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[PDF] Top 20 Navigation problems for autonomous robots in distributed environments

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Navigation problems for autonomous robots in distributed environments

Navigation problems for autonomous robots in distributed environments

... mobile robots are initially located on a circle at arbitrary, distinct and undisclosed ...algorithm robots either synchronously stop at their initial positions or may proceed with another ...the ... See full document

128

Autonomous Robot Navigation in Human-Centered Environments Based on 3D Data Fusion

Autonomous Robot Navigation in Human-Centered Environments Based on 3D Data Fusion

... An initial path is determined with help of a wave propaga- tion algorithm. In order to simplify calculations, the geom- etry of the platform is ignored and the robot is viewed as one single movable point. Therefore, the ... See full document

10

A review of autonomous navigation systems in agricultural environments

A review of autonomous navigation systems in agricultural environments

... Mobile robots operating in agricultural environments have been a significant subject for ...agricultural autonomous robot guidance systems. Automated agricultural robots save labour costs, ... See full document

16

Distributed Navigation

Distributed Navigation

... Similarly to the previous topic, another problem that is becoming of interest due to both the continued popularity of large networks and also due to the rise of more complex and autonomous robotics is that of ... See full document

143

The STRANDS Project: Long-Term Autonomy in Everyday Environments

The STRANDS Project: Long-Term Autonomy in Everyday Environments

... to navigation and task behaviours, plus the ability to restart system elements on ...for navigation (Section 8), and hope to generalise this to other parts of the ...everyday environments, our ... See full document

15

Cognitive Supervisor for an Autonomous Swarm of Robots

Cognitive Supervisor for an Autonomous Swarm of Robots

... dimensional distributed multi-robotic ...included robots, to provide them with good 2D and 3D attractor fields so that they can reach the proximity of the tar- get in the shortest possible ...2D ... See full document

22

Autonomous Navigation and Obstacle Avoidance for a Wheeled Mobile Robots: A Hybrid Approach

Autonomous Navigation and Obstacle Avoidance for a Wheeled Mobile Robots: A Hybrid Approach

... global navigation problem deals with navigation on a larger scale in which the robot cannot observe the goal state from its initial ...dynamic environments as the implementation is easier, accurate ... See full document

8

Robotic Motion and Path Planning Via Iterative Method Using Laplacian Technique

Robotic Motion and Path Planning Via Iterative Method Using Laplacian Technique

... mobile robots that is based on laplacian technique using iterative ...difficult problems in robotics applications is developing robust autonomous motion ...truly autonomous robot, it must have ... See full document

8

Reinforcement learning based navigation for autonomous mobile robots in unknown
environments

Reinforcement learning based navigation for autonomous mobile robots in unknown environments

... From the previous review it can be seen that there is a trend among the researchers to adopt the continuous neural Q-learning to solve the navigation problem. On the other hand, they did not address the potentials ... See full document

113

Teamwork for Multi-Robot Systems in Dynamic Environments

Teamwork for Multi-Robot Systems in Dynamic Environments

... of autonomous robots in application domains such as Industry ...4.0, autonomous driving, transport logistics, and many ...for distributed computing applications including advanced validation ... See full document

16

Collaborative Robotic Navigation Using EZ-Robots

Collaborative Robotic Navigation Using EZ-Robots

... Mobile Robots has been proposed by ...a distributed team of autonomous mobile robots to search for an ...all robots searching concurrently, and is fully distributed; the ... See full document

6

Autonomous robots for harsh environments : a holistic overview of current solutions and ongoing challenges

Autonomous robots for harsh environments : a holistic overview of current solutions and ongoing challenges

... and autonomous systems developed for harsh environments is ...these environments share common challenges that drive the development of a variety of robot ...of robots has demonstrated ... See full document

21

Autonomous navigation with open software platform for field robots

Autonomous navigation with open software platform for field robots

... Farming fields pose a significant challenge to robot visual localization due to the uniformity of terrain and external features. Each part of a field or or- chard looks very much the same visually or in terms of solid ... See full document

33

Are Autonomous Mobile Robots Able to Take Over Construction? A Review

Are Autonomous Mobile Robots Able to Take Over Construction? A Review

... In contrast to aerial robots, ground robots are more stable and controllable. In addition, they can carry heavier and more complex objects in terms of shape, although they hardly access each point of the ... See full document

12

The autonomous unmanned aerial surveillance vehicle navigation and user interface

The autonomous unmanned aerial surveillance vehicle navigation and user interface

... The purpose of the GPS message holder program is to read the incoming NMEA data from the GPS, and separate and extract the data required for the Waypoint Path Planner algorithm, the GCS and the flight control system. The ... See full document

172

Navigation Techniques of Mobile Robots In Greenhouses

Navigation Techniques of Mobile Robots In Greenhouses

... Map-based positioning, also known as “map matching,” is a technique in which the robot uses its sensors to create a map of its local environment. This local map is then compared to a global map previously stored in ... See full document

12

Control and perception techniques for aerial robotics

Control and perception techniques for aerial robotics

... Anı´bal Ollero. Electrical Engineering (1976), Dr Engineer (1980) with honors (doctorate award 1978–1980), University of Seville. He has been assistant Prof. at the University of Sevilla, full Prof. and Head of ... See full document

12

Abstract: An improved anti-noise morphology vision navigation algorithm is proposed for

Abstract: An improved anti-noise morphology vision navigation algorithm is proposed for

... morphology navigation line extraction were addressed in ...vision navigation while the course deviation angle is not more than ...vision navigation requirement of the smart tractor tillage operation ... See full document

18

Immersive Robot Control in Virtual Reality to Command Robots in Space Missions

Immersive Robot Control in Virtual Reality to Command Robots in Space Missions

... Although there are challenges left, our approach is perfectly suited to assist as- tronauts in hybrid teams with semi-autonomous robots to control them. Our goal is to transfer our results to earthbound ... See full document

7

Online hazard analysis for autonomous robots

Online hazard analysis for autonomous robots

... In this paper we have presented a number of development techniques, which aim to improve the safety of personal robots. The approach we have taken has been based on a study of existing techniques, which found that ... See full document

13

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