3results about How to "Efficient quality" patented technology

A management system of a manufacturing apparatus having a manufacturing device including one or more device components for manufacturing a product, and an inspection device that inspects the product, the management system including a display unit, a device component information acquisition unit, a product component information acquisition unit, a manufacturing-time abnormality information acquisition unit that acquires manufacturing-time abnormality information related to an abnormality at the time of manufacturing of the product, an inspection information acquisition unit that acquires inspection information including information of an abnormality at the time of inspection of the product, an improvement candidate information acquisition unit that acquires improvement candidate information that is a candidate for improvement in the manufacturing apparatus, and a management work assistance unit that generates and displays, on the display unit, for each of the device components and / or each of the product components that are candidates for the improvement, list information including classified statistical values of the abnormality at the time of manufacturing of the product and the abnormality at the time of inspection of the product for a prescribed statistical period.

This application relates to the field of firmware management technology, and discloses a circuit board firmware management system and a circuit board firmware management method. The circuit board firmware management method is executed by an automated testing system deployed in a test environment. The method includes: initiating a query request to an artifact repository server based on a preset polling strategy to identify whether a new firmware build artifact exists; when a new firmware build artifact is identified, retrieving the new firmware build artifact and its corresponding integrity verification file from the artifact repository server, and verifying the integrity of the new firmware build artifact based on the integrity verification file; after successful verification, deploying the new firmware build artifact to a preset test execution environment to execute a predefined set of test cases corresponding to the new firmware build artifact in the test execution environment, and collecting test process data. Through this method, manual operation can be minimized, ensuring the absolute accuracy of the version of the new firmware build artifact used for flashing.

The application provides a kind of multi-agent risk perception security computing method based on federal reinforcement learning, belong to wireless communication and information security field.This method provides a kind of multi-agent joint framework based on federal reinforcement learning, let vehicle according to the dynamic characteristics of internet of vehicles environment, autonomous selection computing mode.In "safety first" mode, federal server as agent observes current channel quality, vehicle's historical federal participation rate and last time participation state and other parameters, and uses safety reinforcement learning algorithm to select vehicle participating in this round of federal training.In "efficiency first" mode, vehicle as agent, does not participate in federal training, observes current channel quality and edge node available resources and historical service quality, and uses multi-agent safety reinforcement learning algorithm to select edge node for computing task offloading.This method can take into account the data security and computing efficiency of vehicle, and reduce vehicle energy consumption and task computing delay.