'Mdr memory data register' presentation slideshows

Computer Organization

1.54k views • 91 slides

Lecture 2

Lecture 2. Interrupt Handling by Euripides Montagne University of Central Florida. Outline. The structure of a tiny computer. A program as an isolated system. The interrupt mechanism. The hardware/software interface. Interrupt Types. PC. MAR. MEMORY. OP ADDRESS. MDR. A. Decoder.

1k views • 86 slides

Interrupt Handling by Euripides Montagne University of Central Florida

Interrupt Handling by Euripides Montagne University of Central Florida. Outline. The structure of a tiny computer. A program as an isolated system. The interrupt mechanism. The hardware/software interface. Interrupt Types. PC. MAR. MEMORY. OP ADDRESS. MDR. A. Decoder. A L U.

978 views • 86 slides

Lecture 2

Lecture 2. Interrupt Handling by Euripides Montagne University of Central Florida. Outline. The structure of a tiny computer. A program as an isolated system. The interrupt mechanism. The hardware/software interface. Interrupt Types. PC. MAR. MEMORY. OP ADDRESS. MDR. A. Decoder.

1.09k views • 86 slides

Computer Organization

Computer Organization. (Review of Prerequisite Material). Computer Architecture. Processes are an abstraction of the operation of computers. So, to understand operating systems, one must have a basic knowledge about how computer hardware is organized.

572 views • 56 slides

How Computers Work

637 views • 45 slides

Computer Architecture 2

312 views • 23 slides

Multicycle Datapath 9 October 2013

CDA 3101 Fall 2013 Introduction to Computer Organization. Multicycle Datapath 9 October 2013. Review. Construction of the Datapath Determine instruction types R-format Conditional Branch Unconditional Branch Load/store

334 views • 20 slides

Introduction to Computer Organization

Introduction to Computer Organization. Multicycle Datapath. Review. Construction of the Datapath Determine instruction types R-format Conditional Branch Unconditional Branch Load/store Develop datapath modules (RF, ALU, Memory, SignExt) Connect modules to form composite datapath

324 views • 19 slides

Machine architecture

Machine architecture. Programming Language Design and Implementation (4th Edition) by T. Pratt and M. Zelkowitz Prentice Hall, 2001 Chapter 2. Typical machine design. Two cycles: Fetch cycle - get instruction Execute cycle - do operation. Typical machine execution.

220 views • 10 slides

Machine architecture

Machine architecture. Programming Language Design and Implementation (4th Edition) by T. Pratt and M. Zelkowitz Prentice Hall, 2001 Chapter 2. Typical machine design. Two cycles: Fetch cycle - get instruction Execute cycle - do operation. Typical machine execution.

103 views • 10 slides

Machine architecture

Machine architecture. Programming Language Design and Implementation (4th Edition) by T. Pratt and M. Zelkowitz Prentice Hall, 2001 Chapter 2. Typical machine design. Two cycles: Fetch cycle - get instruction Execute cycle - do operation. Typical machine execution.

127 views • 10 slides

Machine architecture

Machine architecture. Programming Language Design and Implementation (4th Edition) by T. Pratt and M. Zelkowitz Prentice Hall, 2001 Chapter 2. Typical machine design. Two cycles: Fetch cycle - get instruction Execute cycle - do operation. Typical machine execution.

266 views • 9 slides