4results about How to "Improve operational performance" patented technology

The invention discloses a tester wheel set and a manufacturing method thereof, and the method is characterized in that the method comprises the following specific steps: S1, purchasing a walking wheel body, and inspecting the walking wheel body; s2, the walking wheel body is mounted on the mounting shaft; s3, the bearings are mounted on the mounting shaft, the bearings are located on the two sides of the walking wheel body, and the finished tester wheel set can be obtained.

A semiconductor device and a method of fabricating the same are disclosed. The semiconductor device includes a substrate, a shallow trench isolation, a gate structure, a residue, and a spacer. The shallow trench isolation is disposed in the substrate and includes an inclined side surface at a side close to the substrate. The gate structure is disposed on the shallow trench isolation. The residue is disposed and physically contacts the inclined side surface of the shallow trench isolation. The spacer is disposed on a side wall of the gate structure and physically contacts the side wall of the gate structure, the shallow trench isolation, and the residue. Thus, the residue fills up a small recess or unevenness on a surface of the shallow trench isolation, thereby optimizing a component structure and performance of the semiconductor device.

The invention provides a mobile device identifier management method and device, and relates to the technical field of computer application, initial state device identifiers are calculated by collecting system-level factors, device-level factors, application-level factors and user-level factors of mobile devices corresponding to application programs, and device identifier server-side verification is carried out; when the initial state device identifier exists or does not exist in the device identifier server, calculating a temporary state device identifier and / or an abnormal state device identifier in the initial state device identifier; by comparing the temporary state equipment identifier with the final state equipment identifier of which the various factor information is completely acquired, determining the acquisition condition of the various factor information; according to the method, the collision reason of the equipment identifier is analyzed based on the abnormal state equipment identifier, and then the mobile equipment identifier is dynamically regulated and controlled, so that the operational capability of the equipment identifier is increased and the collision probability and expansion probability of the equipment identifier are reduced through various factor information and newly adding four different life cycle states to the equipment identifier.

The application belongs to the technical field of computer vision model publishing, and discloses a visual model continuous publishing method and system based on a high-risk scene slice regression gate. The method compares the performance of a candidate publishing model and a baseline model in the network at the slice level by constructing a high-risk scene slice set, generates a slice regression result, and determines passing slices and blocking slices based on hard gating and soft gating. The passing slices are subjected to conditional volume increase and online routing, and local rollback or global rollback is performed according to online monitoring results, and the baseline model in the network is updated after stabilization. The scheme can reduce the publishing risk caused by performance degradation in key scenes, and improve the safety and fine control ability of model continuous publishing.