斯坦福EE课程.docx

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1、斯坦福EE课程EE Course WebpagesPlease note:This page is not automatically generated.To add your class to this list, please send an email to webmasteree.stanford.edu.Also, these web pages are maintained by the instructors of the classes and may be out of date.See instructions on how to put up webpages. See

2、 also the Directory of Stanford class home pages and list of EE classes on the eeclass system.Course # Course Name Cross-listed E 40 Introductory Electronics EE 017Q From Chips to Genes Seminar EE 041 Physics of Electrical Engineering EE 044 Engineering Storytime EE 045 Science and Technology in WWI

3、I and What Happened Afterward EE 060Q Science of the Earths Environment GEOPHYS 60Q EE 100 The Electrical Engineering Profession EE 101A Circuits I EE 101B Circuits II EE 102A Signal Processing and Linear Systems I EE 102B Signal Processing and Linear Systems II EE 105 Feedback Control Design ENGR 1

4、05 EE 106 Planetary Exploration EE 108A Digital Systems I EE 108B Digital Systems II EE 109 Digital Systems Design Lab EE 116 Semiconductor Device Physics EE 122 Analog Circuits Laboratory EE 133 Analog Communications Design Laboratory EE 134 Introduction to Photonics EE 136 Introduction to Nanophot

5、onics and Nanostructures EE 137 Laboratory Electronics APPPHYS 207 EE 138 Laboratory Electronics APPPHYS 208 EE 140 The Earth from Space GEOPHYS 140 EE 141 Engineering Electromagnetics EE 141M Engineering Electromagnetics with Mathematica EE 144 Wireless Electromagnetic Design Laboratory EE 167 Intr

6、oductory Computer Graphics CS 148 EE 168 Introduction to Digital Image Processing EE 178 Probabilistic Systems Analysis EE 179 Introduction to Communications EE 184 Programming Paradigms CS 107 EE 189A Object-Oriented System Design CS 108 EE 189B Software Project CS 194 EE 201B EE Seminar EE 202 Med

7、ical Electronics EE 203 The Entrepreneurial Engineer EE 204 Business Management for Electrical Engineers and Computer Scientists EE 205 Introduction to Control Design Techinques ENGR 205 EE 206 Control System Design and Simulation ENGR 206 EE 207D Optimal Control and Hybrid Systems AA 278 EE 209A An

8、alysis and Control of Nonlinear Systems ENGR 209A EE 209B Advanced Nonlinear Control ENGR 209B EE 212 Integrated Circuit Fabrication Processes EE 213 Heat Transfer in Microdevices ME 358 EE 214 Analog Integrated Circuit Design EE 215 Bipolar Analog Integrated Circuit Desigh EE 216 Principles and Mod

9、els of Semiconductor Devices EE 218 Introduction to Nanotechnology and Nanoelectronics EE 222 Applied Quantum Mechanics I APPPHYS 150/222 EE 223 Applied Quantum Mechanics II APPPHYS 262/223 EE 227 Application of Quantum Information APPPHYS 227 EE 228 Basic Physics for Solid State Electronics EE 229B

10、 Thin Film and Interface Microanalysis MATSCI 323 EE 229D Introductin to Magnetism and Magnetic Nanostructures MATSCI 347 EE 231 Introduction to Lasers EE 232 Laser Dynamics EE 234 Photonics Laboratory EE 235 Guided Wave Optical Devices EE 236 Solid State Physics I APPPHYS 272 EE 237 Solid State Phy

11、sics II APPPHYS 273 EE 238 Electronic and Optical Properties of Solids MATSCI 199/209 EE 241 Waves I EE 243 Semiconductor Optoelectronic Devices EE 244 Communication Engineering Transmission Systems EE 245 Wireless Electromagnetic Design Laboratory EE 246 Microwave Engineering EE 247 Introduction to

12、 Optical Fiber Communications EE 249 Introduction to the Space Environment EE 251 Progress in Worldwide Telecommunications MS&E 237 EE 252 Antennas for Telecommunications and Remote Sensing EE 254 Principles of Radar Systems EE 256 Numerical Electromagnetics EE 261 The Fourier Transform and its Appl

13、ications EE 262 Two-Dimensional Imaging EE 263 Introduction to Linear Dynamical Systems EE 264 Digital Filtering EE 265 Signal Processing Laboratory EE 268 Introduction to Modern Optics EE 271 Introduction to VLSI Systems EE 273 Digital Systems Engineering EE 274 Introduction to Cryptography CS 255

14、EE 275 Logic Design EE 276 Introduction to Wireless Personal Communications EE 277 Stochastic Decision Models EE 278 Introduction to Statistical Signal Processing EE 279 Introduction to Communication Systems EE 281 Embedded System Design Laboratory EE 282 Computer Architecture and Organization EE 28

15、3 Compilers CS 143 EE 284 Introduction to Computer Networks EE 285 Programming Languages CS 242 EE 286A Operating Systems and System Programming CS 140 EE 286B Advanced Topics in Operating Systems CS 240 EE 287 Introduction to Computer Graphics CS 248 EE 288 Mathematical Methods for Robotics, Vision

16、 and Graphics CS 205 EE 289 Introduction to Computer Vision CS 223B EE 290ABC Curricular Practical Training EE 292A Global Positioning Systems AA 272C EE 292B Electronic Documents: Paper to Digital EE 292E Analysis and Control of Markov Chains EE 292F Digital Processing of Speech Signals EE 293A Fun

17、damentals of Energy Processes EE 293B Fundamentals of Energy Processes EE 294A Artificial Intelligence: Principles & Techniques CS 221 EE 294B Probabilistic Models in Artificial Intelligence CS 228 EE 294C Machine Learning CS 229 EE 309 Semiconductor Memory Devices and Technology EE 310 Integrated C

18、ircuits Technology and Design Seminar EE 311 Advanced Integrated Circuit Fabrication Processes EE 312 Micromachined Sensors and Actuators EE 313 Digital MOS Integrated Circuits EE 314 RF Integrated Circuit Design EE 315 VLSI Data Conversion Circuits EE 316 Advanced VLSI Devices EE 317 Micropatternin

19、g for Integrated Circuits EE 318 Logic Synthesis of VLSI Circuits EE 319 Computer-Aided System Design Laboratory EE 320 Automatic Formal Verification Techniques CS 356 EE 321 MEMS Design EE 322 Molecular Electronics and Photonics EE 325 Nanoscale Science, Engineering and Technology MATSCI 316 EE 326

20、 Organic Semiconductors for Electronics and Photonics MATSCI 343 EE 327 Properties of Semiconductor Materials EE 329 Electronic structure of surfaces and interfaces EE 335 Introduction to Information Storage Systems EE 336 Nanophotonics EE 338A Quantum Optics and Measurements APPPHYS 387 EE 338B Mes

21、oscopic Physics and Nanostructures APPPHYS 388 EE 340 Advanced Topicsin Optics and Quantum Optics EE 343 Advanced Optoelectronic Devices EE 344 High Frequency Laboratory EE 345 Optical Fiber Communication Laboratory EE 346 Introduction to Nonlinear Optics EE 347 Optical Methods in Engineering Scienc

22、e EE 348 Advanced Optical Fiber Communications EE 349 Nano-Optics and Grating Photonics EE 350 Radioscience Seminar EE 354 Introduction to Radio Wave Scattering EE 356 Elementary Plasma Physics EE 358A Lasers Laboratory APPPHYS 304 EE 358B Nonlinear Optics Laboratory APPPHYS 305 EE 359 Wireless Comm

23、unications EE 360 Wireless Networks EE 361A Modern Control Design I ENGR 207A EE 361B Modern Control Design II ENGR 207B EE 362 Applied Vision and Image Systems PSYCH 221 EE 363 Linear Dynamical Systems EE 364 Convex Optimization with Engineering Applications EE 366 Introduction to Fourier Optics EE

24、 367A Signal Processing Methods in Musical Acoustics MUSIC 420 EE 367B Applications of the Fast Fourier Transform MUSIC 421 EE 367C Perceptual Audio Coding MUSIC 422 EE 368 Digital Image Processing EE 369A Medical Imaging Systems I EE 369B Medical Imaging Systems II EE 369C Medical Image Reconstruct

25、ion EE 371 Advanced VLSI Circuit Design EE 372 Quantization and Compression EE 373A Adaptive Signal Processing EE 373B Adaptive Neural Networks EE 376A Information Theory EE 376B Information Theory EE 377A Dynamic Programming and Stochastic Control MS&E 351 EE 377B Approximate Dynamic Programming MS

26、&E 339 EE 378 Statistical Signal Processing EE 379A Digital Communication I EE 379B Digital Communication II EE 379C Advanced Digital Communication EE 380 Computer Systems Laboratory Colloquium EE 381A Database System Implementation CS 346 EE 381B Transaction Processing and Distributed Databases CS

27、347 EE 382A Advanced Processor Architecture EE 382B Parallel Computer Architecture and Programming CS 315A EE 382D Advanced Computer Arithmetic EE 383 Advanced Compiling Techniques CS 243 EE 384A Internet Routing Protocols and Standards EE 384B Multimedia Communication over the Internet EE 384C Wire

28、less Local Area Networks EE 384D Projects in Computer Networks CS 344 EE 384M Network Algorithms EE 384S Network Architecture and Performance Engineering MS&E 334 EE 384X Packet Switch Architectures I EE 384Y Packet Switch Architectures II EE 385A Digital Systems Reliability Seminar EE 386A Parallel

29、 Computer Architecture and Programming CS 315A EE 387 Error-Correcting Codes EE 392A Database System Principles CS 245 EE 392B Introduction to Image Sensors and Digital Cameras EE 392F Logic Synthesis of VLSI Circuits EE 392G Terahertz Technologies and Applications EE 392O Optimization Projects EE 3

30、92Q Mobile and Wireless Networks and Applications EE 392R Charged Particle Optics EE 392T Seminar in Chip Test and Debug EE 392W Wireless Sensor Networks Concepts and Implementation EE 392Y Wireless Sensor Network Lab EE 392Z Random Matrices in Communications EE 398 Image and Video Systems EE 398A I

31、mage Communication I EE 398B Image Communication II EE 399 Topics in Computer Vision CS 328 EE 402A Topics in International Technology Management EE 402S Topics in International Advanced Technology Research EE 402T Entrepreneurship in Asian High Tech Industries EE 410 Integrated Circuit Fabrication

32、Laboratory EE 414 Design of Discrete RF Circuit for Communication Systems EE 418 Topics in Neuroengineering EE 419 High-Frequency Modeling of Semiconductor Devices EE 469A In Vivo Magnetic Resonance Spectroscopy and Imaging RAD 226 EE 469B RF Pulse Design for Magnetic Resonance Imaging EE 478 Topics

33、 in Multiple User Information Theory EE 479 Multiuser Digital Transmission Systems EE 481A Computer Graphics CS 348A EE 481B Computer Graphics CS 348B EE 483 Computer Architecture and Compilers from Embedded Applications CS 343 EE 484 Topics in Computer Graphics CS 448 EE 485 Broad Area Colloquium for AI, Geometry, Graphics, Roboticsand Vision CS 528 EE 492M Space-Time Wireless Communications