This study applies smartphone, Bluetooth, and Wi-Fi wireless network to control a wheeled mobile robot (WMR) remotely. The first part of this study demonstrates that the WMR can be controlled manually by a smartphone. The smartphone can remotely control the WMR for forward, backward, left-turn, and right-turn operations. The second part of this article presents object tracking. The WMR can follow a moving object through the use of image processing for object tracking and distance detection. In the third part, infrared sensor and fuzzy system algorithms are integrated into the control scheme. Through wall-following and obstacle-avoidance control, the WMR can successfully perform indoor patrol
The industry of robotics has achieved great success in recent decades as its application could be fo...
Color poster with text and images.Robots with advanced capabilities are currently controlled almost ...
This paper proposes a method for controlling a Wireless robot for multi-purpose in the sense surveil...
This study applies smartphone, Bluetooth, and Wi-Fi wireless network to control a wheeled mobile rob...
This paper presents an application of image tracking using an omnidirectional wheeled mobile robot (...
Self-propelled patrolling vehicles can patrol periodically in the designed area to ensure the safety...
Copyright © 2011 Hou-Tsan Lee et al. This is an open access article distributed under the Creative C...
Abstract This paper presents a mobile robot control strategy while performing tasks like obstacles ...
AbstractIn this study, a mobile robot carrying an on board camera is designed and implemented, which...
This study integrates path planning, fuzzy theory, neural networks, image processing, range sensors,...
This article presents the results of research of a robust reconnaissance system. The system presente...
This study implements Fuzzy logic-based obstacle avoidance and human tracking on an omnidirectional ...
Smartphone technology has improved and matured significantly throughout the years. The fierce compet...
The robotics and automation industry is ruled the sectors from manufacturing to house hold entertain...
Wireless technology in our daily lives is giving a way to more and more inter connected devices. Mor...
The industry of robotics has achieved great success in recent decades as its application could be fo...
Color poster with text and images.Robots with advanced capabilities are currently controlled almost ...
This paper proposes a method for controlling a Wireless robot for multi-purpose in the sense surveil...
This study applies smartphone, Bluetooth, and Wi-Fi wireless network to control a wheeled mobile rob...
This paper presents an application of image tracking using an omnidirectional wheeled mobile robot (...
Self-propelled patrolling vehicles can patrol periodically in the designed area to ensure the safety...
Copyright © 2011 Hou-Tsan Lee et al. This is an open access article distributed under the Creative C...
Abstract This paper presents a mobile robot control strategy while performing tasks like obstacles ...
AbstractIn this study, a mobile robot carrying an on board camera is designed and implemented, which...
This study integrates path planning, fuzzy theory, neural networks, image processing, range sensors,...
This article presents the results of research of a robust reconnaissance system. The system presente...
This study implements Fuzzy logic-based obstacle avoidance and human tracking on an omnidirectional ...
Smartphone technology has improved and matured significantly throughout the years. The fierce compet...
The robotics and automation industry is ruled the sectors from manufacturing to house hold entertain...
Wireless technology in our daily lives is giving a way to more and more inter connected devices. Mor...
The industry of robotics has achieved great success in recent decades as its application could be fo...
Color poster with text and images.Robots with advanced capabilities are currently controlled almost ...
This paper proposes a method for controlling a Wireless robot for multi-purpose in the sense surveil...