A compiler translates the code written in one language to some other language without changing the meaning of the program. ... Compiler design covers basic translation mechanism and error detection & recovery. It includes lexical, syntax, and semantic analysis as front end, and code generation and optimization as back-end....
A compiler translates the code written in one language to some other language without changing the meaning of the program. ... Compiler design covers basic translation mechanism and error detection & recovery. It includes lexical, syntax, and semantic analysis as front end, and code generation and optimization as back-end....
Mod-01 Lec-01 An Overview of a Compiler
55mMod-02 Lec-02?An Overview of a Compiler - Part 2 and Run-Time Environments - Part?1
57mAn Overview of a Compiler Part 2 and Run-Time Environments - Part 1
57mRun-Time Environments - Part 2
57mRun-Time Environments - Part 3 and Local Optimizations - Part 1
56mRun-Time Environments Part 3 and Local Optimizations - Part 1
56mLocal Optimizations - Part 2 and Code Generation Part 1
56mLocal Optimizations - Part 2 and Code Generation - Part 1
56mCode Generation - Part 1
56mCode Generation - Part 2
56mCode Generation - Part 3 and Global Register Allocation - Part 1
56mCode Generation - Part 3 and Global Register Allocation Part 1
55mGlobal Register Allocation - Part 2
55mGlobal Register Allocation - Part 3 and Implementing Object-Oriented Languages - Part 1
53mGlobal Register Allocation - Part 3 and Implementing Object-Oriented Languages Part 1
57mImplementing Object-Oriented Languages - Part 2 and Introduction to Machine-Independent?
57mImplementing Object-Oriented Languages - Part 2 and Introduction to Machine-Independent Optimization
57mIntroduction to Machine-Independent Optimizations - Part 2 and Data-Flow Analysis?
57mIntroduction to Machine-Independent Optimizations - Part 2 and Data-Flow Analysis?
56mData-Flow Analysis - Part 2
56mData-Flow Analysis - Part 3 and Control-Flow Analysis - Part 1
56mMachine-Independent Optimizations - Part 1
55mMachine-Independent Optimizations - Part 2
55mMachine-Independent Optimizations - Part 3 and Data-Flow Analysis: Theoretical Foundation?
55mData-Flow Analysis - Part 3 and Control-Flow Analysis Part 1
57mControl-Flow Analysis - Part 2
57mMachine-Independent Optimizations - Part 3 and Data-Flow Analysis: Theoretical Foundation Part 1
55mData-Flow Analysis: Theoretical Foundation - Part 2 and Partial Redundancy Elimination - Part 1
53mData-Flow Analysis: Theoretical Foundation - Part 2 and Partial Redundancy Elimination Part 1
53mPartial Redundancy Elimination - Part 2
56mThe Static Single Assignment Form: Construction and Application to Program Optimizations - Part 1
56mThe Static Single Assignment Form: Construction and Application to Program Optimizations - Part 2
56mThe Static Single Assignment Form: Construction and Application to Program Optimizations - Part 3
56mAutomatic Parallelization - Part 1
58mAutomatic Parallelization - Part 2
58mAutomatic Parallelization - Part 3
58mAutomatic Parallelization - Part 4
58mInstruction Scheduling - Part 3
56mInstruction Scheduling - Part 2
56mInstruction Scheduling - Part 1
56m?Software Pipelining
53mEnergy-Aware Software Systems - Part 4
53mEnergy-Aware Software Systems - Part 3
53mEnergy-Aware Software Systems - Part 2
53mEnergy-Aware Software Systems - Part 1
53mJust-In-Time Compilation and Optimizations for .NET CLR
53mInterprocedural Data-Flow Analysis
54mAutomatic Parallelization - Part 1
56mAutomatic Parallelization - Part 2
56mAutomatic Parallelization - Part 3
57mAutomatic Parallelization - Part 4
58mGarbage Collection
54mWorst Case Execution Time - Part 1
54mWorst Case Execution Time - Part 2
44m