Abstract: The present invention relates to the technical field of automobile connector terminals, in particular to a vibration-resistant socket terminal and a vibration-resistant plug terminal. An interior of the socket terminal includes a first vibration damping body, and on an exterior of the socket terminal is a vibration damping arm. The plug terminal and the socket terminal are mutually plugged together. The plug terminal includes first and second contact pins arranged opposite to each other, and a second damping body is arranged between the first and second contact pins.

Abstract: The present invention relates to the technical field of automobile connector terminals, in particular to a vibration-resistant socket terminal and a vibration-resistant plug terminal. An interior of the socket terminal includes a first vibration damping body, and on an exterior of the socket terminal is a vibration damping arm. The plug terminal and the socket terminal are mutually plugged together. The plug terminal includes first and second contact pins arranged opposite to each other, and a second damping body is arranged between the first and second contact pins.

Abstract: A method and apparatus for automated performance verification for integrated circuit design is described herein. The method includes test preparation and automated verification stages. The test preparation stage generates design feature-specific performance tests to meet expected performance goals under certain workloads using optimization approaches and for different design configurations. The automated verification stage is implemented by integrating functional, automated modules into a verification infrastructure. These modules include register transfer level (RTL) simulation, performance evaluation and performance publish modules. The RTL simulation module schedules performance testing jobs, runs a series of performance tests on simulation logic simultaneously and generates performance counters for each functional unit.