'1 cycle' presentation slideshows

Code Scheduling

Code Scheduling. Outline. Modern architectures Delay slots Introduction to instruction scheduling List scheduling Resource constraints Interaction with register allocation Scheduling across basic blocks Trace scheduling Scheduling for loops Loop unrolling Software pipelining.

1.57k views • 127 slides

Ultrasonic Testing

Ultrasonic Testing. ??????? ????????????? ??????? ??? ???????. Shokoh manesh asghar & Hammori amin supervisor : Dr Moeinifar. Introduction to Nondestructive Testing. Six Most Common NDT Methods. Visual Liquid Penetrant Magnetic Ultrasonic Eddy Current X-ray.

2.34k views • 125 slides

Waves

969 views • 77 slides

615 views • 49 slides

CpE 442 Designing a Pipeline Processor (lect. II)

492 views • 41 slides

Why Design Must Change: Rethinking Digital Design

467 views • 33 slides

Codes, Ciphers, and Cryptography-Ch 3.1

Codes, Ciphers, and Cryptography-Ch 3.1. Michael A. Karls Ball State University. Substitution and Permutation Ciphers. In Chapter 1 we looked at various examples of monoalphabetc substitution ciphers. A convenient way to describe these ciphers is via permutations !. Functions.

561 views • 33 slides

A first attempt at learning about optimizing the TigerSHARC code

A first attempt at learning about optimizing the TigerSHARC code. TigerSHARC assembly syntax. What we NOW KNOW!. Can we return from an assembly language routine without crashing the processor? Return a parameter from assembly language routine (Is it same for ints and floats?)

440 views • 32 slides

441 views • 31 slides

Static Code Scheduling

Static Code Scheduling. CS 671 April 1, 2008. Code Scheduling. Scheduling or reordering instructions to improve performance and/or guarantee correctness Important for dynamically-scheduled architectures Crucial (assumed!) for statically-scheduled architectures, e.g. VLIW or EPIC

439 views • 31 slides

Asia and South Pacific Design Automation Conference Taipei, Taiwan R.O.C. January 21, 2010

A High-Level Synthesis Flow for Custom Instruction Set Extensions for Application-Specific Processors. Nagaraju Pothineni Google, India. Philip Brisk UC Riverside. Paolo Ienne EPFL. Anshul Kumar IIT Delhi. Kolin Paul IIT Delhi. Asia and South Pacific Design Automation Conference

384 views • 29 slides

CS 230: Computer Organization and Assembly Language

CS 230: Computer Organization and Assembly Language. Aviral Shrivastava. Department of Computer Science and Engineering School of Computing and Informatics Arizona State University. Slides courtesy: Prof. Yann Hang Lee, ASU, Prof. Mary Jane Irwin, PSU, Ande Carle, UCB. Announcements.

325 views • 25 slides

Test 1 Postmortem

349 views • 19 slides

A 400 MHz 0.934ps rms Jitter Multiplying Delay Lock Loop in 90-nm CMOS Process

A 400 MHz 0.934ps rms Jitter Multiplying Delay Lock Loop in 90-nm CMOS Process. Chiou-Bang Chen , Horng-Yuan Shih Industrial Technology Research Institute. Outline. Introduction of frequency synthesizers Design objective M DLL topology and principle Measurement results Conclusions.

399 views • 19 slides

How Do I Get Paid?

444 views • 19 slides

Lecture 13 Main Memory

358 views • 18 slides

IVF (In Vitro Fertilization)

989 views • 18 slides

Group M1 - Enigma Machine

Group M1 - Enigma Machine. Design Manager: Prateek Goenka Adithya Attawar (M1-1) Shilpi Chakrabarti (M1-2) Zavo Gabriel (M1-3) Mike Sokolsky (M1-4). Milestone #3 - 2/6/06 Size Estimation Floorplanning. Status Update. Completed: Design Chosen Initial Architecture

317 views • 13 slides

Even if you never try, I suggest you try You Cycle Just with 2 Levels

Even if you never try, I suggest you try You Cycle Just with 2 Levels You Cycle with Just 6 people, You on top You Cycle having 4 people on the 1 st Level You will TRIPLE your Capital if you follow the presentation Its simple, you make sure everybody in your team brings 2people.

179 views • 9 slides

*PCI for good responders

R. R. Group A. A. A. EP+CDDP. N. N. EP+CDDP. 3 cycles*. LD. -. -. D. D. 1 cycle. SCLC. O. O. XRT (BID). M. M. PS 0-1. 45 Gy/30 fx. I. I. Group B. Z. Z. CPT. CPT. -. -. 11+CDDP. 11+CDDP. E. E. 3 cycles*. 3 cycles*. *PCI for good responders.

110 views • 1 slides