Remote Manipulation Workspace Modeling for Communication Delay

The system automatically measures communication delay and adjusts the display image synthesis ratio without operator intervention. The slave device self-monitors its own communication status and autonomously optimizes the display parameters, freeing the operator from manual adjustment tasks while maintaining reliable operation.

The system continuously measures communication delay and uses this feedback to dynamically adjust the synthesis ratio of simulation images in the display. This closed-loop feedback mechanism ensures the operator always sees an appropriate balance of real and simulated images based on current communication conditions, improving both reliability and efficiency.

The synthesis ratio between actual and simulation images is dynamically adjusted based on measured communication delay. When delay is large, more simulation image is added to maintain operational accuracy; when delay is small, more actual image is preserved to maintain information accuracy. This dynamic adaptation resolves the contradiction by making the trade-off adjustable rather than fixed.

The system changes the parameter of image synthesis ratio in response to communication delay conditions. By varying this parameter dynamically, the system optimizes the balance between operational accuracy (needing more simulation) and information accuracy (needing more actual image), allowing both requirements to be satisfied under different operating conditions.