Reducing Traffic Congestion with IndiGO Lidar Sensors

Wednesday, September 15th, 2021 at 1:11 pm. Published in by .

Reducing Traffic Congestion with IndiGO Lidar Sensors

the problem

Longer commute times, logn lines of cars waiting at intersections, and slower speeds

Longer commute times, long lines of cars waiting at intersections, and slower speeds: all are symptoms of the traffic congestion problem. In some busy urban areas, drivers can spend up to 119 hours a year stuck in traffic. With over 80% of commuters choosing private vehicles to get to work at the same time, many road systems struggle to handle peak-hour loads. All those idling cars also lead to increased carbon emissions. Solutions include improving traffic flow with better timing of traffic lights, improving infrastructure planning by considering pedestrians and cyclists, and reducing car crashes that block arteries. Transport planners have their hands full trying to find methods to address the traffic congestion problem.

Improving traffic flow
with a new technology

Traffic flow at intersections can be dramatically improved with detailed data that provide information on all road users, including pedestrians and cyclists. Real-time multimodal data can help adjust the timing of traffic lights and extend the amount of time allotted to pedestrians to cross the street. If no pedestrians are present, cars can be given the right to proceed. Unfortunately, up until recently, existing methods were not able to supply the type of information to do this.

Current methods are unable to provide multimodal data on vulnerable road users or data in real-time. Safety analytics and information about vehicle speed, crashes, trajectories, or turning directions are difficult or impossible to obtain. Even when the available information is used, once adjustments are made to intersections, new studies must be implemented to measure the results of the changes to see if they are successful.

Inductive loops, radar and video cameras have been used to obtain the data cities use to make policy changes regarding intersections, but each comes with its own set of drawbacks, including high cost or, data limitations. In the case of video cameras, privacy has become an issue for citizens’ rights groups.

IndiGo:

Lidar and AI for Enhanced Traffic Analytics

This is why Bluecity combines lidar sensors and artificial intelligence to provide real-time multimodal data for city engineers, transport planners and consulting firms involved in improving traffic flow. Bluecity’s IndiGO solution provides many benefits over existing systems.

Lidar sensors

  • Waterproof casing for reliable 24/7 data collection in any weather or lighting conditions.
  • 360-degree coverage so one sensor per intersection is usually enough
  • 60-meter radius coverage for vehicles and 40-meter radius for pedestrians
  • No collection of private citizen data
  • One single wire for power and data
  • Easy and inexpensive installation and maintenance

Edge AI

  • Embedded NVIDIA GPU and LTE/5G IoT connectivity
  • Multimodal – easily distinguishes between vehicles, cyclists and pedestrians.
  • Real-time tracking
  • Counts of data in aggregate or disaggregate formats
  • AI for better visualization and analytics
  • Integration into traffic controllers

IndiGO platform

  • Streaming of critical conflicts
  • Advanced safety analytics help identify dangerous intersections before accidents occur
  • Dashboards allow selections, filters and download data for improved traffic planning

With IndiGO, you get the best transport planning results by capturing multimodal, real-time traffic data. Our lidar sensors are easy to install and maintain and most intersections require only one sensor. This powerful and cost-effective solution allows you to better understand and adjust smart city mobility. To learn more about IndiGO, visit our website.