An Ultra High Definition Array Camera System and Parallel Processing Technology

With the continuous advancement of technology, array camera systems, serving as a collaborative system of multiple cameras, exhibit broad prospects in areas such as surveillance, image processing, and computer vision. However, the development of array cameras is constrained by the challenges of large-scale data processing. This paper aims to address key technical issues related to the efficiency of digital image processing while delving into the design and implementation of array camera systems. To meet the demands of digital image processing in a multi-core environment, a parallel image data processing architecture is proposed, effectively mitigating issues arising from the lengthy execution times associated with serial data processing and enhancing the speed and efficiency of digital image processing. The design and integration of the array camera system are realized at both the hardware and algorithmic levels. Through the optimization of optical design and mechanical support structures, the hardware integration and debugging of the array camera system are achieved. At the algorithmic level, a parallel algorithm for digital image processing in a multi-core environment is employed, facilitating functions such as multi-channel video capture, pre-processing, transmission, and post-processing. This comprehensive approach provides a holistic solution for advanced security monitoring technology.