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Computer Engineering

Summer 2005




CMPE 323  Signal and Systems Theory                               3 credits
Concept and properties of linear, time-invariant systems, both continuous and discrete, and their response to driving signals. Convolution, Fourier series, Fourier transform, Laplace transform, Discrete Fourier transform and Z transform are covered. Introduction to continuous time filters, sampling and digital filters. Students completing this course will understand the concept of the frequency domain, frequency response to sinusoidal steady state inputs, and the relation to poles and zeros of system functions for both continuous and time-discrete systems. Note: Also listed as PHYS 323. Prerequisites: ENEE 206 and MATH 225. For more information contact sellami@usna.edu.
          Grade Method: REG
[0082] 7060 Meets 07/11/2005 - 08/19/2005             CHETTI, S
            TuTh.......6:00pm- 9:10pm (ITE 241)


CMPE 491  Special Topics in Computer Engineering                  3 credits
          Embedded Systems                                  
This course is designed to provide the student with developing the software for an embedded system in assembly language. Students are taught the basic use of a programming environment and how to overt the basic elements of the C programming language (including loops, control statements, and arrays) into a well-formed assembly language program. The special requirements of embedded systems are examined, including the impact on the operating system for such things as real-time processing requirements. Students evaluate the selection of microcontrollers, operating systems, programming languages, and data representation. Students develop an embedded system and must purchase required components for the project. Prerequisite: CMSC 211, CSMC 313, CMPE 310, or equivalent assembly language course. Permission of the instructor. Note: Also listed as CMSC 491A. For more information see http://www.csee.umbc.edu/courses/undergraduate/CMSC491/summer05/burt/index.html or contact burt@csee.umbc.edu.
(PermReq) Grade  Method: REG THIS  IS A CROSS-LISTED
          COURSE WITH CMSC 491A.
[0083] 6080 Meets 05/31/2005 - 07/22/2005             BURT, G
            MW.........1:00pm- 3:25pm (ITE 240)


CMPE 499  Independent Study in Computer Engineering             1-4 credits

(PermReq) Grade  Method: P-F  Individual Instruction
          course:  contact department  or instructor
          to obtain section number.


CMPE 698  Research Project in Computer Engineering              1-3 credits

(PermReq) Grade  Method: P-F  Individual Instruction
          course:  contact department  or instructor
          to obtain section number.


CMPE 699  Independent Study in Computer Engineering             1-3 credits

(PermReq) Grade  Method: P-F  Individual Instruction
          course:  contact department  or instructor
          to obtain section number.


CMPE 799  Master's Thesis Research                              1-6 credits

(PermReq) Grade  Method: P-F  Individual Instruction
          course:  contact department  or instructor
          to obtain section number.


CMPE 899  Doctoral Dissertation Research                        1-6 credits

(PermReq) Grade  Method: P-F  Individual Instruction
          course:  contact department  or instructor
          to obtain section number.


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