Compiler Design

11.

Advanced Compilation Topics

11.1.

Object-Oriented Language Compilation

11.1.1.

Object Representation

11.1.2.

Class Hierarchy Implementation

11.1.3.

Method Dispatch

11.1.3.1.

Static Dispatch

11.1.3.2.

Dynamic Dispatch

11.1.3.3.

Virtual Function Tables

11.1.4.

Inheritance Implementation

11.1.4.1.

Single Inheritance

11.1.4.2.

Multiple Inheritance

11.1.4.3.

Virtual Inheritance

11.1.5.

Polymorphism Support

11.1.6.

Access Control Implementation

11.2.

Functional Language Compilation

11.2.1.

Higher-Order Functions

11.2.2.

Closure Representation

11.2.3.

Tail Call Optimization

11.2.4.

Lazy Evaluation Implementation

11.2.5.

Pattern Matching Compilation

11.2.6.

Continuation Passing Style

11.3.

Parallel and Concurrent Compilation

11.3.1.

Parallel Architecture Targets

11.3.2.

Thread Management

11.3.3.

Synchronization Primitives

11.3.4.

11.3.5.

Automatic Parallelization

11.3.5.1.

Loop Parallelization

11.3.5.2.

Data Dependence Analysis

11.3.5.3.

Parallel Loop Generation

11.3.6.

Task-Based Parallelism

11.4.

Just-In-Time Compilation

11.4.1.

JIT Architecture

11.4.2.

Runtime Code Generation

11.4.3.

Adaptive Optimization

11.4.4.

11.4.5.

Mixed-Mode Execution

11.5.

Domain-Specific Optimizations

11.5.1.

Numerical Computing Optimizations

11.5.2.

Graphics and GPU Compilation

11.5.3.

Embedded System Compilation

11.5.4.

Real-Time System Compilation

11.6.

Modern Compilation Techniques

11.6.1.

Link-Time Optimization

11.6.2.

Profile-Guided Optimization

11.6.3.

Feedback-Directed Optimization

11.6.4.

Machine Learning in Compilation

11.6.5.

Superoptimization

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12. Compiler Construction Tools and Techniques