Response time optimization method of power grid mobile platform considering maximum concurrent users

To tackle the issue of prolonged response times in power grid mobile platforms stemming from inflexible business service architecture, an optimized approach is introduced. Focusing on maximizing concurrent users, the method develops a mobile platform supported by multi-version internet protocols and Windows systems. By utilizing a tailored response processing mechanism and regression analysis for response time prediction, the platform's response speed is optimized from both front-end and back-end. Experimental tests on operational platforms show that the method significantly reduces response time, meeting design goals with improved stability and feasibility.