Image Processing Device Memory Management for Module Flexibility

A buffer management section is introduced as an intermediary component between image processing modules. This buffer management section handles the control of data receipt and transfer between modules, allowing each image processing module to focus solely on its core processing function without requiring complex control sections. The buffer acts as a mediator that standardizes data exchange while preserving module independence and simplicity.

The buffer management section serves multiple functions: it manages data buffering, controls data transfer timing, coordinates between different modules, and handles memory allocation. By consolidating these control functions into a single universal component, the system achieves flexibility in combining arbitrary modules without increasing the structural complexity of individual modules.

The buffer management section dynamically adjusts buffer capacities and memory allocation based on the actual processing requirements of connected modules. When modules are added, removed, or changed, the buffer management section automatically reconfigures memory resources without requiring manual intervention or complex management procedures. This dynamic adaptation maintains processing efficiency while simplifying memory management.

The buffer management section autonomously manages memory allocation and buffer configuration based on module requirements. It automatically detects when modules are connected or changed and adjusts buffer capacities accordingly without external control, enabling the system to maintain optimal processing efficiency while reducing memory management complexity through self-service operation.