Low Latency Processing

Low-latency processing refers to the capability of a system to complete tasks with extremely short time intervals during data transmission and computation. Its goal is to minimize the response time from input to output, ensuring real-time performance and efficiency. In robotics, low-latency processing is essential for achieving precise control and immediate feedback, significantly enhancing the performance and reliability of the system. By optimizing algorithms and hardware architectures, low-latency processing demonstrates significant application value in areas such as industrial automation, autonomous driving, and telemedicine, meeting the high demands for real-time data processing and rapid decision-making.