In this paper we present work in progress on the development of a low-cost autonomous robotic platform that integrates multiple state-of-the-art techniques in RGB-D perception to form a system capable of completing a real-world task in an entirely autonomous fashion. The task we set out to complete is determining the location of a preselected object within the physical world. This experiment requires a robotic framework with a number of capabilities including autonomous exploration, dense real-time localisation and mapping, object detection, path planning and motion control
In creating a robotic system capable of autonomously making decisions based on an environment, it mu...
RGB-D cameras present abundant data by integrating colour in formation and depth estimates. Recen...
In recent years, the technological improvements of consumer robots, in terms of processing capacity...
In this paper we present work in progress on the development of a low-cost autonomous robotic platf...
The paper describes the findings of using a real time 3d mapping program, the real-time appearance-b...
AbstractWe discuss online strategies for visibility-based searching for an object hidden behind a co...
We discuss online strategies for visibility-based searching for an object hidden behind a corner, us...
Abstract — We present an unsupervised framework for simul-taneous appearance-based object discovery,...
An a priori map is often unavailable for a mobile robot in an unknown environment. In large spaces, ...
Robots play an important role in industry, military applications and even our daily life. One of the...
Intelligent robots are nowadays making their way from laboratories to domestic homes. In this thesis...
This paper investigates simultaneous localization and mapping (SLAM) problem by exploiting the Micro...
An autonomous navigation system for a robot is key for it to be self-reliant in any given environmen...
We present a method for inferring the location of a robot relative to a three-dimensional map of its...
The use of RGB-D cameras has become an affordable solution for robot mapping and navigation in contr...
In creating a robotic system capable of autonomously making decisions based on an environment, it mu...
RGB-D cameras present abundant data by integrating colour in formation and depth estimates. Recen...
In recent years, the technological improvements of consumer robots, in terms of processing capacity...
In this paper we present work in progress on the development of a low-cost autonomous robotic platf...
The paper describes the findings of using a real time 3d mapping program, the real-time appearance-b...
AbstractWe discuss online strategies for visibility-based searching for an object hidden behind a co...
We discuss online strategies for visibility-based searching for an object hidden behind a corner, us...
Abstract — We present an unsupervised framework for simul-taneous appearance-based object discovery,...
An a priori map is often unavailable for a mobile robot in an unknown environment. In large spaces, ...
Robots play an important role in industry, military applications and even our daily life. One of the...
Intelligent robots are nowadays making their way from laboratories to domestic homes. In this thesis...
This paper investigates simultaneous localization and mapping (SLAM) problem by exploiting the Micro...
An autonomous navigation system for a robot is key for it to be self-reliant in any given environmen...
We present a method for inferring the location of a robot relative to a three-dimensional map of its...
The use of RGB-D cameras has become an affordable solution for robot mapping and navigation in contr...
In creating a robotic system capable of autonomously making decisions based on an environment, it mu...
RGB-D cameras present abundant data by integrating colour in formation and depth estimates. Recen...
In recent years, the technological improvements of consumer robots, in terms of processing capacity...