Page 104 of Antelope Valley College 1995-1996 Catalog by Antelope Valley Community College Lancaster California

3 units 4 hours weekly Prerequisite: Completion of CIS 43A. Advisory: Eligibility for ENGL 50BR4, ENGL 51BR2 and MATH 6. 4 hours weekly 3 units Advisory: Completion of CA 30 or CIS 40, and Eligibility for ENGL 50BR4, ENGL 5IBR2 and MATH A. 3 units 4 hours weekly This course presents advanced topics in 3 unit 4 hours weekly Advisory: Completion of CIS 43A or CIS 44A or CIS 48, and Eligibility for ENGL 50BR4, ENGL 51BR2 and MATH C. 3 units 4 hours weekly Advisory: Completion of CIS 39 or CIS 42A or CIS 43A or CIS 44A or CIS 48 and, Eligibility for ENGL 50BR4, ENGL 51BR2 and MATH C. 3 units 4 hours weekly CIS 43A *INTRODUCTION TO PASCAL PROGRAMMING CIS43B *DATA STRUCTURES IN PASCAL CIS 44A *STRUCTURED COBOL PROGRAMMING CIS 44B *ADVANCED COBOL PROGRAMMING CIS 45 *INTRODUCTION TO ADA PROGRAMMING CIS 47 *ASSEMBLY LANGUAGE PROGRAMMING CIS 48 *INTRODUCTION TO FORTRAN PROGRAMMING CIS 80 *COMPUTER INFORMATION SCIENCE SEMINARS 102 Computer Applications and Computer Information Science 3 units 4 hours weekly Advisory: Eligibility for ENGL 50BR4, ENGL 51BR2 and MATH C. This course emphasizes a careful, disciplined approach to computer programming using Pascal. Problem solving through stepwise development of algorithms is presented. Students will learn Pascal programming language, syntax, coding, program logic, and program testing. (Engineering and Science Majors consult counselors) (CSU, UC, AVC, 2+2) This course is an introduction to the application of data structures in problem solving. Topics include set operators and manipulations, text and user defined file types, searching algorithms, sorting algorithms, recursion, linked lists, queues, stacks, binary trees, and graphs. Students plan and create Pascal programs using data structures to solve problems frequently encountered by professional computer scientists. (Engineering and Science Majors consult counselors) (CSU, UC, AVC, 2+2) This course presents the structure of the COBOL programming language syntax, coding, program logic, debugging, and program testing. Writing programs to solve business problems will be included. (Engineering and Science Majors consult counselors) (CSU, UC, AVC) COBOL: file handling, accessing, and updating; subroutines, overlays, and table lookup. Emphasis is placed on problem solving. (Engineering and Science Majors consult counselors) (CSU, UC, AVC) This course is designed to give the student an introduction to the Ada language. It will explain why it was developed and its purpose. The student will develop structured programming techniques including readability, strong typing, exception handling, data abstraction, and programming in the large. Important concepts will include using separate compilation processes to develop portable and modular programs. (Engineering and Science Majors consult counselors) (CSU, UC, AVC) Ada is copyrighted by the Department of Defense. Introduction to assembly language programming taught in a hands -on environment using personal computers with MS-DOS operating system. Topics include machine architecture, number systems, machine instructions, macro assembler program, linker, developing programs, debugging, and representing data structures in assembly languages. (Engineering and Science Majors consult counselors) (CSU, UC, AVC) Students will learn the fundamentals of computer programming, problem specification, design, and the elements of the FORTRAN programming language. The course will include writing and debugging FORTRAN programs, and program verification. Students solve real problems from business, science, mathematics, and engineering by designing, implementing, and testing FORTRAN programs. (Engineering and Science Majors consult counselors) (CSU, UC, AVC, 2+2) Short courses of varying duration on specialized topics in computer information science. (Engineering and Science Majors consult counselors) (AVC)

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