Automotive Domain Control Technology
Applications in New Energy Vehicles
- 1st Edition - October 1, 2026
- Latest edition
- Authors: Shi Luo, Zhigang Chen, Chao Zheng
- Language: English
Automotive Domain Control Technology: Applications in New Energy Vehicles provides a solid foundation for readers to understand the technical systems of domain controllers. For mo… Read more
Description
Description
Automotive Domain Control Technology: Applications in New Energy Vehicles provides a solid foundation for readers to understand the technical systems of domain controllers. For more experienced readers, the book introduces advanced theoretical work and technologies. A domain controller in the automotive world is a centralized computer that manages specific functions within a vehicle, referred to as "domains." These domains can include areas such as active safety, powertrain, body and chassis and user experience. Readers are provided with comprehensive coverage of the technology: from architectural features to design methodology. The authors share their rich practical experience to enhance readers’ understanding of the technologies and their real-world applications. Relevant international standards and regulatory measures are discussed and interpreted to assist industry professionals and practitioners. The thorough, systematic approach from essential technological concepts to introducing advanced technologies situates the book as a solid introduction for senior undergraduates, and is also a valuable theoretical and practical reference resource for more experienced professionals and researchers.
Key features
Key features
- A comprehensive analysis of the key components and development trends in domain controller technology for new energy vehicles
- Combines current theoretical development with practical application, drawn from the authors’ extensive engineering experience
- Provides insights into the design methods and application characteristics of domain controllers in new energy vehicles
- Introduces the specific structural characteristics of vehicle ethernet as the central control communication method
Readership
Readership
Engineers, other industry professionals and researchers in automotive electronic control technology; new energy vehicle electronic control system developers
Table of contents
Table of contents
1. Preface
1.1 Overview of automotive electrical and electronic architecture
1.2 Classification of domain controller based electrical architecture for automotive electronics
1.3 Development of domain controllers
2. New energy vehicle electrical and electronic architecture
2.1 Functional requirements for new energy vehicle electronic and electrical systems
2.2 Functional safety in the design of electronic and electrical architectures for new energy vehicles
2.3 Electrical and electronic architecture design platforms
3. Automotive ethernet
3.1 Vehicular ethernet physical layer
3.2 Vehicle ethernet topology architecture
3.3 Introduction to the DOIP protocol
3.4 SOME/IP protocol
3.5 AVB protocol
4. New energy vehicle power chassis domain
4.1 Common new energy vehicle power domain
4.2 New energy vehicle chassis domain controller
4.3 Application of in-line control technology in the power chassis domain
5. Intelligent cockpit and body domain for new energy vehicles
5.1 Intelligent cockpit and body domain architecture
5.2 Common smart cockpit and body domain subsystems
5.3 Introduction to the LIN bus
6. Domain controller operating systems and standards
6.1 OSEK/VDX operating system
6.2 Domain controller-based calibration and brushing
6.3 Over-the-air swiping technology for automotive smart devices
1.1 Overview of automotive electrical and electronic architecture
1.2 Classification of domain controller based electrical architecture for automotive electronics
1.3 Development of domain controllers
2. New energy vehicle electrical and electronic architecture
2.1 Functional requirements for new energy vehicle electronic and electrical systems
2.2 Functional safety in the design of electronic and electrical architectures for new energy vehicles
2.3 Electrical and electronic architecture design platforms
3. Automotive ethernet
3.1 Vehicular ethernet physical layer
3.2 Vehicle ethernet topology architecture
3.3 Introduction to the DOIP protocol
3.4 SOME/IP protocol
3.5 AVB protocol
4. New energy vehicle power chassis domain
4.1 Common new energy vehicle power domain
4.2 New energy vehicle chassis domain controller
4.3 Application of in-line control technology in the power chassis domain
5. Intelligent cockpit and body domain for new energy vehicles
5.1 Intelligent cockpit and body domain architecture
5.2 Common smart cockpit and body domain subsystems
5.3 Introduction to the LIN bus
6. Domain controller operating systems and standards
6.1 OSEK/VDX operating system
6.2 Domain controller-based calibration and brushing
6.3 Over-the-air swiping technology for automotive smart devices
Product details
Product details
- Edition: 1
- Latest edition
- Published: October 1, 2026
- Language: English
About the authors
About the authors
SL
Shi Luo
Dr Shi Luo is an Associate Professor, School of Automobile and Traffic Engineering, Jiangsu University, China. He works in the field of automotive electronics and control technology
Affiliations and expertise
Jiangsu University, ChinaZC
Zhigang Chen
Dr. Zhigang Chen is Professor in Energy Materials at the Queensland University of Technology, Australia. His expertise is in thermoelectrics, nanoelectronics, optoelectronics, and advanced microscopy. Prof. Dr. Chen has contributed more than 380 original journal publications, including top ranking journals, such as Chemical Reviews, Nature Nanotechnology, Energy & Environmental Science, Progress Materials Science, Journal of the American Chemical Society, Angewandte Chemie-International Edition, Advanced Materials, Advanced Energy Materials, and Advanced Functional Materials.
Affiliations and expertise
Professor of Energy Materials at the School of Chemistry and Physics, Queensland University of Technology, Brisbane, AustraliaCZ
Chao Zheng
Dr Chao Zheng is senior engineer; he is mainly engaged in automotive electronic control hardware, embedded software, and AUTOSAR architecture development
Affiliations and expertise
Senior Engineer