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Course Criteria
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1.00 Credits
One unit. Elements of microcomputer hardware and software. Basic digital electronics, microprocessor architecture, assembler language programming, introduction to interfacing. Prerequisite: CS 252. Offered fall semester.
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1.00 Credits
One unit. Transistor circuits, gating, sequential circuits, CPU architectures and microprogramming, arithmetic algorithms, interrupts and I/O, basic design of main memory, microprocessor technology, and software considerations. Prerequisites: CS 251, 252. Co-requisite: CS 351L. Offered spring semester.
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1.00 Credits
One unit. This course focuses on design and implementation of network-distributed systems. Topics include: basic principles of networking, network topology and protocols, client/server applications using state machines and communication protocol techniques, and network programming utilizing JAVA facilities (socket interface, IDL, and remote method invocations) security. Prerequisite: CS 251. Offered spring semester.
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1.00 Credits
One unit. This course will examine the issues facing Local and Wide Area Network designers and administrators. While some of the technologies will be explored, most time will be spent investigating the techniques necessary to make them work. Students will become familiar with real networks exhibiting the decisions and problems inherent in modern LANs and WANs. Prerequisite: CS 142. Offered fall semester.
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1.00 Credits
One unit. A survey of current programming languages including the ALGOL family, PL/I, ADA, SNOBOL, and LISP. A formal specifi cation of languages using grammars is presented. An introduction to recursive-descent parsing is also given. Prerequisites: CS 251, 252, 325. Offered fall semester.
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1.00 Credits
One unit. Internship at an approved computer science or information systems facility under the supervision of a faculty member. Prerequisite: permission of the department. Offered fall and spring semesters.
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1.00 Credits
One unit. Students complete a fi eld experience at an approved computer science facility or they execute a theoretical research project. An undergraduate thesis is presented. Prerequisites: senior standing and permission of the department. Offered fall (with CS 453, capstone course) and spring semester (with CS 456, capstone course).
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1.00 Credits
One unit. This course focuses on current database programming techniques and methodologies. Topics include: database management systems overview, SQL, Basics and Standards, relational database primer, database drivers features and availability, ODBC, JDBC, database connectivity application programming interface, interfacing databases by applications generating database queries in SQL, integrating the techniques of database programming and interfacing into the World Wide Web. Cross-listed w/IS 522. Prerequisite: CS 142. Offered fall semester.
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1.00 Credits
One unit. History of operating systems; console operation, batch mode, multiprogramming, timesharing, and real-time systems. File management, job scheduling, memory management, device management, processes, semaphores and concurrent programming, virtual machines, and computer networks. Prerequisites: MA 121 or 124 and CS 251, 252. Offered fall semester.
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1.00 Credits
One unit. Capstone course. Principles of design and implementation of modern compilers. Topics include lexical analysis, parsing, code generation, error detection and recovery, and optimization. Particular emphasis on LL and LR parsing and on automatic parser generators. Prerequisite: CS 325, 356. Offered spring semester.
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