Intelligent system solutions

Meiheng

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  • Product description
  • Model specifications
  • Product Features
  • Other instructions
    • Commodity name: Intelligent Production Centralized Dispatch Management System
    • Commodity ID: 1323586943383654400

    Product Overview

    Personalized parameter configuration for different working conditions, such as: scheduling mode, area division, crane status, etc. Saves a lot of debugging time.Quickly respond to dynamic demands during the operation process. A reasonable intelligent solution design achieves the transition of on-site processes from manual to intelligent control, optimizes on-site intelligent processes, and handles the avoidance conflicts of operating mechanisms, completing on-site work reasonably and efficiently. A concise and efficient user interface allows for quick task dispatching, virtual and intuitive display of real-time conditions, an overview of real-time operations on-site, and synchronous generation of data statistical analysis charts, uncovering the value behind the numbers and enhancing user efficiency.

     

    Product Features

     

    Design Configuration

    • Users can perform personalized parameter configuration in the system based on actual conditions, such as: scheduling mode; area division; crane status, etc. This not only saves a lot of debugging time but also helps users quickly respond to dynamic demands during the operation process.Intelligent ComputationThe system achieves intelligent decomposition of work tasks, early conflict prediction, and intelligent conflict resolution through the application of intelligent algorithms such as deep learning and machine learning.It is an automatic control system with "intelligence," which is more efficient and optimized compared to traditional manual scheduling decisions, ensuring operational efficiency.

     

    Human-Machine Friendliness

    • The system is designed based on human-computer interaction engineering principles, establishing a soft and hard integrated human-computer interaction processing model. The human-machine interface information is intuitive and vivid, requiring no learning and having low memory demands. Each interface is self-explanatory, representing task processes in a simple linear manner to avoid user errors during use.