variable techniques and implementation issues. (QA76.B365) References 1. Genetic Algorithms. (TK5101. (QA248. Couch Leon W. Franklin Gene F. 1998.5. Prentice-Hall.M53G659D 2008) EE4285 COMPUTATIONAL INTELLIGENCE EE4304 RADIO FREQUENCY INTEGRATED SYSTEM DESIGN Academic Units: 3 Contact Hours (per week) | Lecture – 26 . Neural network learning paradigms and architectures.9.87. 8th Edition. 2001. 2002.654. Textbook 1. Laboratory – 26 Pre-requisite | EE3003/EE3019 Contents This design course is based on the use of standard fabrication technologies (e. IEEE Press/Wiley. Do Manh Anh and Boon Chirn Chye. Analog Design Essentials. Prentice-Hall. and State Prentice-Hall. Discrete-Time Control Systems.C853 2013) 3. Prentice-Hall. James J and Eslami. 2010. (TJ223. (TJ223. Evolutionary Algorithms in Theory and Practice: Evolution Strategies.99. Analysis And Design Of Analog Integrated Circuits. 2010. Zurada Jacek M. Digital and Analog Communication Systems. Astrom Karl Johan and Wittenmark Bjorn. (QA402. Genetic Textbook 1.G781 2009) (TJ223. (TK7874. Springer.R278) algorithms and its applications in optimization. (TJ213. . Tutorial – 13 Pre-requisite | - Academic Units: 2 Contact Hours (per week) | Lecture – 13 . Baker R Jacob. Yeo Kiat Seng. Addison-Wesley. References 1. 1998. RTL hardware design using VHDL: Coding for Efficiency. Gray Paul R. (TK7874. Current-mode circuits. 2009. Prentice-Hall. Design practice. 2004. White Joseph F. (TK7876. 2003.7. Thomson. Phase-Locked Loop Circuit Design.D5C559) and Scalability. McGraw-Hill. Oscillators. Logic and Computer Design Fundamentals. Prentice-Hall. Dally William J and Poulton John W. Franco Sergio. 2nd Edition. 2008. Tutorial – 13 Pre-requisite | EE3003/EE3019 Contents Digital design using hardware description language. Wolaver Dan H. Digital Systems Design using VHDL.66. Computer Organization and Architecture: Designing for Performance. Hayes John Patrick. (TK7874. 2013. Active filters. 2nd Edition.S651 1998) 2. 4th Edition. . Power amplifiers. VHDL: A Starter’s Guide. 2002. 1998. Digital Systems Engineering.4. 1991. Smallsignal radio-frequency amplifiers. Textbook 1. (TK7885. Digital Integrated Circuits: A Design Perspective. Tutorial – 13 Pre-requisite | EE2004 Contents VLSI system architecture and memory management. (TK7888. Analysis and Design of Analog Integrated Circuits. Mano M Morris and Kime Charles R.D147) References 1. Modern Communication Circuits.Y16 2005) References 1. McGraw-Hill. IEEE Press. 3rd Edition. Modern VLSI Design: System-on-chip Design. Portability (TK7868.M285 2008) 3. Davidse J.A73H417 1998) 2. Lidgey F J and Haigh David G. Peregrinus. Prentice Hall. Charles H and John Lizy Kurian. Design with Operational Amplifiers and Analog Integrated Circuits. (TK7874. Textbook 1. (TK7888. Low noise circuits.C643S782 2013) 4. EE4340 VLSI SYSTEMS 5th Edition. 2002.R845D 2008) 2. John Wiley.4. VLSI system verification and testability.W855 2002) th EE4343 RADIO FREQUENCY CIRCUITS Academic Units: 3 Contact Hours (per week) | Lecture – 26 . Tutorial – 13 Pre-requisite | EE3003/EE3019 Contents Radio-frequency input-circuits and impedance matching.L922) Academic Units: 3 Contact Hours (per week) | Lecture – 26 . Stallings William. Wolf Wayne.P38W848) Cambridge University Press. Laboratory – 26 Pre-requisite | EE2004 Academic Units: 3 Contact Hours (per week) | Lecture – 26 . Toumazou Chris. Prentice-Hall. Sanchez-Sinencio Edgar and Andreou Andreas G. Contents Wide-bandwidth amplifiers. (TK7874. Chandrakasan Anantha and Borivoje Nikolic. 2006. Edition. (TK7874. 2005.9. Pearson Education. Parallel processing. Textbook 1. RF Circuit Design: Theory and Applications. System noise consideration. McGraw-Hill. Pearson/Prentice-Hall. 2008.65. 2nd Edition. Pearson/Prentice Hall. High Frequency Techniques : An Introduction to RF and Microwave Engineering. 3rd Edition. PrenticeHall. Computer Architecture and Organization.R112 2003) 5. 2nd Edition. LowVoltage/Low-Power Integrated Circuits and Systems: LowVoltage Mixed Signal Circuits. Chu Pong P. Yalamanchili Sudhakar. (QA76.13 ELECTRICAL AND ELECTRONIC ENGINEERING COURSES [AY2013-2014] EE4305 DIGITAL DESIGN WITH HDL EE4341 ADVANCED ANALOG CIRCUITS Academic Units: 2 Contact Hours (per week) | Lecture – 13 . 1999. 9 (QA76. System reliability.W585H) 3. (TK7872. High speed synchronous and asynchronous design. IEEE Press. Smith Jack R. Ludwig Reinhold and Bretchko Pavel. 3rd Edition.65. 2nd Edition. Roth. (TK6553. 1990. Textbook 1. John Wiley. (TK7888. (TK7874. Phase-locked loop circuits.9. 1991. (TK7874. 2008. RF power amplifiers.F825 2002) References 1. Analogue Electronic Circuit Design. Analogue IC Design: The Current-Mode Approach. 1998.A532) 2. Mixers.G781 2009) 4.D251A) 3.3. Rabaey Jan M. 2007. IEEE Press. Computers as Components: Principles of Embedded Computing System Design. Data Converters. Noergaard Tammy.P932) 3. (TK5102. Sequential and Self-Timed CMOS Circuits. CMOS VLSI Design: A Circuit and Systems Perspective. Tutorial – 13 Pre-requisite | - Contents Fundamentals of human hearing. Mitra.65. Circuit and System Perspective. Analog Integrated Circuit Design. Lin Ming-Bo.9. Johns David A and Ken Martins.9. 2006. Prentice-Hall. and Buck John R. Room acoustics. Wolf Wayne Hendrix. 2003. (TK5102.R112 2003) 2. Embedded Media Processing. Standards. The course also includes an assignment for the students to apply the knowledge and techniques learnt. Implementations and Applications. Computers as Components: Principles of Embedded Computing System Design. Chandrakasan Anantha P and Nikolic Borivoje. Oppenheim Alan V.9. Rabaey Jan M. Memories. (TK7874. Low-Voltage LowPower Digital Circuits. (TK5102. Gan Woon-Seng and Kuo Sen M. (TK5102. Digital Signal Processing : A Computer Based Approach. Elsevier/Newnes. DSP fixedpoint programming style. 4th Edition. Allen Phillip E and Holberg Douglas R.K19) 2. DSP Processor Fundamentals: Architectures and Features. 3rd Edition.D811) Contents Basic Analog Building Blocks. Discrete-Time Signal Processing.9.9. John Wiley & Sons. 3rd Edition. 5.A428 2012) 2.L735) 3. Real-Time embedded system. (QA76. 1997. Real-Time Digital Signal Processing: Implementations and Applications. 2011. Morgan Kaufmann. Real Time Signal Processing: Design and Implementation of Signal Processing Systems. Marilyn Wolf. Pearson Education. 2009.9.K96) Embedded media processing EE4413 DSP SYSTEM DESIGN Academic Units: 2 Contact Hours (per week) | 39 Pre-requisite | - Contents This course introduces the basic rules.G195) References 1. Tutorial – 13 Pre-requisite | EE3002 Contents Introduction to embedded system and embedded processors. Pearson Prentice Hall. real-time implementation issues. Schafer Ronald W. Elsevier/Newnes. (TK5102. Kuo Sen M. Embedded Systems Architecture: A Comprehensive Guide for Engineers and Programmers. (QA76.S88W855 2012) 2. Springer.9. (TK7895. addressing mode. 2007. Software of embedded systems. CMOS Analog Circuit Design.14 ELECTRICAL AND ELECTRONIC ENGINEERING COURSES [AY2013-2014] EE4344 ANALYSIS AND DESIGN OF INTEGRATED CIRCUITS 4. Sound compression. Analog Design Essentials. techniques and components for designing a DSP system. DSP integrated development environment. McGraw-Hill. Lee Bob H andTian Wenshun.E42N769 2013) 3.S88W855 2012) 4. 2nd Edition. Pearson Prentice-Hall. (TK5102. 3-D sound synthesis. Ackenhusen John G.75. EE4475 References 1. Embedded Signal Processing with the Micro Signal Architecture. Oxford University Press. Prentice-Hall. Tutorial – 13 Pre-requisite | EE3003/EE3019 Academic Units: 3 Contact Hours (per week) | Lecture – 26 . Digital Signal Processing: Principles. 4th Edition. 2011. 2012. 1999.S229) 4. 2013. 2006. 3rd Edition. 2012. 2013. (TK7874.654. Sansen Wiley M C. Katz David J and Gentile Rick. (TK5102. DSP architectures.9. Proakis John G and Manolakis Dimitris G. Lapsley Phil. Digital Integrated Circuits: A Design Perspective. (TK7874. 4th Edition. Wiley. Algorithms and Applications. 2012. Design Methodologies and Implementation Strategies. Introduction to VLSI Systems: A Logic.K96R 2006) AUDIO SIGNAL PROCESSING Academic Units: 3 Contact Hours (per week) | Lecture – 26 . Hardware of embedded systems. c2006. (TK7874. 2005 (TK5102. 2012 (TK7874. components design. Weste Neil H E and Harris David Money. 2nd Edition. Kuo Sen M and Gan Woon-Seng. procedures. John Wiley. Textbooks 1. 2nd Edition.M684 2011) 2.W525 2011) References 1. 3rd Edition. Addison Wesley.Interscience.9. 2nd Edition. Digital Signal Processors: Architectures. Textbooks 1.J65 2013) EE4455 EMBEDDED SYSTEMS 6. Morgan Kaufmann. CRC Press. Sanjit K. (TK7874.9A182) Academic Units: 3 Contact Hours (per week) | Lecture – 26 . . P681) 3. Information Technology .5 Mbit/s.15 ELECTRICAL AND ELECTRONIC ENGINEERING COURSES [AY2013-2014] Textbooks 1. Tutorial – 13 Pre-requisite | - Contents Fundamentals of digital video. 2001. 2005.R522 2010) 4. (Q335.S986D) 2. (TK5102.I85 Academic Units: 3 Contact Hours (per week) | Lecture – 26 . Coding. The H. and . ISO/IEC IS 14496. E-book) 2.Part 2: Visual. Kluwer Academic. 2. 1998. Symes Peter. 1995. Focal 3. Kluwer Academic. Elsevier / Morgan Kaufmann. Video Processing and Communications.Coding of Moving Pictures and Associated Audio for Digital Storage Media at up to about 1.4. Tekalp A Murat. McGraw-Hill. Tutorial – 13 Pre-requisite | - Contents Digital image fundamentals. Video coding standards. 3rd Edition.83.264 Advanced Compression: Standard.B862 BS EN ISO/IEC 11172-2 1995) 6. Data Mining: Concepts and Techniques. 3-D Audio Using Loudspeakers. Prentice Hall. 2011. (TK7881.T266) EE4476 IMAGE PROCESSING 5. (TK6680. 2007. Schaar Mihaela van der.2. 3 Press. and Scalability. (TK7881. Pitas Ioannis. Morgan & Claypool. Digital Image Processing.5. Prentice-Hall. 1995.9. BSI. (TA1632. 2010. (TK6680.4. 2008. 6th Edition. 1st Edition. Tutorial – 13 Pre-requisite | - Contents Problem solving techniques. Gardner William G.5.Generic Coding of Moving Pictures and Associated Audio Information: Video. Applications. Image compression. Kuo Sen M and Gan Woon-Seng. Addison-Wesley. 4th Edition. 2010. Jain Anil K. 2nd Edition. 2003. Machine learning and applications to data mining.D343D917) References 1. Artificial Intelligence: A Modern Approach. ISO/IEC 11172-2. Resilience.G643 2008) References 1. (TA1632.J25) EE4483 ARTIFICIAL INTELLIGENCE AND DATA MINING Academic Units: 3 Contact Hours (per week) | Lecture – 26 . (TA1632. Wiley. 3rd Edition. (QA76. Introduction to Digital Audio Coding and Standards.5. Gonzalez Rafael C and Woods Richard E. Digital Video Processing. Luger George F.R967A 2010) Academic Units: 3 Contact Hours (per week) | Lecture – 26 .P748 2011) Watkinson John. 1989. Nonlinear image processing.W336 2001) rd th Standards. Image restoration. ISO/IEC14496-2(E)) (TK277. The Art of Digital Audio. (QA76.K96) 3. (TK6680. (TK6680. 2008. 1995.D343H233 2012. John Wiley. Digital Image Processing: PIKS Scientific Inside. 3rd Edition. 1999. Data Mining Introductory and Advanced Topics. CRC Press. PrenticeHall.5. 2006. Artificial Intelligence : Structures and Strategies for Complex Problem Solving.S291) Edition. (TK7881. 2003. Han Jiawei and Kamber Micheline. Video coding basics.L951). (Q335.9. EE4478 DIGITAL VIDEO PROCESSING 2009. Shi Yun Q and Sun Huifang. Information Technology . Ostermann Jeorn and Zhang Ya-Qin.I85 ISO/IEC13818-2 1996(E)) 7. Textbooks 1. Fundamentals of Digital Image Processing. (TK5105. Pratt William K. Applications. (QC100.575.9. 2nd Edition.S555 2008) 2. (QA76.G228) Thomas. Geneva. Russell Stuart Jonathan and Norvig Peter. MPEG-4 Beyond Conventional Video Coding: Object Edition. (TK277. Prentice Hall.B743) 2. Dunham Margaret H. 2002. ISO/IEC IS 13818-2. 2. Richardson Iain E G. Turaga Deepak S and Stockhammer References 1. Digital Signal Processors: Architectures. Pearson/Prentice-Hall. John Wiley. Digital Image Processing Algorithms and Applications. Textbook 1. Wang Yao. Block-matching motion estimation and fast algorithms. Image transforms. (TK7881. Implementations and Applications. Part 2: Video. Prentice Hall. Principles of Digital Audio. (TA1637.W246) Prentice-Hall. 2000. Textbooks 1. 6 McGraw-Hill. Information Technology . 2012. Algorithms. Bosi Marina and Goldberg Richard E. Pearson References 1. Digital Video Compression.P917 2007) 2.Coding of AudioVisual Objects . Video streaming and processing. Image and Video Compression for Multimedia Engineering: Fundamentals.4. 2004. Pohlmann Ken C. Image enhancement. (QA76. 3rd Edition. Blackburn J Lewis and Domin thomas J. (TK1541. Protective Relaying: Principles and Applications. Overview of digital image and video coding standards. (TK1001. (QC100. Simões Marcelo Godoy and Farret Felix A. 2005. John Wiley. the students will apply the concepts of various power system analysis techniques and system performance criteria in designing a medium/low voltage transmission system and protection schemes for some typical industrial distribution networks.G743) EE4532 POWER ELECTRONICS AND DRIVES Standards. (QA76. (TK3001.S111 2010) References 1. Electric Power Systems. Thomas Ackemann. Uncontrolled and controlled rectifiers. McGraw-Hill. Communications and Applications. Overview of digital audio coding standard. Power System Protection. 1997. Fundamentals of Multimedia. Power System Analysis. Textbook 1. Solar photovoltaic devices and systems. (TK2861. Power System Analysis.575.W394 2012) 2.K19) 2. 2007. Students are required to carry out the detailed design with hands-on exercise and extensive use of computer simulation software. Third Generation Photovoltaics Advanced Solar Energy Conversion. CRC Press. Modelling and simulation. Code of Practice for Electrical Installations. Pearson Prentice-Hall. Multimedia communications.B628 2007) References 1. Tutorial – 13 Pre-requisite | EE2005 (non-BRC) or EE3010 & EE3015 (BRC) Contents Power flows.S617 CP5 1998) 2. Springer. Wind Power in Power Systems.S593) 2. Multimedia applications.575. (Singapore EE4530 POWER SYSTEM ANALYSIS AND CONTROL Academic Units: 3 Contact Hours (per week) | Lecture – 26 . Power system stability. Wind energy turbines and systems. 2004. 5th Edition. Anderson Paul M.W763) Academic Units: 2 Contact Hours (per week) | Lecture – 13 . (TK1001. Multimedia: Computing. Hands-on sessions using commercial software. CRC Press. Prentice-Hall. Kasikci Ismail. 1994. Steinmetz Ralf and Nahrstedt Klara. Tutorial – 13 Pre-requisite | Academic Units: 2 Contact Hours (per week) | Lecture – 13 . Grainger John J and Stevenson William D. McGraw-Hill. (TJ808. Textbooks 1.L693) Reference 1. Active power and frequency control. Weedy Birron Mathew and Cory Brian John. 2010.16 ELECTRICAL AND ELECTRONIC ENGINEERING COURSES [AY2013-2014] EE4490 MULTIMEDIA SYSTEMS EE4504 DESIGN OF CLEAN ENERGY SYSTEMS Academic Units: 3 Contact Hours (per week) | Lecture – 26 . Analysis and Design of Low-voltage Power Systems: An Engineer's Field Guide. Laboratory – 26 Pre-requisite | EE3015 (non-BRC) or EE3010 & EE3015 (BRC) Contents In this design course. Singapore Productivity and Standards Board. Li Ze-Nian and Drew Mark S. Saadat Hadi. 2006. System-level designs. 1st Edition. Textbook 1. 3rd Edition. Tutorial – 13 Pre-requisite | EE2005 (non-BRC) or EE3010 & EE3015 (BRC) Edition. Reference Comprehensive EE4503 POWER ENGINEERING DESIGN 1. CP5 1998). Reactive power and voltage control. 2004. John Wiley. 1 McGraw-Hill.A548) st Academic Units: 3 Contact Hours (per week) | Lecture – 26 . Wiley-VCH. Renewable Energy Systems – Design and Analysis with Induction Generators. Contents Introduction to power electronic systems and devices. 2012. Students are also required to verify the results of the final design to meet specifications. Hard switching power converters. Green M A. Principles and control of motor drives. . Textbooks 1. (TK1001. 1998.S823 1997) Contents Clean and renewable energy sources. 1999. case studies of wind and solar energy systems. Analytical design and analysis. Laboratory – 26 Pre-requisite | EE3015 (non-BRC) or EE3010 & EE3015 (BRC) Contents Fundamentals of multimedia systems. (TK1010. 2004. Elements of Power Electronics. McGrawHill.B495 2000) 2. Schroder 2006) Dieter K. Circuit simulation and mask layout design. Boyle Godfrey. Advances in High Voltage Engineering. Oxford University Press.15. (TK153. 3 Edition. Kluwer Academic Publishers. Prentice-Hall. References Textbooks 1. (TK3001. 1999. 2nd Edition. (Revised Edition) (TK2861. 2013. rd Academic Units: 3 Contact Hours (per week) | Lecture – 26 . McGraw-Hill.15. IEEE Press. References 1. 2012. 3 Edition. (TK7881.95. McGraw-Hill. 1998. 1st Edition.99. 2007. 3rd Edition. (TK3001. Power System Protection and Switchgear. 1994. World Scientific. 2011. Mohan Ned. 2. Masters Gilbert M. 2nd Edition. (TK7871. Renewable and Efficient Electric Power Systems. Fundamentals of Power Electronics. Laboratory – 26 Pre-requisite | EE3013 Contents Power apparatus and transients. Tsividis Yannis and McAndrew Colin. Solar power 3. Liou Juin J. Electric Power Distribution. Virtual device characterization. Bergen Arthur R and Vittal Vijay. (QC611. and Parameter Extraction. Power Electronics: Circuits. Undeland Tore M and Robbins William P. Ram Badri and Vishwakarma D N. Electrical Power Systems Quality. 6th Edition.K92) 2. (TJ808. (TK1005. CRC Press. Lewis. 2nd Edition.15. Prentice-Hall. References 1.M423 2013) References Edition. 1996. Synopsis TCAD Manual – MEDICI. MOSFET Modeling for VLSI Simulation: Theory and Practice.D866 2012) 2.M44T882 2011) 3. 2001. Haddad A and Warne D F. Naidu M S and Kamaraju V. Rashid M H. Semiconductor Devices: A Simulation Approach. 2011. (TK7871. 3rd Edition. Dugan Roger C.A244) 2.P112e 2011) 2. Analysis and Design of MOSFETs – Modeling. (TK7881. Virtual process integration. John Wiley. Simulation. 2004. Applications and Design.95 L763) . Kramer Kevin M and Hitchon W Nicholas G. Pabla A S. Protective Relaying: Principles and (TK7871. 2003. (TK7881. McGraw-Hill. Protection of power apparatus. High Voltage Engineering. Power System Analysis. Kluwer Academic/Springer.G743) 3. 2000. Contents Virtual wafer fabrication. (TK3001. (TK7871.15. systems. Power quality. 2nd Edition. Tutorial – 13 Pre-requisite | EE3015 (non-BRC) or EE3010 & EE3015 (BRC) Semiconductor Material and Device Characterization. 2013. Pearson/Prentice Hall. Devices & Applications. 3rd Edition. Renewable Energy: Power for A Sustainable Future. Arora Narain. Power System Analysis. (TK7881.K89) Applications.A769M) 2.17 ELECTRICAL AND ELECTRONIC ENGINEERING COURSES [AY2013-2014] Textbooks 1. EE4534 MODERN DISTRIBUTION SYSTEMS WITH RENEWABLE RESOURCES References 1.E68 2001) 1. 4 Edition. High voltage testing and maintenance. McGranaghan M F. Oxford University Press. Power Electronics: Converters. IEE (IEE Power and Energy Series). 2012.85. Erickson Robert Warren and Maksimovic Dragan.N155 1996) 4. 2011.M697 2003) 2. (TK1010.R411re 2012) EE4533 POWER APPARATUS AND SYSTEM PROTECTION EE4613 CMOS PROCESS AND DEVICE SIMULATION Academic Units: 3 Contact Hours (per week) | Lecture – 26 . Krein Philip T. Operation and Modeling of the MOS Transistor. Fault analysis. Wind power systems. Transistor parameter extraction.R165) EE4614 DEVICE PARAMETER EXTRACTION AND LAYOUT IMPLEMENTATION Academic Units: 2 Contact Hours (per week) | Lecture – 13 . Blackburn J th 1. Santoso S and Beaty H Wayne. McGraw-Hill. 2004. 1997. 2006. Grainger John J and Stevenson William D.S381 Contents Operation of distribution systems.r224 2004) rd rd Textbooks 1. Oxford University Press. (TK1001. Laboratory – 26 Pre-requisite | EE3013 Contents Virtual device characterization. 2nd Edition. Tutorial – 13 Pre-requisite | EE2005 (non-BRC) or EE3015 (BRC) Academic Units: 2 Contact Hours (per week) | Lecture – 13 . 3 John Wiley. Protection of distribution systems. Ortiz-Conde Adelmo and Garcia-Sanchez F. Optics of Liquid Crystal Displays. McGraw-Hill.S997 2012) 2.N348 2012) Academic Units: 3 Contact Hours (per week) | Lecture – 26 . Sze S M. Digital Integrated Circuits: A Design Perspective. Stephen A. Tutorial – 13 Pre-requisite | EE3013 EE4647 MICROELECTRONIC DEVICES Contents Crystal growth and wafer preparation. Semiconductor Devices. CMOS latchup and isolation. Vacuum science and plasma. ULSI Devices. WCB/McGraw-Hill.L56L948C) Contents Advanced MOS structures and process technology. (TK7871.85. (TK7882. Oxford University Press.I6K29) 2. Physics and Technology. Principles of Growth and Processing of Semiconductors. Dimitrijev Sima. Chandrakasan Anantha.C191f 2013) References 1. Liquid crystal display technologies. 1998. Recent advances in display technologies. (QC611. IC manufacturing. Oxford University Press. Yeh Pochi and Gu Claire.D582) Edition. 2010. Textbooks 1. Advanced deposition techniques. (E-Book) (TK7874. Ghandhi Sorab Khushro. 2012. (TK7872.V217 2013) 3. Lattice Press 2000 (TK7874. Plasma displays. (TK7874. Rabaey Jan M. John Wiley 1997. Liquid crystal cell. Pearson Education.M214) 2. Introduction to heterojunction devices. Liquid Crystal Displays : Addressing Schemes and Electro-Optical Effects. 2000 (TK7871. 2nd Edition. John/Wiley 2000 (TK7874.U46D) References 1. (TK7871. Semiconductor Physics and Devices: Basic Principles. th Academic Units: 3 Contact Hours (per week) | Lecture – 26 . Field emission displays. MOS physics. Semiconductor Physics and Devices: Basic EE4645 MICROFABRICATION ENGINEERING Principles. 2012. Advanced bipolar transistors and process technology. Wiley. (TK7871. 2003. Low-Voltage SOI CMOS VLSI Devices and Circuits. Sze S M. John Wiley. 3rd Edition. 2001. MOS scaling rules and small geometry effects. 4th Edition.85.85. Keller Peter A.99. Understanding Semiconductor Devices. Sherr Sol. (TK7871.I6S553 1998) 4. Electronic Display Measurement: Concepts.W855 . and Nikolic Borivoje.N348 2012) Reference 1.85. Rapid thermal processing. Semiconductor Devices. VLSI Fabrication Principles: Silicon and Gallium Arsenide.G411 1994) Academic Units: 3 Contact Hours (per week) | Lecture – 26 . John Wiley.S997 2012) 4. Tutorial – 13 Pre-requisite | EE2003 Contents Bipolar devices. 2004. 6 (TK7871. Lueder Ernst.65.18 ELECTRICAL AND ELECTRONIC ENGINEERING COURSES [AY2013-2014] 4. 1994. Vol. Ergonomics of displays. (TK7882.85. Van Zant Peter. Houssa Michel. Textbook 1. and Instrumentation. Chang C Y and Sze S M. Semiconductor characterization techniques. Thin film transistors. 2nd Edition. Textbooks 1. Techniques. Campbell. EE4648 FLAT PANEL DISPLAY TECHNOLOGIES (TK7874. 1999. Mahajan Subhash and SreeHarsha K S. 2013. References 1. (TK7871. John Wiley. Electroluminescent devices. Institute of Physics.76. John Wiley 2010. MOSFET device characteristics and modelling. 2012. Silicon Processing for the VLSI Era. Microchip Fabrication: A Practical Guide to Semiconductor Processing. John Wiley.K96V) nd Edition.M44H638K) 3. Process integration. Fabrication Engineering at the Micro.R112 2003) 2.1. 4th Edition. Neamen Donald A. Wolf Stanley and Tauber Richard N. Kuo James B and Lin Shih-Chia. High-k Gate Dielectrics. Tutorial – 13 Pre-requisite | EE2003 EE4646 VLSI TECHNOLOGY Academic Units: 3 Contact Hours (per week) | Lecture – 26 . 3rd Edition. John Wiley.and Nanoscale. Applications for Electronic Displays Technologies and Requirements. 2nd Edition. 2nd Edition. 2012. 4th Edition. McGraw-Hill. 2013. Physics and Technology. McGraw-Hill. 2 2000 V1) 2.66. (TK7872. Neamen Donald A.85. Tutorial – 13 Pre-requisite | EE3013 Contents Overview of display technologies. (QC611.L56Y43 2010) 3. Thomson Laura. Computer Architecture: A Quantitative Approach. Peachpit Press. Textbook 1. References 1. (QA76. 5th Edition. An Introduction to Reliability and Maintainability Engineering.888.5. (TK5105. Wesley. 2012 (TS173. 6th Edition. The Design of Sites. Kurose James F and Ross Keith W. PHP and Development. Cisco Press. Laboratory – 26 Pre-requisite | - Contents This design course will equip students with principles.73. Addison-Wesley.C386) 4. Pipelining. Jason I.9. Morgan Kaufmann. McGraw-Hill. James A. . Top-Down Network Design. Hennessy John L and Patterson David A. Pearson. CCIE Fundamentals: Network Design and Case Studies.P224W452 2009) 4. It deals with challenges raised in wide-area distributed computing.9. and tracking webinteraction state in the environments where the connections are inherently unreliable and protocols are inherently stateless. (QA76. 2011.A73H515 2012). Computer Orgnaization and Design: The Hardware/Software Interface. Modern JavaScript: Develop and Design. 2nd Edition. Ebeling Charles E. Wiley. Communication Networks: Fundamental Concepts and Key Architectures. 2004. managing. 4th Edition. network planning and design methodologies. nd EE4756 COMPUTER ARCHITECTURE Academic Units: 3 Contact Hours (per week) | Lecture – 26 . (QA76.9. Tutorial – 13 Pre-requisite | EE3013 Academic Units: 3 Contact Hours (per week) | Lecture – 13 . ISBN: 978-0-13312891-8 3. Ohring Milton. (TK5105. Douglas K. 1996.875.9. 5th Edition. Practical Reliability Engineering. Morgan Kaufmann. Patterson David A and Hennessy John L. 2012. Leon-Garcia Alberto and Widjaja Indra.C643P317 2009) 3. Addison (QA76.P62 2011) Academic Units: 2 Contact Hours (per week) | Lecture – 13 .V36) 2. References References 1. knowledge and skills for the design and construction of web-enabled Internet applications. Van Duyne.19 ELECTRICAL AND ELECTRONIC ENGINEERING COURSES [AY2013-2014] EE4694 IC RELIABILITY AND FAILURE ANALYSIS EE4718 ENTERPRISE NETWORK DESIGN Academic Units: 3 Contact Hours (per week) | Lecture – 26 . Prentice Hall PTR. Addison-Wesley Longman. Larry Ullman. Academic Press. 2013. 1998. 2010. 2012.L579 2004) 2. 2006. Statistical aspect of reliability and data handling. (TK5105. students will learn to set up. 2013. Laboratory – 26 Pre-requisite | EE3017 Contents Basic reliability engineering concept. Computer Architecture. 2nd Edition. Buses.23.5. Microelectronic device failure mechanisms. 2 (TK5105.I57K96 2013) 3. Memory-system architecture. Elsevier/Morgan Kaufmann.C18 2012) 1.H38) 2. Cisco Press.E15 2010 ) Contents This course covers network technologies and protocols. 2nd EE4717 WEB APPLICATION DESIGN Edition. (TA169. Welling Luke. Instruction set architecture. RISC design. Network monitoring and management tools will also be introduced to the students. concurrency and transaction. (TK5101. ISBN: 978-0321812520 MySQL Web 2009. Besides acquiring the theoretical background in enterprise networking. as well as technologies for creating. Reliability and Failure of Electronic Materials and Devices.A73B265) Edition. Waveland Press. Failure analysis techniques and instrumentation. 2002. 2nd Edition. Computer Architecture: A Quantitative Approach. 3rd Edition. Priscilla Oppenheimer. 2009. Landay. Textbook 1. Baron Robert J and Higbie Lee. Terry Felke-Morris. including persistence. (TK7870. 2nd Edition. 4th Edition. storage devices and I/O system. configure and interconnect an IP network in the lab sessions. Computer Networking: A Top-Down Approach. Tutorial – 13 Pre-requisite | - Contents Fundamental of computer design. (QA76. Hong.A73P317 1996) 2. Basics of Web Design: HTML5 & CSS3. 1992. References 1. O'Connor Patrick D T and Newton David. Hennessy John L and Patterson David A. 9. 2002. Laser fundamentals. Management. The structured query language (SQL). Computer Networking: A Top-Down Approach. Internetworking with TCP/IP. Implementation. Addison-Wesley.9.G742 2007) 2. Date C J.C732 2006) References 1. Pearson/PrenticeHall. 5th Edition.D3M143 2013) References 1. 2010. Laser applications in sensing. Pearson Addison-Wesley. McGraw-Hill. 6th Edition. (QA76. Data warehousing. 2nd Edition. King Terry A and Wilkins Dan. Hoffer Jeffrey A. Stallings William. Physical database design.L579 2004) 2. (TK5105. Kurose James F and Ross Keith W. Tutorial – 13 Pre-requisite | - Contents References 1. 2013. Graham-Smith Francis Sir. Secure protocols. Bishop Matt. 2004.D26R628 2011) Academic Units: 3 Contact Hours (per week) | Lecture – 26 . (QA76. Data and Computer Communications. 6th Edition.S782 2011) 3. Fundamentals of EE4761 COMPUTER NETWORKING Database Systems.9. Laser oscillation. Pearson/Prentice-Hall. Intrusion detection and database security.2. Database administration. Application services and multimedia networking. John Wiley. Springer. Modern Database Management. (TK5105. AddisonWesley. Tutorial – 13 Pre-requisite | EE3017 Contents Computer network architecture and services. 6th Edition. c2013. 2006. c2011. Tutorial – 13 Pre-requisite | - Contents Introduction. Addison-Wesley.9.59. Coronel Carlos. Cryptography and Network Security: Principles and Practice.D3E48 2011) 3. Elmasri Ramez and Navathe Shamkant. Laser applications in industry. Ramesh V and Topi Heikki. Laser techniques. and 2010. Vij D R and Mahesh K. 2nd Edition. 2004. . Optics and Photonics: An Introduction. Client/server database. Connolly Thomas M and Begg Carolyn E. 2011.A25B622T) 2.D26C752 2010) 2. Hardjono Thomas and Seberry Jennifer. Comer Douglas E. Textbook 1. Design of laser systems. 2004.9. Principles of Lasers. 2003. Laser applications in medicine and biology. Edition.875. 11th Edition. Internetworking protocols and routing. metrology and data storage. Introduction to Computer Security. Kluwer Academic. 5th Edition.S782C 2013) References 1. 2011. (TK5105. 2013.A25P614) Contents Introduction to database and data modelling. Pearson Prentice-Hall. Laser cavities. Database Systems: Design. c2007. 9th Edition. Electronic election and digital money. Leon-Garcia Alberto and Widjaja Indra. Textbook 1. 9th Edition. Stallings William. (QA76. Pearson/Prentice-Hall. Communication Networks: Fundamental Concepts and Key Architectures.585. (QA76. An Introduction to Database Systems. Logical database design and the relational model.L37M489) Textbook 1. Database Systems: A Practical Approach 5 th to Design. Implementation. Medical Applications of Lasers. Springer.9. (QC446. (QA76.I57K96 2013) EE4838 LASER ENGINEERING AND APPLICATIONS Academic Units: 3 Contact Hours (per week) | Lecture – 26 . Morris Steven and Rob Peter. Tutorial – 13 Pre-requisite | Academic Units: 3 Contact Hours (per week) | Lecture – 26 . and Management. (TK5105. Pieprzyk Josef. Transport protocols. (R857. Course Technology. Textbook 1. Svelto Orazio.D3D232 2004) 4. Secret/public-key cryptosystems. 8th Edition. Addison-Wesley. (TK5101.20 ELECTRICAL AND ELECTRONIC ENGINEERING COURSES [AY2013-2014] EE4758 COMPUTER SECURITY EE4791 DATABASE SYSTEMS Academic Units: 3 Contact Hours (per week) | Lecture – 26 . (QA76. (QA76.9. Fundamentals of Computer Security. (TA1634. 2004.59. Bioimaging Principles and Modeling.59. 5th Edition. (TA1800.P154 2005) 3. Optical Biosensors. WileyApplication of Techniques from Graphics. Automatic Control Systems. (QA297.B636) Academic Units: 3 Contact Hours (per week) | Lecture – 26 . (QH506.S47B886) 2. Hecht Pearson/Prentice-Hall 2006. rd Techniques. Optical Networks. Control and analysis. Inc. 2003. References Jeff. Passive and Active Components. focusing on the synthesis of control techniques for biomedical systems. Tutorial – 13 Pre-requisite | - Contents Fundamentals of Biophotonics. John Wiley. 2000. Optical Networks: A Practical Perspective. 2003. Blake Andrew and Isard Michael. 9th Edition. Algorithms and Applications. Contents This design course is an introduction to biomedical system modeling and control. Pearson Prentice-Hall. (QH515. PrenticeHall. Biomedical Signal Processing and Signal of Biophotonics. The renal system. Physiological Control Systems : Analysis. Fiber Optic Communications. Laser-Tissue Interactions [electronic resource]: Fundamental and Applications. Proakis John G and Manolakis Dimitris G. Tutorial – 13 Pre-requisite | Academic Units: 2 Contact Hours (per week) | Lecture – 13 . Prentice-Hall. Understanding Fiber Optics. Little John N. Kuo Benjamin C and Golnaraghi Farid. Tutorial – 13 Pre-requisite | - 3.59. Biomedical Photonics Handbook. 1998. 2005. Understanding Optical Communications. 2001. 5th Edition. 2008. 3.B615B) Contents System modelling. Applications EE4903 PHYSIOLOGICAL SYSTEMS ANALYSIS Academic Units: 3 Contact Hours (per week) | Lecture – 26 .H447 2006) References 1. Laboratory – 26 Pre-requisite | - Contents Introduction to Fibre Light Optic Communications. .P911) References 1. The cardiovascular system. System Concepts and System Design. Pearson/Prentice-Hall. CRC Press. Optical Fibre Characteristics. Niemz Markolf H. (TK5103. The musculoskeletal and cardiovascular systems will be used as illustrative examples.9. New Biology for Engineers and Computer Scientists. 1. 1998. 2007.P932) 3. Morgan Kaufmann. Pearson/Prentice Hall. Laser-Photomedicine.6. 3 Edition. Digital Signal Processing: Principles. Tözeren Aydin and Byers Stephen W. (TK5102. Sources. References 1. (TK5103. Palais Joseph C. Transmitters. 4th Edition. (QP33. Vo-Dinh Tuan. Control Theory and Statistics to Visual Tracking of Shapes in Motion. 1998.D981) 2. rd EE4902 DESIGN OF MEDICAL INFORMATION PROCESSING SYSTEMS Academic Units: 2 Contact Hours (per week) | Lecture – 13 . Derickson Dennis. Simulation and Estimation. Dutton Harry J R. Ramaswami Rajiv and Sivarajan Kumar N. Prasad Interscience.M36K45) 2. Receivers. Springer. (R857. 3 Edition. 2008. Springer. John Wiley. Laboratory – 26 Pre-requisite | - Contents EE4840 BIOPHOTONICS This module is on the design of software/hardware systems for biomedical signal and image processing and analysis. 1998.D433) 4. The Math Works.21 ELECTRICAL AND ELECTRONIC ENGINEERING COURSES [AY2013-2014] EE4839 FIBRE OPTIC COMMUNICATIONS EE4901 BIOMEDICAL CONTROL SYSTEM DESIGN Academic Units: 3 Contact Hours (per week) | Lecture – 26 . Khoo Michael C K. Introduction to Biophotonics. Active Contours: The Paras N. 2007. Vision. Fiber Optic Test and Measurement. (R857. The respiratory system. Bruce Eugene N. Textbook 1. The neuromuscular system.T314) 2. Control System Toolbox for Use with MATLAB : User’s Guide. Textbook 1. IEEE Press.O6. (TK5103.C764) Regenerators and Amplifiers. Vander's Human Physiology : The Mechanisms of Body Function. Ganong’s Review of Medical Physiology.N877 2010) 3. and Estimation. 2013. Simulation.M489 2010) 2 Carr.D53E78) 3. Tutorial – 13 Pre-requisite | - Contents Introduction to biomedical instrumentation. Acquisition and modelling of biomedical signals. CRC Press. Therapeutic devices. Biopotential electrodes. Textbooks 1. 2012. 4th Edition. Respiratory system measurements. John Wiley.M489) 2. (QP34. Algorithms and Applications. Proakis John G and Manolakis Dimitris G. 2nd Edition. Lippincolt Williams & Wilkins. McGraw-Hill. Northrop Robert B. Electrical safety in hospitals. Physiological Control Systems: Analysis. Bushberg Jerrold T. Khoo Michael C K. Medical Instrumentation: Application and Design. 2010. Ganong William F. John (R856. Leidholdt E M and Boone J M. Digital filters with applications to biomedical signals. 2013 References 1. Power spectral density (PSD) estimation.7. Medical Physics and Biomedical Engineering. Seibert J A.6. Brown B H. Case study. John Wiley. (R895. Medical Instrumentation: Application and Design. Instrumentation for medical imaging.C311 2001) References 1. Bruce Eugene N. . (QP34. 24th Edition.V228 2014) 2. (R856. EE4905 BIOMEDICAL SIGNAL PROCESSING Academic Units: 3 Contact Hours (per week) | Lecture – 26 . 4th Edition. Webster John G and Clark John W. Electrocardiography. 2010. Pearson Prentice-Hall. Non-stationary biomedical signal processing. (RC78. Tutorial – 13 Pre-requisite | - Contents Introduction to biomedical signals. The Essential Physics of Medical Imaging. 2002. Institute Of Physics. heart sounds and blood flow. 4th Edition. 10th Edition. 2007. Webster John G and Clark John W. Prentice Hall 2001. Digital Signal Processing: Principles. 2010. Raff Hershel.S47B886) 2. Blood pressure. Benjamin Cummings.M489 2010) Wiley.5. Signals and Systems Analysis in Biomedical Engineering.5. IEEE Press. (R857. Introduction to Biomedical Equipment Technology. 1999. 2nd Edition. Academic Units: 3 Contact Hours (per week) | Lecture – 26 . 6th Edition. (R856. Human Physiology : An Integrated Approach. 2011.M36K45) 3.P932) 4. (QP33.22 ELECTRICAL AND ELECTRONIC ENGINEERING COURSES [AY2013-2014] References 1. McGraw-Hill Medical. Marieb Elaine Nicpon.9. 2014.M334 2011) 4. Strang Kevin T and Vander Arthur J. Biomedical Signal Processing and Signal Modeling. Silverthorn Dee Unglaub. (QP34. Pearson/Benjamin Cummings. 2000. Widmaier Eric P. 2001. Essentials of Human Anatomy and Physiology. 13th Edition. Joseph J and Brown John M. (R856. (TK5102.5. 4th Edition.S587 2013) EE4904 BIOMEDICAL INSTRUMENTATION Updated as at August 1.