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René Jr Landry

René Jr Landry

Professor

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ReneJr.Landry@etsmtl.ca +1 (514) 396-8506
René Jr Landry

René Jr Landry

Professor

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  • Welcome
  • Field of Expertises
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René Jr Landry

René Jr Landry

Professor

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Category: Research trainee

May 23, 2014Research trainee

46- Conception d’un présentoir d’information Powerpoint embarqué et intelligent commandé par gestuelle Kinect

La plateforme de développement visuel 3D Kinect de Microsoft offre une panoplie de fonctions avancées de traitement d’images tridimensionnelles, en temps réel […]

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May 23, 2014Research trainee

45- Algorithms and methods to increase the robustness and precision of an Attitude Determination System (ADS) using low cost MEMS sensors.

1. General information This component of the research program shall be undertaken by a PhD candidate to develop advanced algorithms and calibration […]

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May 23, 2014Research trainee

44- Development and performance analysis of an Attitude Determination System using low cost MEMS sensors based on high level of redundant low cost MEMS sensors

1. General information This component of the research program shall be undertaken by a MS candidate to implement advanced algorithms already developed […]

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May 23, 2014Research trainee

43- Algorithms and methods to increase the robustness and precision of an Attitude Determination System using multi-antennas GNSS Receiver

1. General information This component of the research program shall be undertaken by a PhD candidate to develop advanced algorithms and calibration […]

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May 23, 2014Research trainee

42- Novel Architectures for High Sensitivity Indoor GNSS Receiver using Cognitive Techniques

Research Objectives: 1) to develop new digital signal processing algorithms for high sensitivity without the help of other infrastructure, 2) to implement […]

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May 23, 2014Research trainee

41- Implementation of High Sensitivity Technniques in Multi-Antenna GNSS Receiver

Project description : Research Objectives: 1) to investigate and implement new digital signal processing applied to signals from four GNSS antennas of […]

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May 23, 2014Research trainee

40- Robust Techniques for Low Cost MEMS Augmented Multi-Antenna Cognitive GNSS Receiver

Research Objectives: 1) to investigate algorithms leveraging cognitive systems techniques for filtering low cost inertial sensor noise sources, 2) to develop filtering […]

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May 23, 2014Research trainee

39- Benefits of Inertial Attitude Determination using Low Cost MEMS Sensors in a GNSS Receiver

Research Objectives: 1) to investigate methods of data fusion of low cost MEMS inertial sensors, coupled with auxiliary cost effective sensors (magnetometers, […]

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May 23, 2014Research trainee

38- Embedded systems engineering and hardware design for a low-cost integrated navigation system

Project description : This project aims to establish new design methods for robust and efficient automotive navigation and optimal management of a […]

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May 23, 2014Research trainee

37- Novel integrated navigation system for automotive vehicle fleet management and accident analysis based on the use of non-linear models and inovative analysis metrics

Project description : Summary (MAX of 2100 characters with spaces) This project aims to establish new design methods for robust and efficient […]

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