Introduction to computer structure: the IBM system/370; Introduction to IBM system/270 machine language; Introduction to assembler language; Information move and binary integer arithmetic; Writing a complete program; Conversion and subroutines.

Introduction to computing; Binary arithmetic and the 360 control unit; Introduction to programming; Using the registers; Program and job structure; The memory; Using the memory; Machine language: memory addresses; Branching and loop control; Character manipulation; Machine language and the program status word; Program debugging and testing; Subroutine linkage; Bit manipulation; Data forms and conversion; Decimal arithmetic; Input / Output programming; Macro programming and control of the assembler; Floating-point arithmetic; Fancy instructions.

A concise, learn-by-example introduction to IBM System/370 Assembler language programming.

This revision includes greater coverage of architecture, earlier introduction to programming style, and expanded program examples. The text covers IBM mainframe assembly language and all the topics of the standard CS3 course. Appropriate for sophomore courses in assembly language programming. (vs. Struble)

Presents a comprehensive business-oriented approach to teaching assembly language programming on IBM and IBM-compatible computers, geared towards freshman and sophomores majoring in data processing or computer science. Rich in student aids including self-evaluation quizzes, chapter objectives, exercises, and chapter summaries.