2results about How to "Adapt to development needs" patented technology

The application belongs to the technical field of application software development test, and discloses an application software development test system with real-time vulnerability detection, which comprises a code real-time collection module, a multi-dimensional vulnerability detection module, a vulnerability accurate positioning module, a vulnerability risk quantitative evaluation module, a dynamic repair guidance module, a data storage module, a visual interaction module and an iterative optimization module, and each module cooperates to form a whole-process closed-loop vulnerability detection and management and control system. The application software development test system with real-time vulnerability detection is adopted, real-time capture, accurate positioning, risk evaluation and dynamic repair suggestion output of the vulnerability are realized, and the software development test efficiency and application program security are improved.

The invention relates to the technical field of intelligent control of high-voltage vacuum switch equipment, and particularly discloses an intelligent self-adaptive electric arc control system and method. The intelligent self-adaptive electric arc control system comprises an intelligent cathode, a cooperative anode, a sensing module and a calculation execution module. The sensing module is used for capturing characteristic emission spectrum lines generated after rare earth elements are excited and converting the characteristic emission spectrum lines into electric signals; and the calculation execution module is used for receiving the electric signal transmitted by the sensing module and carrying out model calculation on the electric signal to adjust the closing final speed and the opening initial speed. According to the intelligent self-adaptive arc control system and method, the health state of the cathode can be detected in real time, the closing final speed and the opening initial speed are automatically regulated and controlled according to the health state of the cathode, dynamic control over the self-adaptive arc is achieved, and the problems that an existing switch device is complex in structure, large in energy consumption and high in reliability are solved. The development requirements of the high-voltage vacuum switch equipment are difficult to adapt, and a special intelligent detection and control scheme is lacked.