交通规划是交通工程专业的必修专业课，包含交通工程、土木工程（道路、桥梁、建筑）、经济学、数学、系统工程、计算机应用等多学科知识，集理论与实践于一体。王元庆，马书红编著的《交通规划（英文版）》共分为十二章，内容包括：交通系统的基本概念，交通数据的基本概念，采集与分析方法及常用软件，四阶段交通模型的原理、算法及应用，交通模型的校核与验证，公交规划技术，交通规划方案评价等。本书为全英文教材。可作为高等院校交通工程专业、交通运输专业、土木工程专业双语课程教材，也可供从事交通工程研究的专业技术人员参考。

Chapter 1 Introduction
1.1 Overview
1.2 The Development and Evolution of Transportation Planning
1.3 Transportation Planning Process and Results
1.4 Typical Planning Issues of Transportation Planning
1.5 Technical Composition of Transportation Planning
1.6 The Contents of this Book
1.7 The Knowledge System Involved in Transportation Planning
1.8 Learning Methods for this Book
Exercises
References
Chapter 2 Transportation Planning Data
2.1 Introduetion
2.2 Data Types and Zone Division
2.3 Data in Transportation Planning
2.4 Data Collection Methods
2.5 Design and Implementation of Person Trip Survey
2.6 Data Analysis and Error Study
2.7 Summary of Data Usage in Traffic Planning
Exercises
References
Chapter 3 Transportation Model
3.1 Introduction
3.2 Transportation Model
3.3 The Urban Transportation Model
3.4 The Regional Transportation Model
3.5 The Direct Demand Model
3.6 The Hybrid Model
3.7 Model Calibration and Validation
3.8 The Prospect
References
Chapter 4 Trip Generation
4.1 Overview
4.2 A Historical Review of Trip Generation Research
4.3 Analysis Unit
4.4 Factors Affecting Trip Production
4.5 Factors that Affect Trip Attraction
4.6 Methods of Transportation Generation
4.7 Other Models of Trip Generation
4.8 Production and Attraction Balance
4.9 Evaluation of Disaggregate Model and Aggregate Model
4.10 Problems of the Trip Generation Model
References
Chapter 5 Trip Distribution Models
5.1 Definitions
5.2 Growth Factor Methods
5.3 The Gravity Models
5.4 Other Trip Distribution Models
5.5 Comparative Analysis of Different Models
5.6 Other Problems Need to Be Considered
Exercises
References
Chapter 6 Modal Split Models
6.1 Overview
6.2 The Main Factors Affecting Modal Split
6.3 Commonly Used Methods
6.4 Classification and Characteristics of Logit Model
6.5 Calibration and Solution of Logit Model
6.6 Probit Model
6.7 Application of Logit Model in Traffic System Analysis
6.8 Problems and Summary
Exercises
References
Chapter 7 Trip Assignment
7.1 Literature Review
7.2 Basic Assignment
7.3 Computer Representation of Traffic Network
7.4 Shortest Path Selection
7.5 Trip Assignment Method
7.6 Trip Assignment Preparation
7.7 Trip Assignment Frequently Asked Questions
7.8 Results of Trip Assignment and Evaluation
Exercises
References
Chapter 8 Model Calibration and Validation
8.1 Concept
8.2 The Importance of Calibration and Accreditation of Transportation Model
8.3 Data Validity Check
8.4 Trip Generation Validation
8.5 Trip Distribution Validation
8.6 The Verification of Modal Split
8.7 Verification of Trip Assignment
8.8 Model Linkage Test and Calibration
8.9 Over-assignment
References
Chapter 9 Public Transport Planning Technology
9.1 Role of Public Transport in Urban Transport System
9.2 Urban Public Transit Priority Strategies
9.3 The Process for Bus Hub and Network Planning
9.4 Public Transport Network Layout Method
9.5 Transit Model
9.6 Transit Service Evaluation
9.7 Public Transport Facility Design
References
Chapter 10 Method of Initial Transportation Programming
10.1 Summary of Transportation Programming Process
10.2 Regional Road Network Programming Schemes
10.3 Urban Central Area Traffic Network Distribution
10.4 Urban New Development Area Rail Transit Planning in Hong Kong
10.5 Multi-dimensional Alternatives
References
Chapter 11 Technique for Transportation Planning Decision-making Life Cycle Cost and Impact Analysis
11.1 Life Cycle Costing（LCC）
11.2 Life Cycle Assessment of Energy and Emissions
11.3 Game Theory
11.4 Monte Carlo Simulation
References
Chapter 12 Evaluation Method of Transport Decision Making
12.1 Typical Evaluati