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Undergraduate Bulletin of Information 2001-2002COLLEGE OF ENGINEERINGOptical communication principles; transmitterand receiver design; fiber optic channels.ELEG 5309. DIGITAL SIGNALPROCESSING. Three credit hours. Three hoursof lecture per week. Prerequisite: ELEG 4301.Signal classification; Z-transform and discreteFourier transform; matrix representation ofdigital filters and digital systems; digital filterdesign; discrete Fourier transform algorithms.ELEG 5315. THEORY OFCOMMUNICATIONS II. Three credit hours.Three hours of lecture per week. Prerequisite:ELEG 4011 and ELEG 4301.Information theory; coding theory; signal design;noise and probability of error.ELEG 5325. COMMUNICATION SYSTEMDESIGN: CIRCUITS AND ANTENNAS.Three credit hours. One hour of lecture and twotwo-hour laboratories per week. Prerequisite:ELEG 5305 or ELEG 5306.Design of communication circuits and antennas.Several design projects including: specification,evaluation and selection of alternatives andimplementation. Written reports and computeruse required.ELEG 5326. COMMUNICATION SYSTEMDESIGN: SIGNAL PROCESSING. Threecredit hours. One hour of lecture and two twohourlaboratories per week. Prerequisite: ELEG5309.Block diagram design and simulation ofcommunication systems. Design projectsincluding: specification, evaluation and selectionof alternatives, and implementation. Computerand laboratory work and written reports required.ELEG 5407. COMPUTER AIDED POWERSYSTEM DESIGN. Three credit hours. Threehours of lecture per week. Prerequisite: ELEG4415.Design of power systems using digitalcomputers; load flow, economic load dispatch,symmetrical and unsymmetrical faults. Selectionof breakers.ELEG 5408. ELECTRICAL MOTORSCONTROL. Three credit hours. Three hours oflecture per week. Prerequisites: ELEG 4405,ELEG 4416 and ELEG 4505.Characteristics and selection criteria ofalternating current (A.C.) and direct current(D.C.) motors; design and control of solid statedrive systems; braking methods; heating andduty cycle calculations. Performancecalculations and design of closed loopcontrollers.ELEG 5505. LINEAR SYSTEM ANALYSIS.Three credit hours. Three hours of lecture perweek. Prerequisite: ELEG 4505.Linear spaces and matrices; state variablesrepresentations for linear continuous and discretesystems; the Z-transform and its application;controllability and observability; stateestimators; stability.ELEG 5506. PROCESS INSTRUMENTATIONAND CONTROL ENGINEERING. Three credithours. Three hours of lecture per week.Prerequisite: ELEG 4206 and ELEG 4505.Design of process instrumentation and controlsystems, based on analog and digital instrumentsand mini or microcomputers. Standards andpractical considerations emphasized.ELEG 5508. DIGITAL CONTROL SYSTEMS.Three credit hours. Three hours of lecture perweek. Prerequisites: ELEG 4505.Analysis and design of digital control systems;stability, controllability and observability ofdiscrete systems. Practical considerations whenimplementing a digital control system.ELEG 5516. AUTOMATION AND ROBOTICS.Three credit hours. Three hours of lecture perweek. Prerequisite: ELEG 4206 or INEG 4057.Analysis and design of automated pneumaticsystems using programmable controllers.Programming of industrial robots.ELEG 5995. SPECIAL PROBLEMS. One tosix credit hours. One to three laboratory periodsper week.Investigations and special problems in electricalengineering or related fields, open to outstandingelectrical engineering students.288
COLLEGE OF ENGINEERING Undergraduate Bulletin of Information 2001-2002COMPUTER ENGINEERINGCOEG 4009. SOFTWARE ENGINEERING.Three credit hours. Three hours of lecture perweek. Prerequisite: COEG 4036.Techniques used during the softwaredevelopment cycle; specification, design, testing,documentation and maintenance. Use of aprocedure oriented language in the design andimplementation of a software project.COEG 4015. ADVANCED PROGRAMMING.Three credit hours. Two hours of lecture andtwo hours of computation per week.Prerequisite: GEEG 3016.Advanced programming techniques applied tothe solution of engineering problems; extensiveuse of subprograms, logical and specificationsstatements. Principles of multiprogramming,multiprocessing, and real-time systems.COEG 4017. COMPUTER-BASEDINFORMATION SYSTEMS. Three credithours. Three hours of lecture per week.Prerequisite: COEG 4035.Analysis and design of computer-basedmanagement information systems;communication theory and the flow ofinformation within organizations; methods andprocedures of gathering, disseminating andcontrolling information; integrated ElectronicData Processing versus batch-controlled system;the development and installation of informationprocessing systems.COEG 4029. COMPILER CONSTRUCTION.Three credit hours. Two hours of lecture andthree hours of laboratory per week. Prerequisite:COEG 4036.Techniques involved in the analysis of sourcelanguages and the generation of efficient objectcodes with emphasis on the components of acompiler.COEG 4035. DATA STRUCTURES. Threecredit hours. Two hours of lecture and threehours of laboratory per week. Prerequisite:COEG 4015.computer. Lists in linear, orthogonal, strings andarray forms. Tree structures. Techniques forstorage allocation, distribution, collection, andsorting of data. Data structures in programminglanguages.COEG 4036. STRUCTURE ANDPROPERTIES OF PROGRAMMINGLANGUAGES. Three credit hours. Three hoursof lecture per week. Prerequisite: COEG 4035.Comparative study of programming styles,including imperative, object-oriented, functional,logic, and concurrent programming. Concepts ofdata encapsulation and inheritance. Formalspecification of the syntactic structure of alanguage. Context-free grammars and parsetrees.COEG 4998. UNDERGRADUATERESEARCH. One to six credit hours. Three totwenty-four hours of laboratory per week. Prerequisite:Fourth or fifth year student andconsent of the Director of the Department.Participation, under the supervision of a facultymember acting as an investigator, in a researchproject.ADVANCED UNDERGRADUATEAND GRADUATE COURSESCOEG 5007. OPERATING SYSTEMSPROGRAMMING. Four credit hours. Three hoursof lecture and one-three hour laboratory per week.Prerequisites: COEG 4035 and ELEG 4206.Concepts of operating systems, multiprogramming,multiprocessing, batch, partitioned, and real time.Organizational and processing of file systems.Study of queueing theory and information flowcontrol.COEG 5015. ARTIFICIAL INTELLIGENCE.Three credit hours. Three hours of lecture perweek. Prerequisite: COEG 4036.An introduction to the field of artificialintelligence: LISP language, search techniques,games, vision, representation of knowledge,inference and process of proving theorems,natural language understanding.Basic concepts of data. Representation ofinformation as data inside and outside the289
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