Compilers Techniques

Compilers Techniques课程：前往报名学习

Compilers Techniques视频慕课课程简介：

Compiler techniques is a major course of computer, software engineering, and artificial intelligence. It is an important course with strong practicality and technicality. The main task of this course is to comprehensively introduce the general principle and basic implementation method of compilers construction. Through the study of this course, students can master the basic process and method of compilers software design.

前往报名学习

Compilers Techniques课程列表：

1 Overview of Compilers Techniques

-1.1 Overview of Compilers Techniques

--Chapter 1 Overview of Compilers Techniques

--Overview of Compilers Techniques

2 Lexical Analysis

-2.1  Lexical Tokens, Strings and Language

--2.1  Lexical Tokens, Strings and Language

--2.1 Lexical Tokens, Strings and Language

-2.2  Regular form

--2.2 Regular form

--2.2 Regular form

-2.3  Finite automata

--2.3 Finite automata

--2.3 Finite automata

-2.4  DFA construction, Subset construction, Simpleset DFA

--2.4  DFA construction, Subset construction, Simpleset DFA

-2.5 Lex

--2.5 Lex

3 Syntax Analysis

-3.1 Context-free Grammars

--3.1.1 The Role of the Parser

--3.1.2 The Formal Definition of a Context-free Grammar

--3.1.3 Derivations

--3.1.4 Ambiguity

-3.2 Writing a Grammar

--3.2.1 Elimination of Left Recursion

--3.2.2 Left Factoring

--3.2 Top-Down Parsing

-3.3 Languages and Grammars

--3.3 Languages and Grammars

--3.3 Language and Grammars

-3.4 Top-Down Parsing

--3.4.1 First and Follow

--3.4.2 LL(1) Grammers

--3.4.3 Recursive Descent Analysis

--3.4.4 Nonrecursive Descent Analysis

-3.5 Bottom-up Parsing

--3.5.1 Reductions and Handle

--3.5.2 Shift- Reduce Parsing

--Bottom-up Parsing

-3.6 LR Parsing

--3.6.1 LR Parsing

--3.6.2 Viable Prefixes

--3.6.3 Simple LR

--3.6.4 LR(1)

--3.6.5 LALR

--3.6.6 Characteristics of LR Parsing

--3.6.7 Non Ambiguous and Not LR Context-Free Grammars

4 Syntax-Directed Translation

-4.1 Syntax-Directed Definitions

--4.1.1 Attribute Grammars

--4.1.2 Attribute Dependency Graphs and Ordering the Evaluation of Attributes

--Syntax-Directed Definitions

-4.2 Bottom-Up Calculation of S Attribute

--4.2.1 Bottom-Up Calculation of S-Attributed

--4.2.2 Stack Code

-4.3 L-Attributed Definitions

--4.3.1 L-Attributed Definitions

--4.3.2 Translation Schemes

--4.3.3 Design of Predictive Translator

--L-Attributed Definitions

-4.4 Bottom-Up Parsing of L-Attributed Translation

--4.4.1 Bottom-Up Parsing of L-Attributed Translation

--4.4.2 Simulate the Parsing of Inherited Properties

--Bottom-Up Parsing of L-Attributed Translation

5 Organization and Management of Run-Time Storage Space

-5.1 Overview

--5.1 Overview

--Overview

-5.2 Global Stack Storage

--5.2 Global Stack Storage

-5.3 Calling Sequences

--5.3 Calling Sequences

-5.4 Non Local Names

--5.4 Non Local Names and dynamic scope

--Non Local Name

6 Intermediate Code Generation

-6.1 Overview of Intermediate Code Generation

--6.1 Overview of Intermediate Code Generation

-6.2 Declaration Statements

--6.2 Declaration Statements

7 Code Generation

-7.1 Issues in the Design of Code Generator

--7.1 Issues in the Design of Code Generator

-7.2 Target Machine

--7.2 Target Machine

--Target Machine

-7.3 Basic Blocks and Flow Graphs

--7.3 Basic Blocks and Flow Graphs

-7.4 A Simple Code Generator

--7.4 A Simple Code Generator

8 Design and Implementation of a Simple Compiler

-8.1 Demonstration of Compiler Framework based on Python

--8.1 Demonstration of Compiler Framework based on Python

-8.2 Basic

--8.2.1 Scanner

--8.2.2 Parser -1LRItem

--8.2.3 Parser-2ActionGoto

--8.2.4 SA

-8.3 SimpleJava

--8.3 SimpleJava

Compilers Techniques开设学校：大连理工大学

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