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[Development Case] Custom Specification License Plate Recognition Camera System

[Development Case] Custom Specification License Plate Recognition Camera System

Network coverage for a wide area! Introducing custom cases of the vehicle number recognition system!

We would like to introduce a case study of a custom specification developed based on the standard product number plate recognition device "mmEye-VA4-LPR." It supports a speed of 100 km/h and a recognition distance of 30 m. The power environment is stabilized by the inclusion of a monitoring UPS, and the LTE communication function covers a wide area network. Additionally, it supports PoE+ (IEEE802.3at), simplifying installation and construction. With a built-in large-capacity SSD, local recording within the device is possible. 【Case Overview】 ■ Purpose: Custom adaptation of vehicle number recognition system ■ Development Scope: All processes from camera to edge computing were conducted in-house - Camera, data collection, annotation, algorithm optimization, edge computing ■ Configuration: Device unit, waterproof camera with lighting *For more details, please refer to the PDF document or feel free to contact us.

  • Surveillance Camera System
  • High Speed Camera
  • Surveillance Cameras

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[Development Case] Development of Edge AI Camera System Using Thermal/Visible Cameras

[Development Case] Development of Edge AI Camera System Using Thermal/Visible Cameras

The target market includes maintenance of steel and other plant equipment, as well as infrastructure inspections! We will introduce examples that have enhanced added value!

We would like to introduce a case developed in collaboration with Japan Avionics Corporation. The development targets smart maintenance in industries such as oil and chemicals, as well as infrastructure DX in construction and civil engineering, and equipment maintenance in manufacturing facilities. We conducted product development aimed at enhancing the added value of thermal and visible camera modules to meet customer needs. 【Case Overview】 ■ Joint development with Japan Avionics Corporation ■ Purpose - Enhance the added value of thermal and visible camera modules and develop products that meet customer needs ■ Target Markets - Smart Maintenance: Maintenance of plant equipment in oil, chemicals, electricity, gas, steel, etc. - Infrastructure DX: Construction, civil engineering, transportation, infrastructure inspection - Factory Equipment Maintenance: Equipment maintenance in manufacturing facilities *For more details, please refer to the PDF document or feel free to contact us.

  • Surveillance Camera System

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[Development Case] Image Recognition Processing Using High-Resolution, High-Bit Depth Camera

[Development Case] Image Recognition Processing Using High-Resolution, High-Bit Depth Camera

Control of shooting conditions suitable for the purpose and realization of high-speed image acquisition! Here is an example using the Sony IMX477 sensor!

This document aims to establish image processing technology applicable to previously challenging cases, introducing a case study utilizing the Sony IMX477 sensor. This sensor enables 4K image acquisition, providing significant advantages such as the ability to monitor four lanes simultaneously when used for vehicle license plate recognition. By directly controlling the MIPI-CSI2 interface image sensor module from the host controller, we achieve control over shooting conditions suitable for the application and enable high-speed image acquisition. 【Case Overview】 ■Objective - By utilizing a new image sensor with high resolution and high bit depth, we aim to establish image processing technology applicable to previously challenging cases. ■Image Sensor - Utilizes the Sony IMX477 sensor - Capable of 4K image acquisition - Offers significant advantages such as the ability to monitor four lanes simultaneously. *For more details, please refer to the PDF document or feel free to contact us.

  • High Speed Camera
  • Surveillance Cameras
  • Surveillance Camera System

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[Development Case] Smart Ferry Development Project

[Development Case] Smart Ferry Development Project

Responsible for the development of a product label image analysis system using AI technology! Conducted positioning of detected objects.

Our company, which develops image processing systems utilizing AI, has participated in the "Smart Ferry Development Project," part of the unmanned vessel project "MEGURI2040" promoted by the Nippon Foundation. In the demonstration experiment for the unmanned operation of large car ferries, we were responsible for developing a cargo image analysis system using AI technology capable of detecting other vessels at night with infrared cameras. By combining object detection from infrared camera footage with hull posture detection using high-precision GPS and accelerometers, we performed positioning of detected objects (distance, speed, and heading). [Case Summary] ■ Participation in the "Smart Ferry Development Project," part of "MEGURI2040" ■ Responsible for the development of the cargo image analysis system - AI technology capable of detecting other vessels at night using infrared cameras - Combination of object detection and hull posture detection using high-precision GPS and accelerometers - Positioning of detected objects (distance, speed, and heading) *For more details, please refer to the PDF document or feel free to contact us.

  • Image Transmission Equipment
  • Image Processing Equipment

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