Engineering

Designed especially for undergraduates in computer-related disciplines, with emphasis to support the compiler, operating system, and networking courses.

For a first course in computer architecture or computer organization. This text covers computer architecture at the instruction set architecture (ISA) and system design levels. Starting with foundation material on data representation and computer arithmetic, the book moves through the basic components of a computer architecture, covering topics at increasing levels of complexity up through CISC, network architecture, and parallel architecture. The authors have adopted the use of a SPARC-subset for an instructional ISA called “ARC” (A RISC Computer), which is carried through the mainstream of the book, and is complemented with platform-independent software tools that simulate the ARC ISA as well as the MIPS and x86 (Pentium) ISAs.

• Choice of the instruction set architecture (ISA).

  • The mainstream ISA “ARC” is a subset of the commercial SPARC, which strikes a balance between the complexity of a real-world architecture and the need for a simple instructional ISA. Ex.___

• Companion Website http://www.prenhall.com/murdocca

  • Provides instructor and student support. Ex.___

• Software available on Companion Website.

  • Assembles and simulates program execution on SPARC-subset (ARC), MIPS, and Intel ISAs. Simulators and assemblers run an PCs, Macs, and Unix. Ex.___

• Over 400 Adobe Acrobat slides.

  • Simplify lecture preparation. Ex.___

• Password-protected area of Companion Website.

  • For instructors, provides exam problems with solutions. Ex.___

• Case studies.

  • Introduce the student to “real world” examples. Case studies include such topics as MMX and Altivec, the Java Virtual Machine, VHDL hardware description language, ATM, and the Intel Merced processor. Ex.___

• Over 200 homework problems.

  • Reinforce learning. Solution manual provided for instructors. Ex.___

• The major portion of the text deals with a high level look at computer architecture, while the appendices and case studies cover lower level, technology-dependent aspects.

  • Allows computer architecture to be studied at all levels. Ex.___

 1. Introduction.


 2. Data Representation.


 3. Arithmetic.


 4. The Instruction Set Architecture.


 5. Languages and the Machine.


 6. Datapath and Control.


 7. Memory.


 8. Input and Output.


 9. Communication.


10. Trends in Computer Architecture.


A. Appendix A: Digital Logic.


B. Appendix B: Reduction of Digital Logic.

Computer Architecture  [CORE TEXTS]   (Electrical and Computing Engineering)
Computer Organization and Architecture  (Computer Science)

This piece covers computer architecture at the instruction set architecture (ISA) and system design levels. Starting with foundation material on data representation and computer arithmetic, the book moves through the basic components of a computer architecture, covering topics at increasing levels of complexity up through CISC, network architecture, and parallel architecture. The authors have adopted the use of a SPARC-subset for an instructional ISA called "ARC" (A RISC Computer), which is carried through the mainstream of the book, and is complemented with platform-independent software tools that simulate the ARC ISA as well as the MIPS and x86 (Pentium) ISAs.

FEATURES/BENEFITS

• Choice of the instruction set architecture (ISA).
• The mainstream ISA "ARC" is a subset of the commercial SPARC, which strikes a balance between the complexity of a real-world architecture and the need for a simple instructional ISA.
• Companion Website http://www.prenhall.com/murdocca
• Software available on Companion Website.
• Assembles and simulates program execution on SPARC-subset (ARC), MIPS, and Intel ISAs. Simulators and assemblers run an PCs, Macs, and Unix.
• Over 400 Adobe Acrobat slides
• Simplify lecture preparation.
• Password-protected area of Companion Website.
• Case studies.
• Over 200 homework problems.
• The major portion of the text deals with a high level look at computer architecture, while the appendices and case studies cover lower level, technology-dependent aspects.
• Allows computer architecture to be studied at all levels.