What Is a Vision System Controller?

A visual system controller is a device for controlling and managing a visual system. A visual system uses cameras, image processing algorithms, and artificial intelligence for image analysis and processing to enable automatic recognition, evaluation, and measurement. As the central control unit of a visual system, the visual system controller is responsible for configuring, operating, and monitoring the entire visual system.

1. Algorithm configuration and parameter setting: The visual system controller provides a user interface for configuring the image processing algorithm and its associated parameters within the visual system. Users can select and adjust suitable algorithms and parameters according to specific application requirements to achieve specific image processing and analysis.

2. Camera and Image Acquisition Control: The visual system controller can control and manage the cameras connected to the system, including camera settings, trigger methods, exposure time, etc. It is also responsible for receiving and processing the image data collected by the camera to prepare it for subsequent image processing and analysis.

3. Image Processing and Analysis: The visual system controller processes and analyzes the captured images using integrated image processing algorithms and artificial intelligence, including image filtering, edge detection, target recognition, measurement, and other functions. The controller can automatically assess the image based on preset rules and conditions, make decisions, and output corresponding control signals or results.

4. Data storage and communication: The visual system controller can store the results of processing and analysis for subsequent data analysis and reporting. Simultaneously, it can exchange data and communicate with other devices and systems to achieve integration with production line control systems, robotic systems, etc.

The industrial computer can act as a visual system controller and perform various tasks of the visual system, including image capture, processing, analysis and output, thus supporting applications in industrial automation, quality control and monitoring.

The SINSMART Core 10th generation industrial computer SIN-610L-TH410MA features 64 GB of RAM and powerful performance. Even demanding commands receive fast feedback and can process large amounts of image data and complex image processing algorithms.

With support for 9 USB ports and 6 COM ports, multiple cameras, sensors and other external devices can easily be connected to enable image data acquisition as well as the input and output of control signals.

With its VGA+HDMI dual display interface, it supports 4K HD displays and can connect multiple monitors simultaneously to enable clear and high-quality image display and monitoring.

The visual system controller configures, controls, and manages the components and functions of the visual system to enable image processing, analysis, and application. As a visual system controller, the SINSMART Core 10th Generation Industrial Computer SIN-610L-TH410MA features powerful computing performance, extensive interfaces, and high-resolution display support, meeting the demands of large-scale image data processing and the execution of complex image algorithms.