5 results about "Performance tool" patented technology

The invention discloses a tool agent system, which comprises an analysis module used for analyzing a task demand input by a user to generate a structured task summary and an evaluation target; the planning module is used for analyzing and generating a first to-be-executed subtask based on task summarization; the task generation module is used for judging the completion degree of the total task according to the execution score of the current sub-task and generating a subsequent sub-task when the total task is not completed; the execution module is used for analyzing the capability preference of the current subtask, matching the optimal performance tool from the tool library based on the preference weight to execute the current subtask, and obtaining an execution result; and the evaluation module is used for performing multi-dimensional quantitative evaluation on the execution result based on the evaluation target, and generating an execution score of the current subtask and text result evaluation. Effective tool selection is achieved, and tool selection and task execution errors caused by misjudgment of the tool capacity are fundamentally reduced.

The invention relates to a method and device for obtaining performance test overhead, a storage medium and electronic equipment, and the method comprises the steps: obtaining a test function for the performance test overhead, and setting a switch control function for the test function; the test function is operated based on the switch control function, and the basic overhead of the test function during operation is obtained; aiming at each to-be-tested performance tool, respectively embedding an instrumentation function corresponding to the to-be-tested performance tool into the test function to obtain a to-be-tested overhead test function corresponding to the to-be-tested performance tool; executing the to-be-tested overhead test function based on the switch control function, and respectively obtaining a first overhead for starting the instrumentation function in the to-be-tested overhead test function under the condition of no load and a second overhead for starting the instrumentation function under the load; and obtaining performance test overhead based on the basic overhead, the first overhead and the second overhead. The test accuracy of the to-be-tested application program can be improved.

This invention discloses a heat treatment method for homogenizing the microstructure of the rim of a high-performance tool steel paper cutter, relating to the field of paper cutter heat treatment technology. The method includes the following steps: After preheating the rim to a subcritical state, a polarization pulse is applied through a follower contact electrode to form a surface deconstruction zone and superequilibrium vacancies on the rim surface; the follower contact electrode is then fixedly connected to a follower jet assembly to limit the transfer lag time of the surface deconstruction zone into the cryogenic medium; subsequently, an alternating magnetic field is synchronously applied in the cryogenic medium jet zone to break the surface vapor isolation film and freeze the superequilibrium vacancies; finally, acoustic emission signals are collected during the tempering cycle, and an alternating magnetic field is applied based on the characteristic acoustic signature closed loop to control the segregation and precipitation of carbon atoms towards the frozen vacancies. This method maintains the rigidity of the blade back and the stability of the bimetallic interface, achieving microstructure refinement and precipitation homogenization of the rim, and is applicable to the rim heat treatment of bimetallic composite paper cutters.

This invention discloses a tool intelligence system, comprising: an analysis module for parsing user-input task requirements and generating a structured task summary and evaluation objectives; a planning module for analyzing and generating the first subtask to be executed based on the task summary; and a planning module for judging the overall task completion rate based on the execution score of the current subtask and generating subsequent subtasks if the overall task is not completed; an execution module for analyzing the capability preferences of the current subtask, matching the best-performing tool from the tool library based on preference weights to execute the current subtask, and obtaining the execution result; and an evaluation module for performing multi-dimensional quantitative evaluation of the execution result based on the evaluation objectives, generating an execution score for the current subtask and a textual result evaluation. This system enables effective tool selection, fundamentally reducing tool selection and task execution errors caused by misjudgment of tool capabilities.