編譯原理

內(nèi)容概要

《編譯原理:包含代數(shù)方法的新編譯方法(英文版)》通過把編程語言的編譯同人類對自然語言的理解過程進(jìn)行類比來闡述編譯程序的思想，采用標(biāo)記法來創(chuàng)建源語言、中間語言和目標(biāo)語言的符號，生動地描述了多層次編譯程序的編譯過程；詳細(xì)地介紹了LL（1）和LR（1）的分析方法，不僅可以幫助讀者了解如何做，還使他們知道為什么這樣做；同時介紹了編譯程序的設(shè)計方法，引入了一個重要的方法——代數(shù)形式化方法。
《編譯原理:包含代數(shù)方法的新編譯方法(英文版)》適合作為計算機(jī)和電子專業(yè)本科生和研究生教材，也可供相關(guān)學(xué)科研究人員參考。

書籍目錄

Chapter 1 Introduction
 1.1 Language and Mankind
 1.2 Language and Computer
 1.3 Compilation of Programming Languages
 1.4 Number of Passes of Compiler
 1.5 An Example of Compilation of a Statement
 1.6 Organization of the Book
 Problems
 References
Chapter 2 Grammars and Languages
 2.1 Motivation of the Chapter
 2.2 Preliminary Knowledge
 2.3 Grammar
 2.4 Language
 2.5 Language Generated by a Grammar
 2.6 Turing Machine
 2.7 Issues Concerning Grammars and Languages
 Problems
 References
Chapter 3 Finite State Automata and Regular
 Languages
 3.1 Motivations of the Chapter
 3.2 Languages, Grammars and Automata
 3.3 Deterministic Finite Automata
 3.4 Nondeterministic Finite Automata
 3.5 Regular Expressions
 3.6 Regular Grammar
 3.7 Kleene's and Moore's Theorems
 3.8 Pumping Theorems and Closure Properties for LREG
 3.9 Applications of Finite Automata
 3.10 Variants of Finite Automata
 Problems
 References
Chapter 4 Lexical Analysis
 4.1 Motivation of the Chapter
 4.2 Lexical Analyzer
 4.3 Output of Lexical Analyzer
 4.4 Error Handling
 Problems
 References
Chapter 5 Push-Down Automata and Context-Free Languages
 5.1 Motivation of the Chapter
 5.2 Push-Down Automata
 5.3 Context-Free Languages （LCF）
 5.4 Pumping Theorems for Context-Free Languages
 5.5 Push-Down Automata and Context-Free Languages
 5.6 Applications of Context-Free Languages
 5.7 Turing Machines
 5.8 Turing Machines as Language Accepters
 5.9 Equivalence of Various Turing Machines
 5.10 Recursively Enumerable Languages （LRE）
 5.11 Context-Sensitive Languages （LCS）
 5.12 Hierarchy of Machines, Grammars and Languages
 5.13 Relations Among Machines, Languages and Grammars
 5.12.1 Hierarchy of Machines
 Problems
 References
Chapter 6 Context-Free Grammars
 6.1 Motivation of the Chapter
 6.2 Context-Free Grammars
 6.3 Characteristics of Context-Free Grammars
 Problems
 ……
Chapter 7 Syntax Analysis
Chapter 8 Attribute Grammars and Analysis
Chapter 9 Algebraic Method of Compiler Design
Chapter 10 Generation of Intermediate Code
Chapter 11 Debugging and Optimization
Chapter 12 Storage Management
Chapter 13 Generation of objece code
Chapter 14 Compilation of object-oriented Languages
Chapter 15 Compilation of parallel Languages
Chapter 16 Compilation of Grid Computing
Index

章節(jié)摘錄

　　1） The high efficiency of the execution of programs.　　Initially， when talking about high efficiency， almost no exception， it meant the efficiency of the execution of the programs. And this entails the quality of the compiler that compiles the source programs to object programs with the high efficiency of the execution. Therefore， it may involve the design of the optimal compiler， the efficient register allocation， as well as the mechanism design for supporting the running of programs. Though the efficiency of the execution of programs is intimately related to the design of the language， the quality of the compilation by the compiler decidedly affects the efficiency of the execution of the programs.　　2） The efficiency of the compilatin.　　Probably， this point is just consistent with what Wirth expressed. The large-scale productive program means that they frequently run. Hence the saving of even only few minutes is still crucial if the great number of running is taken into account for every day. This is why it becomes an issue which people are concerned with. The issue is related to the quality of the compiler. The other kind of the program is also related to the quality of the compiler. It is the compiler that is in charge of the compilation of student programs or programs used for teaching. Typically， the programs written by students will not be used for production. They were the results of their learning. Only the correctness is concerned. Therefore， we just need to make the compiler working efficiently to compile the program to point out the errors （if any） in the program. Therefore， in this situation the important thing is still the fast translation of the compiler， rather than that compiler can produce the object program with high execution efficiency and optimization. 　　……?

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