2000-01-2358 Remote Driving With a Multisensor User Interface Copyright © 2000 Society of Automotive Engineers, Inc.

Remote driving is a difficult task, primarily because operators have problems understanding the remote environment and making control decisions. To make remote driving easier and more productive, we are developing sensor fusion techniques using range sensors to build active, sensor fusion based interfaces. In our work, we use sensor fusion to facilitate human perception and to enable efficient command generation. In this paper, we describe a multisensor user interface for remote driving

Pulse train interaction and control in a microcavity laser with delayed optical feedback

International audienc

Robotics and Autonomous Systems 42 (2003) 203–222 Robox at Expo.02: A large-scale installation of personal robots

In this paper we present Robox, a mobile robot designed for operation in a mass exhibition and the experience we made with its installation at the Swiss National Exhibition Expo.02. Robox is a fully autonomous mobile platform with unique multi-modal interaction capabilities, a novel approach to global localization using multiple Gaussian hypotheses, and a powerful obstacle avoidance. Eleven Robox ran for 12 hours daily from May 15 to October 20, 2002, traveling more than 3315 km and interacting with 686,000 visitors

The ExoMars rover and Pasteur payload Phase A study: an approach to experimental astrobiology

The Aurora programme is the European Space Agency programme of planetary exploration focused primarily on Mars. Although the long-term goals of Aurora are uncertain, the early phases of the Aurora programme are based on a number of robotic explorer missions - the first of these is the ExoMars rover mission currently scheduled for launch in 2013 (originally 2011). The ExoMars rover - developed during a Phase A study - is a 240 kg Mars rover supporting a 40 kg payload (called Pasteur) of scientific instruments specifically designed for astrobiological prospecting to search for evidence of extant or extinct life. In other words, ExoMars represents a new approach to experimental astrobiology in which scientific instruments are robotically deployed at extraterrestrial environments of astrobiological interest. Presented is an outline of the design of the rover, its robotic technology, its instrument complement and aspects of the design decisions made. ExoMars represents a highly challenging mission, both programmatically and technologically. Some comparisons are made with the highly succ