WORKS

SERVICE

SERVICE

State-of-the-art technology

We support and jointly develop development that incorporates the latest technology.

  • Autonomous driving (cars, heavy equipment, etc.)
  • Implementation of functions on Drive Platform
  • Deep Learning / Reinforcement Learning / Inverse Reinforcement Learning
  • Sensor fusion

Simulation

We are engaged in model-based development required for promoting development in a simulation environment and designing and developing complicated systems.

  • 1D simulation (multi-domain)
  • Traffic flow simulation
  • Vehicle motion simulation

Main Environment

  • Unreal Engine 4
  • CARLA
  • PTV Vissim
  • CarSim
  • MATLAB・Simulink
  • Simplorer
  • Adams

KNOW HOW

SERVICE
 4-wheeled vehicle development / Development of heavy machines and construction vehicles / Development of other mobilities

4-wheeled vehicle development
/ Development of heavy machines and construction vehicles / Development of other mobilities

  • Formulating advanced research themes,
    consulting on automation
  • Consultation of software development, operation and use
  • Support for the introduction of model base development (MBD)
  • Development of autonomous driving
    / ADAS recognition, judgment and control apps
  • Investigation of autonomous driving system architecture
  • Integration in edge devices
  • Building autonomous driving / ADAS / MaaS simulation environments
  • Development of in-cabin apps and driver monitoring systems
  • Building driver models
  • Analysis of fuel and electricity consumption, NVH, etc.
  • Building environments for analytical simulation of ride comfort,
    fuel and electricity consumption, NVH, etc.
  • Improving CAE and design efficiency by machine learning
Manufacturing / Robotics

Manufacturing / Robotics

  • Formulating advanced research themes,
    consulting on automation
  • Building appearance inspection models
  • Appearance inspection model in-lining
  • Unusual noise and breakdown prediction and analysis
  • Reducing and stabilizing defect rates
  • Coordination control of teaching-less robot arms
  • Building manufacturing simulation site and digital twin environments
  • Building apps for categorization and analysis of workers’ tasks
Logistics

Logistics

  • Formulating advanced research themes,
    consulting on automation
  • Support for logistics and layout optimization
  • Building logistics simulators,
    support for introduction of simulations, operation services
Municipal

Municipal

  • Formulating advanced research themes,
    consulting on automation
  • Building and digital-twinning of multi-domain simulators
  • Building all kinds of recognition and judgment apps

Data acquisition experimental vehicle

We will expand our business domain from a new perspective by installing various sensors on vehicles and collecting data while driving.

DRIVE PLATFORM

DGX Station_inside01 R-Car_M3 ZYBO

【NVIDIA Automotive product】

  • NVIDIA DGX Station™
  • NVIDIA DRIVE™ AGX Xavier
  • NVIDIA DRIVE™ PX2
  • NVIDIA JETSON AGX Xavier
  • NVIDIA JETSON™ TX1 / TX2

【Intel ® FPGA product】

  • Intel ® Arria® 10 FPGA
  • Cyclone® V FPGA
  • MAX® 10 FPGA

【RENESAS R-Car series】

  • R-Car M3
  • R-Car H3

【Xilinx】

  • Avnet ® UltraZ AD
  • Digilent Zybo Zynq-7000 ARM

【Google Edge TPU】

  • Coral Dev Board