ECE Course Abstracts

• EE 125S: INTERNSHIP IN ELEC & COMP ENGR
• EE 155: ELEC/COMP ENGR SMNR-LEADERSHIP
• EE 155: ELECTRICAL/COMPUTER ENGR SMNR
• EE 155L: ENGINEERING LEADERSHIP SEMINAR
• EE 160: SPEC PROBS IN ELEC & COMP ENGR
• EE 160: SPEC PROBS IN ELEC/COMP ENGR-W
• EE 197C: RESEARCH PROBLEMS
• EE 197G: RESEARCH PROBLEMS
• EE 225MA: COOPERATIVE ENGINEERING
• EE 225MB: COOPERATIVE ENGINEERING
• EE 260: SPEC PROBS IN ELEC & COMP ENGR
• EE 297C: RESEARCH PROBLEMS
• EE 297G: RESEARCH PROBLEMS
• EE 302: INTRO TO ELEC AND COMP ENGR
• EE 302: INTRO TO ELEC & COMP ENGR-HON
• EE 302: INTRO ELECTRICAL ENGINEERING
• EE 302H: INTRO TO ELEC & COMP ENGR: HON
• EE 302H: INTRO ELECTRICAL ENGR: HONORS
• EE 306: INTRODUCTION TO COMPUTING
• EE 309K: DEVEL OF A SOLAR CAR FOR NASC
• EE 312: INTRODUCTION TO PROGRAMMING
• EE 313: LINEAR SYSTEMS AND SIGNALS
• EE 316: DIGITAL LOGIC DESIGN
• EE 319K: INTRO TO MICROCONTROLLERS
• EE 319K: LABORATORY
• EE 321K: MIXED SIGNAL AND CIRCUITS LAB
• EE 322C: DATA STRUCTURES
• EE 325: ELECTROMAGNETIC ENGINEERING
• EE 325K: ANTENNAS AND WIRELESS PROPGATN
• EE 325LX: COOPERATIVE ENGINEERING
• EE 325LY: COOPERATIVE ENGINEERING
• EE 325LZ: COOPERATIVE ENGINEERING
• EE 331: ELEC CIRC, ELECTRONICS, & MACH
• EE 333T: ENGINEERING COMMUNICATION-W
• EE 338K: ELECTRONIC CIRCUITS II
• EE 338L: ANALOG INTEGRATED CIRCUIT DSGN
• EE 339: SOLID-STATE ELECTRONIC DEVICES
• EE 341: ELECTRIC DRIVES AND MACHINES
• EE 345L: MICROPROCESSOR APPLICS AND ORG
• EE 345M: EMBEDDED AND REAL-TIME SYS LAB
• EE 345S: REAL-TIME DIGITAL SIG PROC LAB
• EE 347: MODERN OPTICS
• EE 348: LASER AND OPTICAL ENGINEERING
• EE 351K: PROBABILITY & RANDOM PROCESSES
• EE 351M: DIGITAL SIGNAL PROCESSING
• EE 360: SPEC PROBS IN ELEC & COMP ENGR
• EE 360: SPEC PROBS IN ELEC/COMP ENGR-W
• EE 360C: ALGORITHMS
• EE 360F: SOFTWARE ENGINEERING PROCESSES
• EE 360K: INTRO TO DIGITAL COMMUNICATNS
• EE 360M: DIGITAL SYS DESIGN USING VHDL
• EE 360N: COMPUTER ARCHITECTURE
• EE 360P: CONCURRENT AND DISTRIBUTED SYS
• EE 360R: COMPUTER-AIDED INTEG CIRC DSGN
• EE 360S: DIGITAL INTEGRATED CIRC DESIGN
• EE 361Q: REQUIREMENT ENGINEERING-SE
• EE 361Q: REQUIREMENTS ENGINEERING
• EE 361R: RADIO FREQUENCY CIRCUIT DESIGN
• EE 362K: INTRO TO AUTOMATIC CONTROL
• EE 362L: POWER ELECTRONICS
• EE 362Q: POWER QUALITY AND HARMONICS
• EE 363M: MICROWAVE AND RADIO FREQ ENGR
• EE 363N: ENGINEERING ACOUSTICS
• EE 364D: INTRO TO ENGINEERING DESIGN
• EE 366: ENGINEERING ECONOMICS I
• EE 366K: ENGINEERING ECONOMICS II
• EE 366L: STATISTICS FOR MANUFACTURING
• EE 368: ELEC POWER TRANS AND DISTRIB
• EE 369: POWER SYSTEMS ENGINEERING
• EE 370: AUTOMATIC CONTROL II
• EE 370K: COMPUTER CONTROL SYSTEMS
• EE 370N: INTRO TO ROBOTICS/MECHATRONICS
• EE 371C: WIRELESS COMMUNICATIONS LAB
• EE 371D: INTRO TO NEURAL NETWORKS
• EE 371M: COMMUNICATION SYSTEMS
• EE 371R: DIGITAL IMAGE & VIDEO PROCESS
• EE 372L: NETWORK ENGINEERING LABORATORY
• EE 372N: TELECOMMUNICATION NETWORKS
• EE 372S: CRYPTOG AND NETWORK SECURITY
• EE 374K: BIOMEDICAL ELECTRONICS
• EE 374L: APPLICATIONS OF BIOMED ENGR
• EE 379K: 15-INFORMATION THEORY
• EE 379K: 18-NETWORK SECURITY
• EE 379K: 19-NETWORK ENGINEERING LAB
• EE 379K: 22-SYSTEM DESIGN METRICS
• EE 379K: ANALOG ICS FOR COMMUNICATN SYS
• EE 379K: DEVEL OF A SOLAR CAR FOR NASC
• EE 379K: INTRODUCTION TO DATA MINING
• EE 379K: MULTIDIS SENIOR DESIGN PROJECT
• EE 379K: POWER QUALITY AND HARMONICS
• EE 379K: POWER SYSTEM APPARATUS AND LAB
• EE 379K: RENEWABLE ENERGY AND POWER SYS
• EE 379K: REQUIREMENTS ENGINEERING
• EE 379K: REQUIREMENTS ENGINEERING-SE
• EE 379K: SOFTWARE TESTING
• EE 379K: WIRELESS COMMUNICATIONS LAB
• EE 379K: SOLAR CONVERSION DEVICES
• EE 379K: PHYS PRINS OF ELECTRONIC MATLS
• EE 380K: INTRODUCTION TO SYSTEM THEORY
• EE 380L: 10-DATA MINING
• EE 380L: 10-DATA MINING-SE
• EE 380L: 5-ENGR PROGRAMMING LANGUAGES
• EE 380L: 7-INTRO PATTERN RECOG/COMP VIS
• EE 380L: 8-COMPUTER VISION SYSTEMS
• EE 380L: 5-ENGR PROGRAMMING LANGS-SE
• EE 380N: 11-OPTIMIZATION IN ENGR SYS
• EE 380N: 5-STOCHASTIC CONTROL THEORY
• EE 380N: 7-COMP CONTROL OF MANUFAC SYS
• EE 380N: 7-DSGN COMPUTER-CONTROLLED SYS
• EE 380N: 9-FUNDMTL OF ROBOT & MECHATRON
• EE 381J: PROBABIL & STOCHASTIC PROCS I
• EE 381K: 13-ANLY AND DSGN OF COMM NETWK
• EE 381K: 14-MULTIDIMEN DIGITAL SIG PROC
• EE 381K: 2-DIGITAL COMMUNICATIONS
• EE 381K: 3-SATELLITE COMMUNICATION
• EE 381K: 5-ADVANCED TELECOMM NETWORKS
• EE 381K: 7-INFORMATION THEORY
• EE 381K: 6-ESTIMATION THEORY
• EE 381K: 11-WIRELESS COMMUNICATIONS
• EE 381K: 8-DIGITAL SIGNAL PROCESSING
• EE 381K: 9-ADVANCED SIGNAL PROCESSING
• EE 381L: DIGITAL TIME SERIES ANLY/APPL
• EE 381V: TIME-FREQUENCY ANALYSIS
• EE 381V: GENOMIC SIGNAL PROCESSING
• EE 381V: ADV WIRELESS: MOD/MULT ACCESS
• EE 381V: ADV WIRELESS: SPACE-TIME COMM
• EE 381V: CHANNEL CODING
• EE 381V: CONVEX OPTIMIZATION THEORY
• EE 381V: NEW TPCS IN COMM/NETWORKS/SYS
• EE 381V: WIRELESS COMMUNICATIONS LAB
• EE 382C: 8-METH FOR HRDWR/SFTWR CODSGN
• EE 382C: 8-METH HARDWR/SOFTWR CODSGN-SE
• EE 382C: INTRO TO SOFTWARE ENGR PROC-SE
• EE 382C: SYS ENGR PROG MGMT & EVAL-SE
• EE 382C: 11-REQUIREMENTS ENGINEERING-SE
• EE 382C: 11-REQUIREMENTS ENGINEERING
• EE 382C: 10-EMPIRCL STDS IN SOFTWR ENGR
• EE 382C: 3-VERIF & VALIDATN OF SFTWR-SE
• EE 382C: 3-VERIF & VALIDATN OF SOFTWARE
• EE 382C: 7-SOFTWARE ARCHITECTURES
• EE 382C: 7-SOFTWARE ARCHITECTURES-SE
• EE 382M: 10-SYNTHESIS OF DIGITAL SYSTEM
• EE 382M: 13-ANLY/DSGN DIGTL INTEG CIRC
• EE 382M: 14-ANALOG INT CIRCUIT DSGN-ECD
• EE 382M: 14-ANALOG INTEG CIRCUIT DESIGN
• EE 382M: 15-COMP PERF EVAL/BENCHMARKING
• EE 382M: 19-MIXED-SIGNAL SYS DSGN/MODEL
• EE 382M: 19-MIX-SIG SYS DSGN/MODEL-ECD
• EE 382M: 1-VLSI TESTING
• EE 382M: 1-VLSI TESTING-ECD
• EE 382M: 2-DEPENDABLE COMPUTING
• EE 382M: 7-VLSI I
• EE 382M: 7-VLSI I-ECD
• EE 382M: 8-VLSI II
• EE 382M: 8-VLSI II-ECD
• EE 382M: 9-SIMULATION METHS IN CAD/VLSI
• EE 382M: ADV ANALOG INTEG CIRC DSGN-ECD
• EE 382M: 14-ANALOG INTEG CIRC DSGN-ECD
• EE 382M: 16-APPLIC-SPECIFIC PROCESSING
• EE 382N: 10-PARALLEL COMP ARCHITECTURE
• EE 382N: 11-DISTRIBUTED SYSTEMS
• EE 382N: 11-DISTRIBUTED SYSTEMS-SE
• EE 382N: 14-HIGH-SPEED COMP ARITHMTC I
• EE 382N: 14-HI-SPD COMP ARITHMTC I-ECD
• EE 382N: 16-DIST INFO SYS SECURITY-SE
• EE 382N: 17-SUPERSCALAR MICROPROC ARCH
• EE 382N: 17-SUPRSCLR MICROPROC ARCH-ECD
• EE 382N: 18-DISTRIBUTED SYSTEMS II
• EE 382N: 19-MICROARCHITECTURE
• EE 382N: 4-ADV EMBED MICROCONTROL SYS
• EE 382N: 5-COMM NTWK: TECH/ARCH/PROTOCL
• EE 382N: 5-COMM NTWK: TECH/ARCH/PROT-SE
• EE 382N: 4-ADV EMBED MICROCONT SYS-ECD
• EE 382V: ADVANCED TOPICS IN DATA MINING
• EE 382V: ANALOG/RF WIRELESS IC DESIGN
• EE 382V: COMP ARCH: USER-SYS INTERPLAY
• EE 382V: DATA CONV FOR MIX-SIG INTG SYS
• EE 382V: DATA ENGINEERING-SE
• EE 382V: DEPENDABLE REAL-TIME SYS-SE
• EE 382V: FLOATING-PT ARITHMETIC & DSGN
• EE 382V: FORMAL METHODS IN DISTRIB SYS
• EE 382V: INTEGRATED SENSORS
• EE 382V: MOBILE COMPUTING
• EE 382V: MOBILE COMPUTING-SE
• EE 382V: NANOMETER SCALE IC DESIGN
• EE 382V: OPTIMIZATN ISSUES IN VLSI CAD
• EE 382V: PRINCIPLES OF COMPUTER ARCH
• EE 382V: RADIO FREQ INTEG CIRC DSGN-ECD
• EE 382V: RADIO FREQ INTEG CIRCUIT DSGN
• EE 382V: SOFTWARE ARCH & DESIGN INTENT
• EE 382V: SOFTWARE FOR HI-PERF COMPUTING
• EE 382V: SYS ENGR PROG MGMT & EVAL-SE
• EE 382V: SYSTEM-ON-A-CHIP DESIGN
• EE 382V: SYSTEM-ON-A-CHIP DESIGN-ECD
• EE 382V: SYSTEM-ON-CHIP DESIGN PROJ-ECD
• EE 382V: TOPICS IN EMBEDDED SYSTEMS
• EE 382V: TOPICS IN SOFTWARE ENGINEERING
• EE 382V: TPCS IN COMPUTER ARCHITECTURE
• EE 382V: VLSI COMMUNICATION SYSTEMS
• EE 382V: VLSI COMMUNICATION SYSTEMS-ECD
• EE 382V: VLSI PHYSICAL DESIGN AUTOMATN
• EE 382V: WIRELESS AND MOBILE NETWORKING
• EE 382V: RSCH TPCS UBIQUITOUS COMPUTING
• EE 382V: CAD FOR DEEP SUBMICRON IC DSGN
• EE 382V: WIRELESS INTEG CIRCUIT DESIGN
• EE 382V: COLLABORATIVE DESIGN
• EE 382V: FORMAL METHS IN DISTRIB SYS-SE
• EE 382V: NEW TPCS MIXED-SIGNAL IC DSGN
• EE 382V: OPTIMIZATN ISS IN VLSI CAD-ECD
• EE 382V: EMBEDDED SYS DSGN AND MODELING
• EE 383L: ELECTROMAGNETIC FIELD THEORY
• EE 383P: 1-FOURIER OPTICS
• EE 383P: 6-OPTOELECTRONIC DEVICES
• EE 383P: 8-OPTICAL COMMUNICATIONS
• EE 383V: COMPUTATIONAL ELECTROMAGNETICS
• EE 383V: RADAR PRINCIPLES
• EE 383V: RADAR SYSTEMS
• EE 383V: NEW TPCS IN ELECTROMAGNETICS
• EE 384N: 1-ACOUSTICS I
• EE 384N: 2-ACOUSTICS II
• EE 384N: 3-ELECTROMECHANCL TRANSDUCERS
• EE 384N: 3-ELECTROMECH SENSOR/ACTUATOR
• EE 384N: 4-NONLINEAR ACOUSTICS
• EE 384N: 5-UNDERWATER ACOUSTICS
• EE 384N: 7-ULTRASONICS
• EE 385J: 16-LASER-TISSUE INTERAC: OPTCL
• EE 385J: 17-BIOMED INSTRUMENTATION II
• EE 385J: 18-BIOMED IMAGING: SIGNALS/SYS
• EE 385J: 23-OPTICAL SPECTROSCOPY
• EE 385J: 26-THERAPEUTIC HEATING
• EE 385J: 31-BIOMED INSTRUMENTATION I
• EE 385J: 32-PROJECTS IN BIOMEDICAL ENGR
• EE 385J: 33-NEUROPHYS/PROSTHESIS DESIGN
• EE 385J: 9-LASER-TISSUE INTERACT: THERM
• EE 385V: BIOSENSORS AND BIOELECTRONICS
• EE 390C: STAT METH IN ENGR & QUAL ASSUR
• EE 392K: ANTENNA THEORY AND PRACTICE
• EE 394: 13-INTEL MOTION FOR ROBOT/CONT
• EE 394: 14-ELEC TRANSIENTS IN PWR SYS
• EE 394: 7-POWER ELEC DEVICES AND SYS
• EE 394: 9-POWER QUALITY
• EE 394J: 1-POWER SYSTEM ENGINEERING I
• EE 394J: 2-POWER SYSTEM ENGINEERING II
• EE 394V: NEW TOPICS IN ENERGY SYSTEMS
• EE 394V: POWER DISTRIB MODELING & ANLY
• EE 394V: POWER SYSTEM APPARATUS AND LAB
• EE 394V: RESTRUCTURED ELECTRCTY MARKETS
• EE 394V: WIND ENERGY SYSTEMS
• EE 394V: ADV TPCS IN POWER ELECTRONICS
• EE 394V: DISTRIB GENERATION TECHNOLS
• EE 396K: 13-MAGNETIC MATERIALS
• EE 396K: 19-PLASMA PROC OF SEMICONDS I
• EE 396K: 20-PLASMA PROC OF SEMICONDS II
• EE 396K: 21-SUBMICRON DEVICE PHY & TECH
• EE 396K: 22-SEMICOND MICROLITHOGRAPHY
• EE 396K: 25-ORG/POLYMER SEMICOND DEVICE
• EE 396K: 26-MICROELECTROMECHANICAL SYS
• EE 396K: 27-CHRG TRANSP IN ORG SEMICOND
• EE 396K: 2-SEMICONDUCTOR PHYSICS
• EE 396K: 8-VLSI FABRICATION TECHNIQUES
• EE 396K: 9-LOCALZ VS ITIN ELEC IN SOLID
• EE 396K: 16-SEMICONDUCTOR LASERS
• EE 396V: ELEC MATLS CHARACTRIZATN METHS
• EE 396V: INTRO SOLID-STATE PROP OF MATL
• EE 396V: NEW TPCS SOLID-STATE ELECTRON
• EE 396V: SEMICONDUCTOR NANOSTRUCTURES
• EE 396V: INORG NANOSTRC FOR DEVICE APPL
• EE 397C: RESEARCH PROBLEMS
• EE 397G: RESEARCH PROBLEMS
• EE 397K: 1-CONFERENCE COURSE
• EE 397K: 1-CONFERENCE COURSE-SE
• EE 397K: ADV COMM SKL FOR INTL ENGR STU
• EE 397K: ADV ORAL COMM INTL ENGR STU
• EE 397K: ADV TOPICS IN CHANNEL CODING
• EE 397K: ADV WRITTEN COMM INTL ENGR STU
• EE 397K: ENGR APPLICATIONS IN GENOMICS
• EE 397K: REQS ENGR: ACQUISITN/MODLNG-SE
• EE 397M: GRADUATE RESEARCH INTERNSHIP
• EE 398R: MASTER'S REPORT
• EE 398R: MASTER'S REPORT-ECD
• EE 398R: MASTER'S REPORT-SE
• EE 398T: SUPV TEACHING IN ELEC ENGR
• EE 399R: DISSERTATION
• EE 399W: DISSERTATION
• EE 411: CIRCUIT THEORY
• EE 438: ELECTRONIC CIRCUITS I
• EE 438: LABORATORY
• EE 440: MICROELEC FABRICATION TECHNIQS
• EE 460: SPEC PROBS IN ELEC & COMP ENGR
• EE 464C: CORPORATE SENIOR DESIGN PROJ-W
• EE 464G: MULTIDIS SENIOR DESIGN PROJ-W
• EE 464H: HONORS SENIOR DESIGN PROJECT-W
• EE 464K: SENIOR DESIGN PROJECT-W
• EE 464R: RESEARCH SENIOR DESIGN PROJ-W
• EE 679HA: UNDERGRADUATE HONORS THESIS
• EE 679HB: UNDERGRADUATE HONORS THESIS
• EE 697C: RESEARCH PROBLEMS
• EE 697G: RESEARCH PROBLEMS
• EE 698A: THESIS
• EE 698B: THESIS
• EE 699R: DISSERTATION
• EE 699W: DISSERTATION
• EE 997C: RESEARCH PROBLEMS
• EE 997G: RESEARCH PROBLEMS
• EE 999R: DISSERTATION
• EE 999W: DISSERTATION
• EE F333T: ENGINEERING COMMUNICATION-W
• EE F397K: INTELLECTUAL PROPERTY
• EE N160: SPEC PROBS IN ELEC & COMP ENGR
• EE N160: SPEC PROBS IN ELEC/COMP ENGR-W
• EE N260: SPEC PROBS IN ELEC & COMP ENGR
• EE N325: ELECTROMAGNETIC ENGINEERING
• EE N351K: PROBABILITY & RANDOM PROCESSES
• EE N360: SPEC PROBS IN ELEC & COMP ENGR
• EE N360: SPEC PROBS IN ELEC/COMP ENGR-W
• EE N362K: INTRO TO AUTOMATIC CONTROL
• EE N372N: TELECOMMUNICATION NETWORKS
• EE N397K: ADV WRITTEN COMM INTL ENGR STU
• EE N460: SPEC PROBS IN ELEC & COMP ENGR
• EE S397C: RESEARCH PROBLEMS
• EE W125S: INTERNSHIP IN ELEC & COMP ENGR
• EE W160: SPEC PROBS IN ELEC & COMP ENGR
• EE W160: SPEC PROBS IN ELEC/COMP ENGR-W
• EE W197C: RESEARCH PROBLEMS
• EE W197G: RESEARCH PROBLEMS
• EE W225MA: COOPERATIVE ENGINEERING
• EE W225MB: COOPERATIVE ENGINEERING
• EE W260: SPEC PROBS IN ELEC & COMP ENGR
• EE W297C: RESEARCH PROBLEMS
• EE W297G: RESEARCH PROBLEMS
• EE W302: INTRO TO ELEC AND COMP ENGR
• EE W306: INTRODUCTION TO COMPUTING
• EE W312: INTRODUCTION TO PROGRAMMING
• EE W313: LINEAR SYSTEMS AND SIGNALS
• EE W316: DIGITAL LOGIC DESIGN
• EE W319K: INTRO TO MICROCONTROLLERS
• EE W322C: DATA STRUCTURES
• EE W325LX: COOPERATIVE ENGINEERING
• EE W325LY: COOPERATIVE ENGINEERING
• EE W325LZ: COOPERATIVE ENGINEERING
• EE W339: SOLID-STATE ELECTRONIC DEVICES
• EE W345L: MICROPROCESSOR APPLICS AND ORG
• EE W360: SPEC PROBS IN ELEC/COMP ENGR-W
• EE W362L: POWER ELECTRONICS
• EE W366: ENGINEERING ECONOMICS I
• EE W382V: ADV TPC II IN SOFTWARE ENGR-SE
• EE W382V: ADV TPC I IN SOFTWARE ENGR-SE
• EE W382V: PROJ IN CIRCUIT DESIGN I-ECD
• EE W382V: PROJ IN CIRCUIT DESIGN II-ECD
• EE W394: 7-POWER ELEC DEVICES AND SYS
• EE W397C: RESEARCH PROBLEMS
• EE W397G: RESEARCH PROBLEMS
• EE W397K: 1-CONFERENCE COURSE
• EE W397K: INTELLECTUAL PROPERTY
• EE W397M: GRADUATE RESEARCH INTERNSHIP
• EE W398R: MASTER'S REPORT
• EE W398R: MASTER'S REPORT-ECD
• EE W398R: MASTER'S REPORT-SE
• EE W398T: SUPV TEACHING IN ELEC ENGR
• EE W399R: DISSERTATION
• EE W399W: DISSERTATION
• EE W411: CIRCUIT THEORY
• EE W438: ELECTRONIC CIRCUITS I
• EE W438: LABORATORY
• EE W460: SPEC PROBS IN ELEC & COMP ENGR
• EE W464C: CORPORATE SENIOR DESIGN PROJ-W
• EE W464H: HONORS SENIOR DESIGN PROJECT-W
• EE W464K: SENIOR DESIGN PROJECT-W
• EE W464R: RESEARCH SENIOR DESIGN PROJ-W
• EE W697C: RESEARCH PROBLEMS
• EE W697G: RESEARCH PROBLEMS
• EE W698A: THESIS
• EE W698B: THESIS
• EE W699R: DISSERTATION
• EE W699W: DISSERTATION
• EE W999R: DISSERTATION
• EE W999W: DISSERTATION