CASESTUDY

MANUFACTURING

Autonomous vehicle system

Description

  • Develop automatic and autonomous operation for construction vehicle.

Features

  • Build a simulation system for tracking/monitoring vehicle on virtual 3D environment.
  • Route planning and location tracking.
  • Determine the route and detect obstacles (using LIDAR, sensor …).
  • Autonomous driving.
  • Remote control vehicles.

Technology

  • Language: C++, Python.
  • OS: ROS, Windows.
  • Platform: Autoware, Unity.

Remote robot management system

Description

  • Develop a remote robot and monitoring system.
  • Replacing people work in repetitive tasks or hazardous environments with a high level of risk.
  • Improve work efficiency.
  • Reduce manpower, streamline organization.

Features

  • Cloud-Based solution
  • Multi-monitoring & remote control (up to 10 devices simultaneously).
  • Detect abnormal events and alert by Email / SMS / sound.
  • Obstacle detection/ unstable detection (sensors).
  • Dimension measurement with laser finder.
  • Monitoring dashboard with data analytic.
  • Integrate with other systems via external IF.

Technology

  • Cloud-Based solution.
  • Language: C/C++, Python, Java.
  • OS: Linux.
  • AWS, Arduino Mega, Jetson TX.

Disk classification / inspection system

Description

  • Application of technology (AI, IoT) in the production process, improving product quality => towards building a smart factory.
  • Build AI disk quality classification system on cloud platform with:
  • High accuracy AI inspector.
  • AI cause estimation.

Features

Build a disc quality classification system using AI.

Target :

  • Automated disk classification (automatic clustering).
  • Cloud on-premise runs on both sides.
  • High performance: 1.2 million / day.

Technology

  • Application : C#, Python.
  • Platform : GCP, Sci-kit Learn SDK.
  • OS : Windows.
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