The Global Open-source Technology Conference (GOTC for short) is jointly sponsored by the Open Atom Open Source Foundation, Shanghai Pudong Software Park, Linux Foundation Asia Pacific and Open Source China, a grand open source technology conference for global developers feast.
GOTC 2023 will be held in Shanghai Zhangjiang Science Hall from May 27th to 28th. The conference will be presented in the form of industry exhibitions, keynote speeches, special forums, and sub-forums. Participants will discuss popular technical topics such as Metaverse, 3D and games, eBPF, Web3.0, and blockchain, as well as open source communities, AIGC, Hot topics such as automotive software, AI programming, open source education and training, cloud native, etc., discuss the future of open source and help open source development.
Among them, the OpenSDV software-defined car sub-forum will be held on May 28, with the OpenSDV Automotive Software Open Source Alliance as the producer. The registration channel for GOTC 2023 is now open: https://www.bagevent.com/event/8387611, to exchange and share the latest technologies, trends and ideas about software-defined cars, as well as the future development and challenges of software and cars.
Conference highlights:
- Open Source Governance Practice of Car Enterprises
- Open source operating system practice in the automotive field
- Construction practice of open source and open platform for automotive software
- Reflections on Automotive System and Software Security Compliance Issues
- A Roundtable Debate on Technology Expectations and Responses under the Trend of SDV
Producer of the special forum: OpenSDV Automotive Software Open Source Alliance
The OpenSDV Automotive Software Open Source Alliance was initiated under the guidance of the Science and Technology Development Bureau of the Chinese Academy of Sciences, led by the Institute of Software, Chinese Academy of Sciences, and participated by enterprises, institutions, social organizations, colleges and universities, and scientific research institutes in the automotive industry and related technical fields The Open Source Alliance formed. It aims to promote the development of automotive software open source projects, technological innovation and ecological integration, promote the improvement of automotive software capabilities, and support the healthy development of the automotive industry by building an open source R&D infrastructure for automotive software and an international open source community.
OpenSDV is promoting the construction of the alliance working group, including the developed operating system working group, infrastructure working group, the car cloud working group, the security working group, and the next-generation smart car software architecture and integration standards that are planned to be developed in the future. Group, to carry out related technical research, framework research and other work; the alliance is actively introducing and incubating open source projects, and the first phase plans to develop basic software open source projects such as automotive real-time operating systems, virtualization, and cloud native. OpenSDV looks forward to the participation of more domestic and foreign production, learning, research and developer groups, and will work together to create a first-class international open source community and jointly build an open source ecology for shared car software.
Topic: The road to practice of open source and open platform for automotive software
Guest: Ni Yongfu | Acting Secretary General of OpenSDV Automotive Software Open Source Alliance
Lecture time: 9:00 - 9:30
Introduction to the topic:
Under the trend of software-defined vehicles, the automotive industry is stepping up its efforts to embrace open source, and open source and open organizations for the automotive field are also emerging internationally. OpenSDV Automotive Software Open Source Alliance, as a professional open source organization for the automotive industry from China, is committed to building a global open source community with code as the core, and incubating open source projects with international influence. The aim is to coordinate domestic and foreign industry-university-research forces, strengthen the verticality, professionalism, and openness of the open source platform, and make bold explorations, beneficial practices, and positive contributions in promoting the open source and open development of automotive software and ecological construction.
Topic: Basic Light Series Operating System
Guest: Hu Zicheng | Linux Kernel R&D Engineer, Guoke Foundation Stone
Lecture time: 9:30 - 10:00
Introduction to the topic:
Chuguang operating system is a series of operating systems launched by Guoke Foundation Stone, including RTOS, Hypervisor, Linux/Auto operating system, which empowers the basic software in the era of software-defined automobiles and generates long-term sustainable value.
Topic: Sharing of Practical Experience in Open Source Governance by Car Enterprises
Guest: Wu Huikang | Head of OSPO of Jikr Automobile
Lecture time: 10:00 - 10:30
Introduction to the topic:
With the advancement of technologies such as Internet of Vehicles and intelligent driving, the automotive industry is entering a new era of software-defined vehicles. Behind the electrification, intelligence, networking, and sharing of automobiles is the increasing amount of code. It is estimated that the number of lines of source code used by automobiles will exceed 200 million in 2025, and with the continuous optimization of intelligent driving, it is expected to reach 1 billion. OK. Volkswagen predicts that software development costs will account for more than half of vehicle development costs around 2030. It is foreseeable that future cars will be software-defined cars, and who will define software, the answer is open source. As a new energy vehicle company, Jikr started the company's open source governance project less than a year after the company was established, established its own OSPO, and carried it out smoothly for more than a year.
Roundtable: "SDV 2025"
Guests:
Teng Zhaozhi (host of the round table) | OpenSDV Automotive Software Open Source Alliance Technology Ecological Leader
Zhang Yifeng | SAIC Software Architect Zhang Jiaju
| Red Hat Greater China Chief Architect Ning
Yuqiao |
Lecture time: 10:30 - 11:45
Introduction to the topic:
Discussion about future technologies expected in 2025, and the current stage of planning, design, and implementation needed to realize them.
Topic: Red Hat's car open source road
Guest: Jiang Yao | Chief Representative of Automotive Operating System in Greater China, Red Hat
Lecture time: 13:30 - 14:00
Introduction to the topic:
Based on the E/E architecture of the automotive industry and the technical development of ADAS/AD, we can look at the technology requirements of the smart car industry. And share Red Hat's car open source method, how to run the development of car operating system through community power.
Topic: Application Management Solution for Container-Based Vehicle Operating System
Guest: Wang Ding | R&D Director of Black Sesame Smart Technology Basic System
Lecture time: 14:00 - 14:30
Introduction to the topic:
For the on-board operating system represented by autonomous driving, the deployment and update of applications is a difficult problem. The main challenge comes from the complexity of application dependencies, and the fact that different applications depend on different versions of three-party libraries. This brings a lot of workload of dependency version update and verification.
The container-based in-vehicle operating system application management solution brought by Black Sesame Smart solves the above problems well.
Topic: Innovation Practice of KubeEdge Vehicle-Cloud Collaboration Platform
Guest: Wang Zefeng | Head of Huawei Cloud Native Open Source
Lecture time: 14:30 - 15:00
Introduction to the topic:
With the rapid development of intelligence and networking, the connection between automotive applications and the cloud is becoming increasingly close. With the help of cloud native technology, the electronic architecture can rapidly develop from a single-vehicle architecture to a vehicle-cloud collaborative architecture. This topic will share how KubeEdge realizes the innovative architecture of the vehicle-cloud collaboration platform through the combination of cloud-native and automotive applications, and builds a cloud-native technology ecosystem that meets the needs of the automotive industry.
Topic: Practice of RT-Thread Smart Operating System
Guest: Xiong Puxiang | Founder of RT-Thread
Lecture time: 15:00 - 15:30
Introduction to the topic:
Introduce the practice of RT-Thread Smart hybrid kernel operating system on a 64-bit multi-core heterogeneous SoC chip with large computing power, involving the knowledge and understanding of functional safety, and the practice at the level of system tuning
Topic: Rethinking the Security of Linux-Based Automotive Systems
Guest: Ding Tianhong | Huawei smart car basic software technology expert
Lecture time: 15:30 - 16:00
Introduction to the topic:
Linux is widely used in in-vehicle systems, especially in electric vehicles, and can handle infotainment systems very well, such as the IVI of the smart cockpit. However, the infotainment system is only a part of the overall car software system, and in-vehicle R&D engineers will question the role of Linux in Functional safety performance on critical systems (such as digital instrument clusters, ADAS, and autonomous driving), many companies (including Huawei) are trying to find a new way to use it, given that Linux has a rich ecosystem of AI, graphics, and middleware, Enables Linux to meet both security and ecosystem requirements. Therefore, I will share some experience of using Linux in vehicle systems and thinking about future development.
Topic: Clang Static Analysis and Symbolic Execution Based Vehicle Regulation Safety Detection Tool——zchecker
Guest: Wu Hualin | Co-founder and CTO of Zhaosong Technology
Lecture time: 16:00 - 16:30
Introduction to the topic:
Clang static analysis is a source code analysis tool based on the LLVM project for detecting bugs and potential problems in C, C++, etc. programs. It improves code quality and security by analyzing code during compilation without executing the program. Static analysis can identify many types of problems such as memory leaks, null pointer dereferences, array out of bounds, etc.
Symbolic execution is a program analysis technique that explores all possible execution paths of a program by reasoning about and solving for its symbolic inputs rather than concrete values. Clang symbolic execution combined with static analysis enables deeper discovery of potential problems in code without executing the program. This approach can find more complex bugs like race conditions, deadlocks, etc.
The zchecker vehicle safety detection tool launched by Zhaosong Technology, based on the architecture of Clang static analysis and symbolic execution, has realized MISRA C/C++, HIS and other vehicle safety detection specifications. This time we will focus on sharing vehicle safety detection tools. Details and implementation challenges of process-sensitive, path-sensitive, abstract syntax trees, control flow graphs, exploded graphs and other analysis techniques used.
Topic: Automobile digitalization platform based on unified open architecture
Guest: Sun Zhongxiao | Senior Expert of Suzhou Tongyuan Soft Control
Lecture time: 16:30 - 17:00
Introduction to the topic:
In the era of software-defined automobiles, the time required for models to be delivered from concept to delivery is shorter, and it is just necessary to use digital means for high-speed iteration of the entire life cycle. Iterative evolution from digital prototype 1.0, 2.0, and 3.0 helps to break through multi-departmental collaboration barriers and reduce vehicle development. In terms of time and cost, use Tongyuan Soft Control to create a digital delivery process based on the MWORKS digital platform with a unified open architecture, and build products based on unified data standards and interface standards, providing visible decision-making basis for the overall department and helping each business department to achieve rapid iteration.
The registration channel for GOTC 2023 is now open, and open source enthusiasts in various technical fields around the world are sincerely invited to join in the grand event!
For conference registration, please visit: https://www.bagevent.com/event/8387611
Enter the official website for more information, please visit: https://gotc.oschina.net