'Execution order' diaporamas de présentation

V + Training Class

V + Training Class. Introductory V + Intermediate V + V+ Exercises Class Project. Introduction to V +. Form Basic Understanding of V+ Intermediate V+ Advanced V+. Why V + Was Developed. Ease of concept to design High cost of application Development Maximize software reuse

1.05k views • 86 slides

V + Training Class

V + Training Class. Introductory V + Intermediate V + V+ Exercises Class Project. Introduction to V +. Form Basic Understanding of V+ Intermediate V+ Advanced V+. Why V + Was Developed. Ease of concept to design High cost of application Development Maximize software reuse

1.07k views • 86 slides

Computer Structure MIPS Pipeline

Computer Structure MIPS Pipeline. Lihu Rappoport and Adi Yoaz. Some of the slides were taken from: (1) Avi Mendelson (2) Randi Katz (3) Patterson . Program execution order. Program execution order. Time. Time. lw R1, 100(R0). lw R1, 100(R0). lw R2, 200(R0). lw R2, 200(R0).

774 views • 63 slides

Parallel Futures of a Game Engine (v2.0)

760 views • 50 slides

526 views • 45 slides

Deadlock Solutions: Avoidance, Detection, and Recovery

Deadlock Solutions: Avoidance, Detection, and Recovery. CS 241 March 30 , 2012 University of Illinois. Deadlock: definition. There exists a cycle of processes such that each process cannot proceed until the next process takes some specific action.

484 views • 37 slides

Synchronization and Ordering Semantics in Hybrid MPI+GPU Programming

Synchronization and Ordering Semantics in Hybrid MPI+GPU Programming. Ashwin M. Aji (Ph.D. Candidate), Wu-chun Feng ( Virginia Tech) Pavan Balaji, James Dinan, Rajeev Thakur ( Argonne National Lab .). Data Movement in CPU-GPU Clusters. GPU device memory. GPU device memory. PCIe. PCIe.

503 views • 36 slides

Optimizing single thread performance

Optimizing single thread performance. Locality and array allocation Dependence Loop transformations. Computer memory hierarchy. Implication: Explore data locality to achieve high performance Make sure that a program has a small footprint (to fix the upper level cache/registers).

476 views • 34 slides

Non-Blocking Communications

Non-Blocking Communications. Example. #include <mpi.h> #include <stdio.h> int main(int argc, char **argv) { int my_rank, ncpus; int left_neighbor, right_neighbor; int data_received=-1; int tag = 101; MPI_Status stat Send, statRecv ; MPI_Request reqSend, reqRecv;

367 views • 29 slides

Efficient Embedded Runtime Systems through Optimization of Port Communication

Efficient Embedded Runtime Systems through Optimization of Port Communication. Software Engineering Institute Carnegie Mellon University Pittsburgh, PA 15213 Peter H Feiler April 2, 2008. Outline. The problem Buffer lifespan model Buffer optimization considerations

313 views • 19 slides

224 views • 13 slides

? Scheme

231 views • 10 slides

In-order vs. Out-of-order Execution

In-order vs. Out-of-order Execution. In-order instruction execution instructions are fetched, executed & complete in compiler-generated order one stalls, they all stall instructions are statically scheduled by the hardware Out-of-order instruction execution

224 views • 5 slides