Robot Device Autonomous Problem-Solving Delegation
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Solution Overview
Problem
Current robot devices lack the ability to autonomously assess and address complex situations by determining whether they can solve problems independently or require assistance from other devices or humans, leading to inefficiencies in problem-solving processes.
Innovation Solution
A robot device equipped with sensors and AI capabilities that detect situations, assess problems, and control operations to either solve them independently or delegate tasks to other devices or humans based on available functions and resources.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Extent of automation
If the robot device attempts to solve all problems independently using its own functions, then self-reliance is improved, but problem-solving capability deteriorates when the robot lacks necessary functions
Solution Approach 1:
The robot device introduces a communication unit as an intermediary to connect with external devices. When the robot cannot solve a problem independently, it transmits information about the situation to an external device, which processes the information and returns a solution. This mediator approach allows the robot to maintain self-reliance while accessing broader problem-solving capabilities through external resources.
Solution Approach 2:
The robot device implements a universal problem-solving framework that can handle both independently-solvable problems and those requiring external assistance. The control unit evaluates each situation and selects the appropriate solution path, making the robot adaptable to various problem types beyond its native capabilities while maintaining autonomous operation for suitable tasks.
2Productivity
If the robot device evaluates and determines the best solution for each situation, then problem-solving efficiency is improved, but processing time increases due to the evaluation process
Solution Approach 1:
The robot device performs preliminary evaluation of situations to determine the appropriate solution path before full processing begins. The control unit quickly assesses whether a problem can be solved independently or requires external assistance, and prepares the corresponding solution framework in advance. This preliminary action reduces overall processing time by avoiding unnecessary evaluation steps.
Solution Approach 2:
The robot implements a dynamic decision-making process where the evaluation depth and solution selection adapt based on the situation's complexity and the robot's current capabilities. For simple, independently-solvable problems, the robot uses quick autonomous decision-making. For complex problems requiring external assistance, the evaluation process dynamically transitions to involve external devices, optimizing the balance between efficiency and thoroughness.
Data Source
AI summary
A robot device includes a detector and a controller. The detector detects a surrounding situation. If the robot device is unable to execute a solution for solving a problem in the surrounding situation by using a function of the robot device, the controller performs control so that the solution will be executed by using an element other than the robot device.