Archives

22Jul2013

GNSS and Vision

  • By Jean-François Pouilly
  • 2 Étiquettes
  • 0 Comments

Navigation system by hybridization of GNSS and sensor information.
In collaboration with the CEA, M3 Systems teams work on innovative, accurate positioning systems based on the hybridization of vision sensors and GNSS (GPS, GLONASS, Galileo…) information.

Keywords :  Hybridization, GNSS ( GPS…), SLAM, sensors (IMU, odometer…), embedded software, security, reconfiguration.

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11Jun2013

Data Fusion

  • By carine
  • 4 Étiquettes
  • 0 Comments

Hybrid navigation algorithms provide high accuracyavailability and integrity with tight/ultra-tight hybridization
M3 systems has already performed hybridization with various sensors : GNSS, vision, LIDAR, IMU, RTK, MEMS sensors (gyroscope, accelerometer, magnetometer, odometer, barometer…)

Keywords : accuracy, availability, integrity

11Jun2013

Autonomous Systems

  • By carine
  • 3 Étiquettes
  • 0 Comments

Autonomous navigation systems benefit fully from M3 Systems hybridization algorithms.
Our technology is applicable to mobile phones,  land robots, airplane drones, and ship drones.

Keywords : reliability, implementation, embedded, robustness

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11Jun2013

Open GNSS Receiver

  • By carine
  • 3 Étiquettes
  • 0 Comments

Multi-frequencies (E1, L1, G1) multi-constellation GNSS receiver for mobile and base station applications.
Built to receive GPSGLONASSGALILEO and SBAS signals, it has been designed for  advanced algorithm design and assessment.

Keywords : multi-constellation, multi-frequency, advanced prototyping.