Thursday, July 28, 2011

Stanford EE : Acceptable Course Sequences with Subject Names


Stanford EE Acceptable Course Sequences at the following link have only course numbers. Below is the list with corresponding subject name.

http://ee.stanford.edu/gradhandbook/index.php/Program_Information:Master_of_Science_Degree#Out_of_Department_Courses_Considered_as_EE_Courses

Biomedical Electronics

225, (264 or 265), 302, 303, 331, 418

courseNo: 264 ---> EE 264,Digital Filtering,

courseNo: 418 ---> EE 418,Topics in Neuroengineering,

Computer Hardware

271, 273, 282, 382A, CS 315A, CS 315B, 487

courseNo: 271 ---> EE 271,Introduction to VLSI Systems,

courseNo: 273 ---> EE 237,Solid State Physics II,APPPHYS 273

courseNo: 273 ---> EE 273,Digital Systems Engineering,

courseNo: 282 ---> EE 282,Computer Architecture and Organization,

courseNo: 382A ---> EE 382A,Advanced Processor Architecture,

courseNo: 315A ---> EE 382B,Parallel Computer Architecture and Programming,CS 315A

courseNo: 315A ---> EE 386A,Parallel Computer Architecture and Programming,CS 315A

Computer Software Systems

CS 242, CS 140, CS 240, CS 243, CS 245

courseNo: 242 ---> EE 285,Programming Languages,CS 242

courseNo: 140 ---> EE 286A,Operating Systems and System Programming,CS 140

courseNo: 240 ---> EE 286B,Advanced Topics in Operating Systems,CS 240

courseNo: 243 ---> EE 383,Advanced Compiling Techniques,CS 243

courseNo: 245 ---> EE 392A,Database System Principles,CS 245

CS 248, CS 348A, CS 348B

courseNo: 248 ---> EE 287,Introduction to Computer Graphics,CS 248

courseNo: 348A ---> EE 481A,Computer Graphics,CS 348A

courseNo: 348B ---> EE 481B,Computer Graphics,CS 348B

CS 143, CS 242, CS 243, CS 245, CS 343

courseNo: 143 ---> EE 283,Compilers,CS 143

courseNo: 242 ---> EE 285,Programming Languages,CS 242

courseNo: 243 ---> EE 383,Advanced Compiling Techniques,CS 243

courseNo: 245 ---> EE 392A,Database System Principles,CS 245

courseNo: 343 ---> EE 326,Organic Semiconductors for Electronics and Photonics,MATSCI 343

courseNo: 343 ---> EE 483,Computer Architecture and Compilers from Embedded Applications,CS 343

Control and System Engineering

263, 363**, ENGR 205, ENGR 207A, ENGR 207B, ENGR 209A, ENGR 209B, ENGR 210B

courseNo: 263 ---> EE 263,Introduction to Linear Dynamical Systems,

courseNo: 363 ---> EE 363,Linear Dynamical Systems,

courseNo: 205 ---> EE 205,Introduction to Control Design Techinques,ENGR 205

courseNo: 205 ---> EE 288,"Mathematical Methods for Robotics, Vision and Graphics",CS 205

courseNo: 207A ---> EE 361A,Modern Control Design I,ENGR 207A

courseNo: 207B ---> EE 361B,Modern Control Design II,ENGR 207B

courseNo: 209A ---> EE 209A,Analysis and Control of Nonlinear Systems,ENGR 209A

courseNo: 209B ---> EE 209B,Advanced Nonlinear Control,ENGR 209B

COMMUNICATION SYSTEMS

276, 279, 359, 360**, 379,

courseNo: 276 ---> EE 276,Introduction to Wireless Personal Communications,

courseNo: 279 ---> EE 279,Introduction to Communication Systems,

courseNo: 359 ---> EE 359,Wireless Communications,

courseNo: 360 ---> EE 360,Wireless Networks,

courseNo: 379 ---> EE 379A,Digital Communication I,

courseNo: 379 ---> EE 379B,Digital Communication II,

courseNo: 379 ---> EE 379C,Advanced Digital Communication,

courseNo: 379 ---> EE 379A,Digital Communication I,

courseNo: 379 ---> EE 379B,Digital Communication II,

courseNo: 379 ---> EE 379C,Advanced Digital Communication,

375, 376A, 376B, 379, 387, 388, 477, 478

courseNo: 376A ---> EE 376A,Information Theory,

courseNo: 376B ---> EE 376B,Information Theory,

courseNo: 379 ---> EE 379A,Digital Communication I,

courseNo: 379 ---> EE 379B,Digital Communication II,

courseNo: 379 ---> EE 379C,Advanced Digital Communication,

courseNo: 387 ---> EE 338A,Quantum Optics and Measurements,APPPHYS 387

courseNo: 387 ---> EE 387,Error-Correcting Codes,

courseNo: 388 ---> EE 338B,Mesoscopic Physics and Nanostructures,APPPHYS 388

courseNo: 478 ---> EE 478,Topics in Multiple User Information Theory,

247, 279, 345, 347**, 348, 379

courseNo: 247 ---> EE 247,Introduction to Optical Fiber Communications,

courseNo: 279 ---> EE 279,Introduction to Communication Systems,

courseNo: 345 ---> EE 345,Optical Fiber Communication Laboratory,

courseNo: 347 ---> EE 229D,Introductin to Magnetism and Magnetic Nanostructures,MATSCI 347

courseNo: 347 ---> EE 347,Optical Methods in Engineering Science,

courseNo: 347 ---> EE 381B,Transaction Processing and Distributed Databases,CS 347

courseNo: 348 ---> EE 348,Advanced Optical Fiber Communications,

courseNo: 348 ---> EE 481A,Computer Graphics,CS 348A

courseNo: 348 ---> EE 481B,Computer Graphics,CS 348B

courseNo: 379 ---> EE 379A,Digital Communication I,

courseNo: 379 ---> EE 379B,Digital Communication II,

courseNo: 379 ---> EE 379C,Advanced Digital Communication,

Dynamic Systems and Optimization

263, 363, 364A, 364B, MS&E 351, MS&E 339, MS&E 310, MS&E 311, MS&E 313, MS&E 321, MS&E 322

courseNo: 263 ---> EE 263,Introduction to Linear Dynamical Systems,

courseNo: 363 ---> EE 363,Linear Dynamical Systems,

courseNo: 351 ---> EE 377A,Dynamic Programming and Stochastic Control,MS&E 351

courseNo: 339 ---> EE 377B,Approximate Dynamic Programming,MS&E 339

courseNo: 310 ---> EE 310,Integrated Circuits Technology and Design Seminar,

courseNo: 311 ---> EE 311,Advanced Integrated Circuit Fabrication Processes,

courseNo: 313 ---> EE 313,Digital MOS Integrated Circuits,

courseNo: 321 ---> EE 321,MEMS Design,

courseNo: 322 ---> EE 322,Molecular Electronics and Photonics,

Electronic Circuits

214, 271, 313, 314**, 315A, 315B, (344 or 414*), 371

courseNo: 214 ---> EE 214,Analog Integrated Circuit Design,

courseNo: 271 ---> EE 271,Introduction to VLSI Systems,

courseNo: 313 ---> EE 313,Digital MOS Integrated Circuits,

courseNo: 314 ---> EE 314,RF Integrated Circuit Design,

courseNo: 315A ---> EE 382B,Parallel Computer Architecture and Programming,CS 315A

courseNo: 315A ---> EE 386A,Parallel Computer Architecture and Programming,CS 315A

courseNo: 344 ---> EE 344,High Frequency Laboratory,

courseNo: 344 ---> EE 384D,Projects in Computer Networks,CS 344

courseNo: 371 ---> EE 371,Advanced VLSI Circuit Design,

courseNo: 371 ---> EE 371,Advanced VLSI Circuit Design,

courseNo: 371 ---> EE 371,Advanced VLSI Circuit Design,

courseNo: 371 ---> EE 371,Advanced VLSI Circuit Design,

Electronic Devices, Sensors, and Technology
212, 216, 248, 311, 312**, 316, 317**, 320, 321, 410, ENGR 240, ENGR 341, ENGR 342

courseNo: 212 ---> EE 212,Integrated Circuit Fabrication Processes,

courseNo: 216 ---> EE 216,Principles and Models of Semiconductor Devices,

courseNo: 248 ---> EE 287,Introduction to Computer Graphics,CS 248

courseNo: 311 ---> EE 311,Advanced Integrated Circuit Fabrication Processes,

courseNo: 312 ---> EE 312,Micromachined Sensors and Actuators,

courseNo: 316 ---> EE 316,Advanced VLSI Devices,

courseNo: 316 ---> EE 325,"Nanoscale Science, Engineering and Technology",MATSCI 316

courseNo: 317 ---> EE 317,Micropatterning for Integrated Circuits,

courseNo: 320 ---> EE 320,Automatic Formal Verification Techniques,CS 356

courseNo: 321 ---> EE 321,MEMS Design,

courseNo: 410 ---> EE 410,Integrated Circuit Fabrication Laboratory,

courseNo: 240 ---> EE 286B,Advanced Topics in Operating Systems,CS 240

Fields, Waves, and Radioscience

242, 252**, 256, 354*,356

courseNo: 242 ---> EE 285,Programming Languages,CS 242

courseNo: 252 ---> EE 252,Antennas for Telecommunications and Remote Sensing,

courseNo: 256 ---> EE 256,Numerical Electromagnetics,

courseNo: 354 ---> EE 354,Introduction to Radio Wave Scattering,

courseNo: 356 ---> EE 320,Automatic Formal Verification Techniques,CS 356

courseNo: 356 ---> EE 356,Elementary Plasma Physics,

242, 246**, 346

courseNo: 242 ---> EE 285,Programming Languages,CS 242

courseNo: 246 ---> EE 246,Microwave Engineering,

courseNo: 346 ---> EE 346,Introduction to Nonlinear Optics,

courseNo: 346 ---> EE 381A,Database System Implementation,CS 346

242, 249**, 252**, 254**, 354*, 356

courseNo: 242 ---> EE 285,Programming Languages,CS 242

courseNo: 249 ---> EE 249,Introduction to the Space Environment,

courseNo: 252 ---> EE 252,Antennas for Telecommunications and Remote Sensing,

courseNo: 254 ---> EE 254,Principles of Radar Systems,

courseNo: 354 ---> EE 354,Introduction to Radio Wave Scattering,

courseNo: 356 ---> EE 320,Automatic Formal Verification Techniques,CS 356

courseNo: 356 ---> EE 356,Elementary Plasma Physics,

Image Systems

262*, 368, 366*, 369A*, 369B, 369C, 469B

courseNo: 262 ---> EE 223,Applied Quantum Mechanics II,APPPHYS 262/223

courseNo: 262 ---> EE 262,Two-Dimensional Imaging,

courseNo: 368 ---> EE 368,Digital Image Processing,

courseNo: 366 ---> EE 366,Introduction to Fourier Optics,

courseNo: 369A ---> EE 369A,Medical Imaging Systems I,

courseNo: 369B ---> EE 369B,Medical Imaging Systems II,

courseNo: 369C ---> EE 369C,Medical Image Reconstruction,

courseNo: 469B ---> EE 469B,RF Pulse Design for Magnetic Resonance Imaging,

368, 398A, 398B*, Psych 221, CS 223B, CS 248, CS 348A, CS 348B

courseNo: 368 ---> EE 368,Digital Image Processing,

courseNo: 398A ---> EE 398A,Image Communication I,

courseNo: 398B ---> EE 398B,Image Communication II,

courseNo: 221 ---> EE 294A,Artificial Intelligence: Principles & Techniques,CS 221

courseNo: 221 ---> EE 362,Applied Vision and Image Systems,PSYCH 221

courseNo: 223B ---> EE 289,Introduction to Computer Vision,CS 223B

courseNo: 248 ---> EE 287,Introduction to Computer Graphics,CS 248

courseNo: 348A ---> EE 481A,Computer Graphics,CS 348A

courseNo: 348B ---> EE 481B,Computer Graphics,CS 348B

Lasers, Optoelectronics, and Quantum Electronics

courseNo: 348B ---> EE 481B,Computer Graphics,CS 348B

courseNo: 348B ---> EE 481B,Computer Graphics,CS 348B

courseNo: 348B ---> EE 481B,Computer Graphics,CS 348B

231, 232, 235, 243, 268, 336,340, 343**, 346, 349*, APPHYS 304, APPHYS 305, 234,CS244

courseNo: 231 ---> EE 231,Introduction to Lasers,

courseNo: 232 ---> EE 232,Laser Dynamics,

courseNo: 235 ---> EE 235,Guided Wave Optical Devices,

courseNo: 243 ---> EE 243,Semiconductor Optoelectronic Devices,

courseNo: 243 ---> EE 383,Advanced Compiling Techniques,CS 243

courseNo: 268 ---> EE 268,Introduction to Modern Optics,

courseNo: 336 ---> EE 336,Nanophotonics,

courseNo: 340 ---> EE 340,Advanced Topicsin Optics and Quantum Optics,

courseNo: 343 ---> EE 326,Organic Semiconductors for Electronics and Photonics,MATSCI 343

courseNo: 343 ---> EE 343,Advanced Optoelectronic Devices,

courseNo: 343 ---> EE 483,Computer Architecture and Compilers from Embedded Applications,CS 343

courseNo: 346 ---> EE 346,Introduction to Nonlinear Optics,

courseNo: 346 ---> EE 381A,Database System Implementation,CS 346

courseNo: 349 ---> EE 349,Nano-Optics and Grating Photonics,

courseNo: 304 ---> EE 358A,Lasers Laboratory,APPPHYS 304

courseNo: 305 ---> EE 358B,Nonlinear Optics Laboratory,APPPHYS 305

courseNo: 234 ---> EE 234,Photonics Laboratory,

courseNo: 244 ---> EE 244,Communication Engineering Transmission Systems,

Network Systems

(284 or CS 144), MS&E 336, 384A, 384B*, 382C, 384C, 384E, 384M, 384X, 384Y, 384S, CS 344

courseNo: 284 ---> EE 284,Introduction to Computer Networks,

courseNo: 336 ---> EE 336,Nanophotonics,

courseNo: 384A ---> EE 384A,Internet Routing Protocols and Standards,

courseNo: 384B ---> EE 384B,Multimedia Communication over the Internet,

courseNo: 384C ---> EE 384C,Wireless Local Area Networks,

courseNo: 384M ---> EE 384M,Network Algorithms,

courseNo: 384X ---> EE 384X,Packet Switch Architectures I,

courseNo: 384Y ---> EE 384Y,Packet Switch Architectures II,

courseNo: 384S ---> EE 384S,Network Architecture and Performance Engineering,MS&E 334

courseNo: 344 ---> EE 344,High Frequency Laboratory,

courseNo: 344 ---> EE 384D,Projects in Computer Networks,CS 344

Signal Processing

(264 or 265), Music 420, 373A, 373B, 487*

courseNo: 264 ---> EE 264,Digital Filtering,

courseNo: 420 ---> EE 367A,Signal Processing Methods in Musical Acoustics,MUSIC 420

courseNo: 373A ---> EE 373A,Adaptive Signal Processing,

courseNo: 373B ---> EE 373B,Adaptive Neural Networks,

278, 263, 363**, MS&E 339, 372*, 378

courseNo: 278 ---> EE 207D,Optimal Control and Hybrid Systems,AA 278

courseNo: 278 ---> EE 278,Introduction to Statistical Signal Processing,

courseNo: 263 ---> EE 263,Introduction to Linear Dynamical Systems,

courseNo: 363 ---> EE 363,Linear Dynamical Systems,

courseNo: 339 ---> EE 377B,Approximate Dynamic Programming,MS&E 339

courseNo: 372 ---> EE 372,Quantization and Compression,

courseNo: 378 ---> EE 378,Statistical Signal Processing,

(264 or 265), Music 420, Music 421, Music 422

courseNo: 264 ---> EE 264,Digital Filtering,

courseNo: 420 ---> EE 367A,Signal Processing Methods in Musical Acoustics,MUSIC 420

courseNo: 421 ---> EE 367B,Applications of the Fast Fourier Transform,MUSIC 421

courseNo: 422 ---> EE 367C,Perceptual Audio Coding,MUSIC 422

CS 221, CS 228, CS 229, Stats 315A, Stats 315B

courseNo: 221 ---> EE 294A,Artificial Intelligence: Principles & Techniques,CS 221

courseNo: 221 ---> EE 362,Applied Vision and Image Systems,PSYCH 221

courseNo: 228 ---> EE 228,Basic Physics for Solid State Electronics,

courseNo: 228 ---> EE 294B,Probabilistic Models in Artificial Intelligence,CS 228

courseNo: 229 ---> EE 229B,Thin Film and Interface Microanalysis,MATSCI 323

courseNo: 229 ---> EE 229D,Introductin to Magnetism and Magnetic Nanostructures,MATSCI 347

courseNo: 229 ---> EE 294C,Machine Learning,CS 229

courseNo: 315A ---> EE 382B,Parallel Computer Architecture and Programming,CS 315A

courseNo: 315A ---> EE 386A,Parallel Computer Architecture and Programming,CS 315A

(Please note that CS 228-229 and Stat 315A-315B both count as 300 level cognates.)

Solid State materials and Devices

222, 223, 228, MATSCI 199/209, 243, 327*, 328**, 329*, 335, 343**, MATSCI 323, MATSCI 347

courseNo: 222 ---> EE 222,Applied Quantum Mechanics I,APPPHYS 150/222

courseNo: 223 ---> EE 223,Applied Quantum Mechanics II,APPPHYS 262/223

courseNo: 223 ---> EE 289,Introduction to Computer Vision,CS 223B

courseNo: 228 ---> EE 228,Basic Physics for Solid State Electronics,

courseNo: 228 ---> EE 294B,Probabilistic Models in Artificial Intelligence,CS 228

courseNo: 199 ---> EE 238,Electronic and Optical Properties of Solids,MATSCI 199/209

courseNo: 243 ---> EE 243,Semiconductor Optoelectronic Devices,

courseNo: 243 ---> EE 383,Advanced Compiling Techniques,CS 243

courseNo: 327 ---> EE 327,Properties of Semiconductor Materials,

courseNo: 328 ---> EE 399,Topics in Computer Vision,CS 328

courseNo: 329 ---> EE 329,Electronic structure of surfaces and interfaces,

courseNo: 335 ---> EE 335,Introduction to Information Storage Systems,

courseNo: 343 ---> EE 326,Organic Semiconductors for Electronics and Photonics,MATSCI 343

courseNo: 343 ---> EE 343,Advanced Optoelectronic Devices,

courseNo: 343 ---> EE 483,Computer Architecture and Compilers from Embedded Applications,CS 343

courseNo: 323 ---> EE 229B,Thin Film and Interface Microanalysis,MATSCI 323

courseNo: 347 ---> EE 229D,Introductin to Magnetism and Magnetic Nanostructures,MATSCI 347

courseNo: 347 ---> EE 347,Optical Methods in Engineering Science,

courseNo: 347 ---> EE 381B,Transaction Processing and Distributed Databases,CS 347

General Breadth (each line considered a separate area)

293A,B

courseNo: 293A ---> EE 293A,Fundamentals of Energy Processes,

courseNo: 293A ---> EE 293A,Fundamentals of Energy Processes,

204



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