'Code scheduling' presentation slideshows

P ath & E dge P rofiling

P ath & E dge P rofiling. Continuous. Michael Bond, UT Austin Kathryn McKinley, UT Austin. Why profile?. Inform optimizations Target hot code Inlining and unrolling Code scheduling and register allocation Increasingly important for speculative optimization

631 views • 54 slides

P ath & E dge P rofiling

P ath & E dge P rofiling. Continuous. Michael Bond, UT Austin Kathryn McKinley, UT Austin. Presented by: Yingyi Bu. Why profile?. Inform optimizations Target hot code Inlining and unrolling Code scheduling and register allocation Increasingly important for speculative optimization

649 views • 54 slides

Instructor: Justin Hsia

565 views • 48 slides

A Framework for Studying Effects of VLIW Instruction Encoding and Decoding Schemes

A Framework for Studying Effects of VLIW Instruction Encoding and Decoding Schemes. Anup Gangwar. November 28, 2001. Overview. The VLIW code size expansion problem What all such a framework needs to support? Trimaran compiler infrastructure The HPL-PD architecture

458 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

442 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

321 views • 31 slides

ARM CPU Internal II

ARM CPU Internal II. Prof. Taeweon Suh Computer Science Education Korea University. Conditional Execution. Most ARM instructions can be conditionally executed

431 views • 30 slides

Overview of the IBM Java Just-in-Time Compiler

Overview of the IBM Java Just-in-Time Compiler. Presenters: Zhenhua Liu, Sanjeev Singh. Reference.

248 views • 24 slides

Research Topics

Research Topics. CSC 3990. Parallel Computing & Compilers. CSC 3990. What is a Compiler?. Compiler Converts source code into machine code Automatic Relieve programmer from having to know about machine (processor). What is a Parallel Compiler?. Parallel Compiler

311 views • 18 slides

Multiple Instruction Issue

Multiple Instruction Issue. Multiple instructions issued each cycle ? better performance increase instruction throughput decrease in CPI (below 1) ? greater hardware complexity, potentially longer wire lengths ? harder code scheduling job for the compiler Superscalar processors

316 views • 16 slides

Multiple Instruction Issue

Multiple Instruction Issue. Multiple instructions issued each cycle ? better performance increase instruction throughput decrease in CPI (below 1) ? greater hardware complexity, potentially longer wire lengths ? harder code scheduling job for the compiler Superscalar processors

277 views • 16 slides