Walter Driesen

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Publications associées (18)

Concept, modeling and experimental characterization of the modulated friction inertial drive (MFID) locomotion principle : application to mobile microrobots

Walter Driesen

A mobile microrobot is defined as a robot with a size ranging from 1 in3 down to 100 µm3 and a motion range of at least several times the robot's length. Mobile microrobots have a great potential for a wide range of mid-term and long-term applications such ...

EPFL2008

Friction based locomotion module for mobile MEMS robots

Reymond Clavel, Jean-Marc Breguet, Amar Rida, Walter Driesen

The “Modulated Friction Inertial Drive (MFID) principle” is presented as a locomotion solution for mmsize micro robots dealing with both size constraints and limitations in terms of power consumption. Based on one of the configurations of this locomotion p ...

2007

Applications of piezo-actuated micro-robots in micro-biology and material science

Jean-Marc Breguet, Walter Driesen, Tomas Cimprich

This paper presents a few examples of manipulators and micro-robots based on piezo-actuators developed during the last 4 years in the Laboratoire de Systèmes Robotiques (LSRO) at EPFL. Three working principles will be described (bender, inch-worm, inertial ...

2007

Solar Cell Powering with Integrated Global Positioning System for mm3 Size Robots

Jean-Marc Breguet, Walter Driesen, Alexis Boletis, Alberto Brunete

new concept of a solar cell powering with integrated Global Positioning System (GPS) for microrobots is proposed. The main idea is to use a projector to transfer energy and to provide global positioning information to the robots that are equipped with mult ...

2006

Ultrasonic monolithic piezoelectric multi DOF actuators for mobile microrobots

Jean-Marc Breguet, Walter Driesen, Tomas Cimprich

We propose a new type of “hybrid” ultrasonic driving principle for our monolithic piezoelectric actuators, which consist of simple electrode patterning on a PZT ceramic substrate The operating principle of the proposed USM is based on the conversion of ell ...

2006

A review on actuation principls for few cubic millimeter sized mobile micro-robots

Jean-Marc Breguet, Walter Driesen

Actuation systems for few cubic millimeter sized mobile autonomous robots are subject to severe constraints in terms of e.g. size, fabrication or power consumption. Also the onboard electronics has limited performance due to both size and power restriction ...

2006

Novel locomotion principle for mobile micro robots

Reymond Clavel, Jean-Marc Breguet, Walter Driesen

This paper presents a novel locomotion concept for mobile micro robots: the “friction drive principle”. It allows for easy miniaturization and high velocities for low power consumption and simple onboard electronics. A prototype (Ø20 mm × 7.5 mm) with two ...

2006

MICRON: Small Autonomous Robot for Cell Manipulation Applications

Jean-Marc Breguet, Walter Driesen

Manipulating in the micro- or even nano world still poses a great challenge to robotics. Conventional (stationary) systems suffer from drawbacks regarding integration into process supervision and multi-robot approaches, which become highly relevant to figh ...

2005

Flexible micro manipulation platform based on tethered cm3-sized mobile micro robots

Jean-Marc Breguet, Walter Driesen

This paper presents a micro manipulation platform based on several cm3-sized mobile micro robots. The proposed platform consists of a high resolution XY stage with the mobile micro robots on top of it, a camera with a microscopic objective for the local vi ...

2005

Micro manipulation by adhesion with two collaborating mobile micro robots

Jean-Marc Breguet, Walter Driesen

A micro manipulation platform consisting of two cubic centimeter sized micro robots each with four degrees of freedom has been developed. This paper discusses four different strategies of manipulation by adhesion for grasping, transferring and releasing a ...

2005

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Concept, modeling and experimental characterization of the modulated friction inertial drive (MFID) locomotion principle : application to mobile microrobots

Walter Driesen

EPFL2008