2 results about "Project environment" patented technology

The embodiment of the invention provides a behavior plan generation method and device based on man-machine cooperation, and the method comprises the steps: receiving project information, carrying out the semantic reasoning of the received project information based on an ontology library, and decomposing a project into a plurality of executable sub-projects; evaluating a current project environment, preconditions and constraints based on historical data in a case library, and recommending appropriate strategies and behavior arrangements for each sub-project; allocating resources required by each sub-project in the project execution process based on the resource library, and outputting a resource allocation scheme; generating an execution sequence of each sub-project according to the front-back dependency relationship of the project, and dynamically adjusting the execution sequence according to the state change; and based on the dynamic manual intervention threshold, adjusting the priority, resource allocation and execution strategy of the project through a feedback mechanism, and generating a behavior plan. According to the scheme, the efficiency and accuracy of project formulation and execution can be effectively improved through a machine autonomous planning and human-assisted behavior plan formulation mode.

Embodiments of the present disclosure provide a human-machine collaboration-based behavior plan generation method and device, which comprises: receiving project information, performing semantic reasoning on the received project information based on an ontology library, and decomposing the project into multiple executable sub-projects; evaluating the current project environment, preconditions and constraints based on historical data in a case library, and recommending appropriate strategies and behavior arrangements for each sub-project; allocating resources required by each sub-project in the project execution process based on a resource library, and outputting a resource allocation scheme; generating an execution sequence for each sub-project according to the front-back dependency relationship of the project, and dynamically adjusting the execution sequence according to the state change; and adjusting the priority, resource allocation and execution strategy of the project through a feedback mechanism based on a dynamic artificial intervention threshold, and generating a behavior plan. The present scheme can effectively improve the efficiency and accuracy of project planning and execution through the mode of machine autonomous planning and artificial auxiliary behavior plan formulation.