'Pipelining' presentation slideshows

CS4100: ????? Pipelining

CS4100: ????? Pipelining. ???????????? ??? ???????. Outline. An overview of pipelining A pipelined datapath Pipelined control Data hazards and forwarding Data hazards and stalls Branch hazards Exceptions Superscalar and dynamic pipelining. A. B. C. D. Pipelining Is Natural!.

1.42k views • 142 slides

CS4100: ????? Pipelining

CS4100: ????? Pipelining. ???????????? ??? ???????. Outline. An overview of pipelining A pipelined datapath Pipelined control Data hazards and forwarding Data hazards and stalls Branch hazards Exceptions Superscalar and dynamic pipelining. A. B. C. D. Pipelining Is Natural!.

1.63k views • 138 slides

CS4100: ????? Pipelining

CS4100: ????? Pipelining. ???????????? ??? ???????. Outline. An overview of pipelining A pipelined datapath Pipelined control Data hazards and forwarding Data hazards and stalls Branch hazards Exceptions Superscalar and dynamic pipelining. A. B. C. D. Pipelining Is Natural!.

1.57k views • 134 slides

Transport Layer

928 views • 80 slides

665 views • 56 slides

DSP for FPGA

DSP for FPGA. SYSC5603 (ELG6163) Digital Signal Processing Microprocessors, Software and Applications Miodrag Bolic. Objectives. Comparison between PDSP and FPGA Virtex II Pro Altera Stratix FPGA Stratix DSP Block and its configuration Altera design flow. What Is an FPGA?.

1.37k views • 47 slides

On-the-Fly Pipeline Parallelism

563 views • 46 slides

SEQUENTIAL LOGIC

SEQUENTIAL LOGIC. Sequential Logic. Positive Feedback: Bi-Stability. Meta-Stability. Gain should be larger than 1 in the transition region. R. S. Q. Q. S. 0. Q. 0. Q. S. Q. 0. 0. 1. 1. Q. R. 0. 1. 0. 1. R. 1. 0. 1. 0. S. Q. Q. R. SR-Flip Flop. Q. Q. R. S. Q.

608 views • 40 slides

The Big Picture

f1. f2. f5. f3. f4. i. p. s. q. j. fp. f3. The Big Picture. SPEC. Requirements. Problem Focus. Algorithms. f2() { f3(s2, &j, &i); *s2->p = 10; i = *s2->q + i; }. Prog. Lang./OS. i1: ld r1, b <p1> i2: ld r2, c <p1> i3: ld r5, z <p3>

371 views • 37 slides

CS 7810 Lecture 2

442 views • 34 slides

Recap (Pipelining)

Recap (Pipelining). What is Pipelining?. A way of speeding up execution of tasks Key idea : overlap execution of multiple taks. Automobile Manufacturing. 1. Build frame. 60 min. 2. Add engine. 50 min. 3. Build body. 80 min. 4. Paint. 40 min. 5. Finish. 45 min. 275 min.

466 views • 31 slides

November 16, 2012 Seo -Young Noh Haengjin Jang { rsyoung , hjjang }@kisti.re.kr

Status Updates on STAR Computing at KISTI. November 16, 2012 Seo -Young Noh Haengjin Jang { rsyoung , hjjang }@kisti.re.kr. Contents. Introduction to GSDC Computing Resources STAR Computing MoU Summary & Conclusions. Introduction to GSDC. Organization.

556 views • 30 slides

DLL Algorithm

DLL Algorithm. How to realize search in hardware. We need to realize hardware stack Tree search is organized with hardware stack. The node of the tree is variable. The item on the stack is a sum of three literals (in 3SAT, can be more in general POS SAT).

355 views • 27 slides

Terms 2

Terms 2 CPU CPU (Central Processing Unit ) The CPU is the brain of the computer. Sometimes referred to simply as the processor or central processor, the CPU is where most calculations take place. In terms of computing power, the CPU is the most important element of a computer system

556 views • 24 slides

Follow-up Courses

Follow-up Courses. ECE Departmen t. Programs. MS in Electrical Engineering MS EE. MS in Computer Engineering MS CpE. COMMUNICATIONS & NETWORKING. DIGITAL SYSTEMS DESIGN. MICROPROCESSORS & EMBEDDED SYSTEMS. SIGNAL PROCESSING. CONTROL & ROBOTICS. COMPUTER NETWORKS. MICROELECTRONICS/

321 views • 23 slides

Pipelining

Pipelining. Author: Keng Teng Lao CS 147 Section 2. Overview. Concept of Pipelining Understanding of Pipelining Software Pipelining Hardware Pipelining How pipelining increase performances Pipelining Architecture. Concept of Pipelining.

601 views • 21 slides

Pipelining

Pipelining. Author: Keng Teng Lao CS 147 Section 2. Overview. Concept of Pipelining Understanding of Pipelining Software Pipelining Hardware Pipelining How pipelining increase performances Pipelining Architecture. Concept of Pipelining.

454 views • 21 slides

5-Stage Pipelining

5-Stage Pipelining. S 1. 1. 2. 3. 4. 5. 6. 7. 8. 9. S 2. 1. 2. 3. 4. 5. 6. 7. 8. S 3. 1. 2. 3. 4. 5. 6. 7. S 4. 1. 2. 3. 4. 5. 6. S 5. 1. 2. 3. 4. 5. S 1. S 2. S 3. S 4. S 5. Fetch Instruction (FI). Decode Instruction (DI). Fetch Operand

617 views • 19 slides

Seoul National University

Seoul National University. P ipelining Basics. Seoul National University. Sequential Processing. Seoul National University. Pipelined Processing. Seoul National University. Basic Steps of Execution. 1. Instruction fetch step ( F ) 2. Instruction decode/register fetch step ( D )

367 views • 15 slides

280 views • 12 slides