Location-Aware Medium Processing for Reservation Efficiency

The system performs preliminary actions by starting medium processing in advance based on reservation information received from the client terminal. The image processing apparatus begins processing the medium (document, image, etc.) before the client actually arrives or initiates the transaction, thereby improving client convenience by reducing wait time when the client does need to access the apparatus.

The system dynamically adjusts its operation mode based on the phase of transaction execution. It transitions between a first operation mode (during advance processing when client is not present) and a second operation mode (when client is present and needs to handle the medium). This dynamic switching optimizes resource utilization by allowing the apparatus to be more responsive when the client is present while still performing background processing when not needed.

The system employs periodic action by executing medium processing in intervals rather than continuously. It performs processing in advance during periods when the client is not present (first operation mode), then switches to a second operation mode when the client arrives to complete the transaction. This periodic switching allows the system to balance productivity improvement with resource conservation, avoiding continuous high-resource consumption.

By performing preliminary processing of the medium before the client needs it, the system accelerates transaction completion without requiring continuous high-resource operation. The advance processing handles the computationally intensive tasks beforehand, so when the client arrives, only minimal finalization steps are needed, thus improving productivity while managing resource usage efficiently.

The system implements feedback mechanisms by detecting the client's presence or position relative to the apparatus and using this information to automatically switch between operation modes. The client terminal or apparatus monitors location/status and feeds this information back to the control system, which then adjusts the processing state accordingly. This feedback loop ensures accurate transaction execution based on actual client presence without requiring overly complex manual intervention.

The system performs self-service by automatically detecting client presence and managing its own operation mode transitions without requiring complex external control. The apparatus uses built-in detection capabilities (such as terminal communication or sensors) to determine when the client is present and autonomously switches between first and second operation modes, reducing the need for complex external management systems while maintaining high transaction accuracy.