Intelligent Industry 4.0 System Solution

It is widely used in logistics technology, industrial automation, robots, medical health, intelligent security and other fields.

Program Overview

Based on real-time embedded controller hardware, mature deterministic communication and deterministic scheduling components, it can be widely used in smart logistics, industrial automation, robotics, medical health and intelligent security and other fields, providing integration of software and hardware, high real-time performance and high precision. , scalable and maintainable industrial system-level solutions.

Smart Logistics

Through the combination of the fixed-end networking sensing system and the forklift dispatching system, efficient and stable communication and real-time deterministic data processing are achieved; full coverage of sensing and control within the industrial operation range from the perspective of God is achieved; it can also stack goods By monitoring the situation, it is possible to realize dynamic monitoring of forklifts and goods at the same time, and build a high-real-time and scalable logistics deployment platform.

Automated Industry

Based on real-time embedded hardware, deterministic communication and deterministic scheduling, through real-time tracking and positioning of marker bits and feature quantities and associated motor control parameters, and through embedded reinforcement learning algorithms, a highly sensitive and high-precision feedback control link is formed , ultimately achieving high real-time, high-precision beat control.

Solution Advantages

High Real-Time

High real-time hardware, DDS and TSN combination, deterministic scheduling and kernel real-time technology, realizes microsecond control and maintains high real-time in extreme conditions.

High Security

Conforms to ISO26262 ASIL-D design standards; supports state secret algorithms and domestic encryption chips, and supports information security measures such as intrusion detection.

High Reliability

The system includes multiple redundancies, health monitoring and management, fast response and recovery, and highly reliable communication methods that work together to achieve high reliability.

Intellectualization

It integrates third-party components such as CV-Cuda, TensorFlow, and AUTOSAR to provide algorithmic components such as intelligent detection, intelligent separation and decoupling, and high-precision closed-loop control.