Video Recorder Ring Buffer Memory Management

The volatile memory is divided into multiple buffers, with each buffer corresponding to a specific camera channel. This segmentation allows the system to manage memory more efficiently by allocating specific buffer regions for different camera inputs, enabling simultaneous buffering of multiple video streams without requiring a single large continuous memory space.

The patent implements a circular buffer structure where the loading position dynamically moves through the buffer memory. When the buffer becomes full, the loading position wraps around to the beginning, creating a continuous, dynamic buffer that can continuously receive and transmit data without requiring additional memory allocation. This dynamic approach allows efficient memory utilization while maintaining continuous video stream buffering.

The patent creates a universal buffer management structure where each camera channel is assigned a buffer with identical functional characteristics. All buffers use the same circular loading mechanism and data transmission protocol, allowing the system to handle any number of camera channels through a standardized, scalable architecture rather than requiring custom management for each camera.

The system dynamically assigns buffer loading positions and manages data flow across multiple buffers using a unified control mechanism. The circular buffer approach allows each buffer to independently cycle through its memory space while the control unit coordinates data transmission across all buffers, reducing the complexity of managing multiple simultaneous video streams.