Sorry, no matches were found.

Try using different or more general keywords.

Transportation
Download

Tracking for Public Transport in Dense City Environments

INTRODUCTION

Innodisk and its subsidiary Antzer Tech partnered to address positional tracking challenges for bus networks in New York City. Due to the interference of GPS signals from tall buildings and metal structures, traditional systems struggled to provide accurate bus locations. The collaboration aimed to improve tracking accuracy, ensuring reliable real-time bus location data for commuters.

BACKGROUND INFORMATION

Industry

Transportation

End-Use Scenario

Public Transport Tracking

Region

USA

Innodisk Solution

  • Antzer Tech CAN Bus and GNSS Combo Card
  • Innodisk M.2 (S80) 3ME4 MLC SSD
CHALLENGE
  • GPS Signal Interference

    High-rise buildings can interfere with GPS signals, impacting accurate location tracking.

  • Route Calculation and Backend Integration

    In the absence of positioning functionality, the system must calculate and display routes based on backend data for the customer.

  • High-Precision Positioning

    Accurate positioning is critical, especially in complex environments like New York with many alleys and small lanes.

  • Heat Resistance

    The solution must endure high temperatures, as it operates in-vehicle 24/7.

IMPLEMENTATION

With dead reckoning functionality, Antzer Tech’s CAN Bus and GNSS Combo card ensures accurate tracking even in poor or obstructed GNSS signal conditions. Utilizing centimeter-level precision technology, it enables pinpoint accurate tracking. Complementing this, Innodisk’s M.2 (S80) 3ME4 MLC SSD offers a wide operating temperature range and industrial-grade design, allowing integrators to avoid concerns about overheating issues, ensuring reliable performance in demanding environments.

OUTCOME

Innodisk and subsidiary Antzer Tech were able to supply a public transport tracking solution for New York City buses. With Dead Reckoning functionality, Antzer Tech’s CAN Bus and GNSS Combo card enabled accurate positioning information for tracking systems, even when the GNSS signals were poor or obstructed. Paired with Innodisk’s M.2 (S80) 3ME4 MLC SSD drive, which has an industrial grade operational temperature of -40°C to +85°C, the two companies were able to solve all the overheating and tracking pain points of the customer.

Share
Loading...