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- Development of high-performance embedded software in C/C++ on heterogeneous SoCs (ARM Cortex-A/R, DSP, NPU) across platforms such as TI, Qualcomm, NVIDIA and NXP
- Integration and customization of SoC vendor SDKs across multiple hardware platforms
- Implementation of optimized multi-core communication frameworks (shared memory, RPMsg, IPC) ensuring deterministic latency and high throughput
- Development of portable software components across FreeRTOS, Embedded Linux, QNX, and Green Hills Integrity
- System-level optimization (CPU, memory, boot time) for real-time automotive constraints
- Design and implement hardware abstraction layers for camera integration, including RGB/IR sensors, CSI-RX interfaces, ISP configuration, SerDes connectivity, and sensor control mechanisms, to ensure cross-platform portability and scalability
- Integrate and optimize advanced image processing algorithms (e.g., HDR fusion, noise reduction, tone mapping, geometric corrections, and enhancement techniques) on DSP platforms, leveraging hardware acceleration to ensure high image quality and real-time interior sensing performance.
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