INTRODUCTION

Real-time obstacle avoidance is one of the key issues to successful applications of mobile robot systems. All mobile robots feature some kind of collision avoidance, ranging from primitive algorithms that detect an obstacle and stop the robot short of it in order to avoid a collision, through sophisticated algorithms, that enable the robot to detour obstacles. The latter algorithms are much more complex, since they involve not only the detection of an obstacle, but also some kind of quantitative measurements co ....etc

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Introduction

Obstacle detection and avoidance robots are intelligent robots which can perform desired tasks in unstructured environments by finding and overcoming obstacles in their way without continuous human guidance.
In robotics, obstacle avoidance is the task of satisfying some control objective subject to non-intersection or non-collision position constraints. Normally obstacle avoidance is considered to be distinct from path planning in that one is usually implemented as a reactive c ....etc

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Real-Time Obstacle Avoidance

Introduction
Real-time obstacle avoidance is one of the key issues to successful applications of mobile robot systems. All mobile robots feature some kind of collision avoidance, ranging from primitive algorithms that detect an obstacle and stop the robot short of it in order to avoid a collision, through sophisticated algorithms, that enable the robot to detour obstacles. The latter algorithms are much more complex, since they involve not only the detection of an obstacle, but also some kind of quantitative mea ....etc

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GuideCane-Robotics-Based Obstacle-Avoidance System for the Blind and Visually Impaired

Contents
Mobile Robotics Technologies
Guidecane – Introduction
How Guidecane works?
GuideCane – In Detail
Recap


Mobile Robotics Technologies for The Visually Impaired
With the development of radar and ultrasonic technology a new series of devices, known as Electronic Travel Aids (ETAs) were developed

ETAs use Obstacle avoidance Systems (OAS)

Obstacle Avoidance System comprises of
A set of ....etc

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Presented by:Sougata Sinha
Use of A algorithm for obstacle avoidance

Abstract
A* algorithm is basically a path finding algorithm based on Artificial Intelligence. It is used nowadays extensively in the field of game programming and robotics to figure out an optimum path in an environment full of obstacles. The A* algorithm can be used in both 2-D and 3-D terrain. Each terrain is represented as a map. The beauty of the a ....etc

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please I need code of potential field to avoid moving obstacle
thank you

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Presented By:-
SUBHASH SUDAN
SAI REDDY
S. SRIKANTH
P. YESHISHVI


Implementation of Obstacle Avoidance and ZigBee Control Functions for Omni Directional Mobile Robot
Aim Of The Project
 To implement the obstacle avoidance and Zigbee control functions for Omni directional mobile robot.
Working Of Our Project
 In our project we are using IR sensor to sense the obstacle and send the obstacle distance signal to embedded controller.
 The embedded contro ....etc

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Presented By:
Eun-Young Park*, Woon-Sung Lee**, and Jung-Ha Kim***
Abstract:
In this research, we will devise an obstacle avoidance algorithm for a previously unmanned vehicle. Whole systems consist mainly of the vehicle system and the control system. The two systems are separated; this system can communicate with the vehicle system and the control system through wireless RF (Radio Frequency) modules. These modules use wireless communication. And the vehicle system is operated on PIC Micro Controller. Obstacle avoidance method for u ....etc

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I AM PARTHA P LAHKAR STUDYING IN DAYANAND SAGAR BANGALORE REQUEST YOU TO GIVE A PPT REPORT FOR Real-Time Obstacle Avoidance. I HAVEN'T GOT A PROPER IDEA BEHIND THIS PROJECT, THEREFORE I NEED A FULL REPORT FOR THIS SEMINAR TOPIC. ....etc

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Introduction
Real-time obstacle avoidance is one of the key issues to successful applications of mobile robot systems. All mobile robots feature some kind of collision avoidance, ranging from primitive algorithms that detect an obstacle and stop the robot short of it in order to avoid a collision, through sophisticated algorithms, that enable the robot to detour obstacles. The latter algorithms are much more complex, since they involve not only the detection of an obstacle, but also some kind of quantitative measurements concerning the obstacl ....etc

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