By William Stallings
ISBN-10: 0136073735
ISBN-13: 9780136073734
Four-time winner of the easiest laptop technological know-how and Engineering textbook of the 12 months award from the Textbook and educational Authors organization, desktop association and structure: Designing for functionality offers an intensive dialogue of the basics of laptop association and structure, overlaying not only processor layout, yet reminiscence, I/O, and parallel structures. insurance is supported via a wealth of concrete examples emphasizing glossy RISC, CISC, and superscalar structures. Undergraduates and pros in desktop technological know-how, machine engineering, and electric engineering classes will study the basics of processor and laptop layout from this award-winning textual content. The 8th revision has been up to date to mirror significant advances in desktop know-how, together with multicore processors and embedded processors. Interactive simulations were elevated and keyed into appropriate sections of textual content.
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Additional resources for Computer Organization and Architecture: Designing for Performance (8th Edition)
Sample text
Html. 5 An IBM 7094 Configuration from memory for an instruction fetch. Except for the occurrence of a branching instruction, which is typically infrequent, this means that the control unit has to access memory for an instruction on only half the instruction cycles. This prefetching significantly reduces the average instruction cycle time. 3 will become clear as the text proceeds. 5 shows a large (many peripherals) configuration for an IBM 7094, which is representative of second-generation computers [BELL71].
Since the beginnings of digital electronics and the computer industry, there has been a persistent and consistent trend toward the reduction in size of digital electronic circuits. Before examining the implications and benefits of this trend, we need to say something about the nature of digital electronics. A more detailed discussion is found in Chapter 20. The basic elements of a digital computer, as we know, must perform storage, movement, processing, and control functions. 6): gates and memory cells.
This series illustrates a distinction that existed at one time. The first model, the UNIVAC 1103, and its successors for many years were primarily intended for scientific applications, involving long and complex calculations. Other companies concentrated on business applications, which involved processing large amounts of text data. This split has largely disappeared, but it was evident for a number of years. IBM, then the major manufacturer of punched-card processing equipment, delivered its first electronic stored-program computer, the 701, in 1953.
Computer Organization and Architecture: Designing for Performance (8th Edition) by William Stallings
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