Digital computer and control engineering / Robert Steven Ledley ; written with the assistance of Louis S. Rotolo & James Bruce Wilson.

Contents;

Part 1: Introduction to digital programmed systems
Chapter 1: Applications of digital computers and control
Chapter 2: Principles and block diagram of a digital computer
Chapter 3: Coding and programming a digital computer
Chapter 4: Programming fundamentals
Chapter 5: Advanced programming

Part 2: Functional approach to systems design
Chapter 6: Fundamentals of numerical analysis
Chapter 7: Searching, sorting, ordering, and codifying
Chapter 8: Special-purpose digital-computer systems design
Chapter 9: Systems design of the pedagac

Part 3: Foundations for the logical design of digital circuitry
Chapter 10: Introduction to Boolean algebra and digital computer circuits
Chapter 11: The designation numbers and the design of function circuits
Chapter 12: Elementary computational methods in circuit design
Chapter 13: Boolean matrix equations and the fundamental formulas
Chapter 14: Applications of matrix equations in circuit design

Part 4: Logical design of digital-computer circuitry
Chapter 15: Serial arithmetic operations
Chapter 16: Parallel and rapid arithmetic operations
Chapter 17: Control
Chapter 18: Packaging and the logical design of the pedagac

Part 5: Electronic design of digital circuits
Chapter 19: Problems and limitations in electronic realization
Chapter 20: Semiconductor elements in digital-circuit design
Chapter 21: Magnetic elements in digital-circuit design
Chapter 22: Memory and input-output methods
Chapter 23: The electronic design of the pedagac

Name index : p. 807-813 . _ Subject index : p. 815-835.