The Next-Generation High-Performance Computer (HPC) Platform is designed for future vehicles, providing a robust and secure foundation for advanced automotive functionalities. This powerful vehicle computer is capable of hosting multiple operating systems on a hypervisor, integrating critical systems such as the Cluster, In-Vehicle Infotainment (IVI), Advanced Driver-Assistance Systems (ADAS), and accommodating future AI-driven functions, all while prioritizing safety and security.
As a System Architecture Team Support member, my role involves investigating various technical topics, prototyping innovative solutions, and preparing compelling presentations and demonstrations for clients. My research and development activities have covered diverse architectural areas, including the implementation of DDS for inter-system communication, adaptation of the Android’s VHAL, optimization for zero-copy communication, and addressing critical safety and security concerns.
PROJECT INFO
- CLIENT: NDA
- DATE RELEASED: Future
- ROLE: System Architecture Support, Developer
- CATEGORIES: Automotive
- TAGS: automotive, hpc, infotainment, ADAS
- KEY TECHNOLOGIES: C/C++, QNX RTOS/hypervisor, Android, DDS, vsomeip, VHAL, shared memory, zero-copy