Reconfigurable FPGA Logic Blocks for Dynamic ISP Updates

The patent applies the dynamics principle by transforming the static ISP function configuration into a dynamic, reconfigurable system. The FPGA-based logic blocks allow ISP functions to be updated and changed after the camera is manufactured, enabling the system to adapt to different applications (CCTV, thermal imaging, general purpose) without hardware replacement, thus resolving the contradiction between manufacturing precision and adaptability.

The patent implements parameter changes by allowing the ISP function parameters to be modified through software updates to the FPGA logic blocks. This enables changing the processing characteristics (e.g., image quality, color correction, noise reduction parameters) without physical hardware modification, maintaining manufacturing precision while achieving functional adaptability.

The patent applies the copying principle by creating a software-based copy of the ISP function configuration that can be loaded into the FPGA logic blocks. Instead of physically replacing hardware components, the system copies the desired ISP settings into the reconfigurable logic, simplifying the device while maintaining high adaptability across different camera applications.

The patent implements universality by designing a single camera hardware platform that can serve multiple functions (CCTV monitoring, thermal imaging, general photography) through the reconfigurable FPGA logic blocks. This multi-functional capability eliminates the need for separate hardware systems for different applications, reducing overall device complexity while improving adaptability.