Sign In  |  Register  |  About Corte Madera  |  Contact Us

Corte Madera, CA
September 01, 2020 10:27am
7-Day Forecast | Traffic
  • Search Hotels in Corte Madera

  • ROOMS:

Geoflex Provides High Accuracy Positioning to Enable Lane Level Navigation Systems

By: Issuewire
Geoflex Image PR LLN Motorway

Massy, Essonne May 11, 2021 ( - Geoflex, the cloud service operator enhancing GPS/GNSS-based applications, has unveiled field results demonstrating the feasibility of lane-level navigation with its corrected GNSS technology.

The results were presented in a webinar held in front of a global automotive audience made of more than 300 professionals coming from 40 countries across the world.


Lane Level Navigation
Lane Level Navigation requires the exact position of a car in a specific driving lane to provide, based on this position, specific visual and voice guidance to the driver.

Lane Level Guidance is the next big thing in "GPS navigation", offering more comfort to the driver in complex road scenarios where multiple lane changes are required in a timely manner to get to the right destination.

Additionally, a GPS navigation system understanding its precise lane can get much smarter to guide the driver through traffic and to estimate its time of arrival. As an example, if your vehicle is allowed to drive in a carpool lane, its estimated time of arrival will be significantly different from others driving in standard lanes a few meters nearby.


High Accuracy GNSS
Nowadays standard GPS and other GNSS (GALILEO, BEIDOU, GLONASS) receivers are providing an accuracy between 3 and 10 meters and often worst in an urban environment with high buildings. This level of accuracy, even if improved by smart filtering and map matching techniques cannot enable lane-level navigation.

To mitigate this problem, cameras and computer vision technologies can be applied. However, these systems are costly, limiting their use to higher-end car models.

Geoflex revealed a Minimum Viable Solution to achieve Lane Level Navigation without any additional hardware with a common navigation unit. The main addition is a pure software and service plug-in. In test drives, the Geoflex service delivers an optimized precision of 99,7% of computed positions within 1.62 m (cross-track), i.e. half the size of a standard lane in Europe and North America. This level of precision is obtained in a suburban driving scenario, with a mass-market single band GNSS receiver and GNSS antenna, without any other sensor.

"GNSS is back in the auto industry" commented Romain Legros, CEO at Geoflex. "From navigation to ADAS and ultimately to driverless cars, there is a need for high accuracy sensors. Until recently GNSS has been disregarded by the industry because its error level was not matching the high requirements of next-generation automotive applications. However, with our correction services, GNSS is back in the game."

To learn more about the use of Geoflex service for Lane Level Navigation, watch our webinar in replay here:


About Geoflex
Geoflex is a cutting-edge cloud service operator enhancing GPS/GNSS-based applications to 4 centimeters positioning on land, at sea, and in the air.

Geoflex provides universal hypergeolocation to trains, cars, vessels, drones, smartphones, and more, working with the leading worldwide players in these markets.

This hypergeolocation system is based upon a unique alliance between a portfolio of technology patents developed for more than 10 years by French space agency CNES, and a seasoned team with 30 years of experience in GPS/GNSS.

Geoflex has been founded in 2012 by Romain Legros, a serial entrepreneur in GNSS. The company is headquartered near Paris, France.

Geoflex Image PR LLN Canopy

Media Contact

Geoflex - Ludovic Privat

Source :Geoflex

This article was originally published by IssueWire. Read the original article here.

Data & News supplied by
Stock quotes supplied by Barchart
Quotes delayed at least 20 minutes.
By accessing this page, you agree to the following
Privacy Policy and Terms and Conditions.
Copyright © 2010-2020 & California Media Partners, LLC. All rights reserved.