The above video is reposted from the University of California -- Berkeley's YouTube channel. The ori...
Transport, including international aviation and maritime transport, accounts for around a quarter o...
This is Case 2 of the Sinu-Lift System by Innovative Implant Technology. Minimally Invasive ... Sinu...
This is Case 3 Using the Sinu-Lift System by Innovative Implant Technology. Minimally Invasive Proce...
This is Case 1 using the Sinu-lift system by Innovative Implant Technology. Minimally Invasive. ... ...
IEEE |
(0) (0 Votes)
|
Views: (2028) Date: (Publication Date: 7-10 May 200...) Pages: () |
Abstract: Abstract This paper addresses a modified localization scheme of a wheeled mobile robot. When it navigates in a square given by the operator, the position error of a robot accumulates and it never ends up with the goal position where the robot intends to go to initially. The objective of localization is to estimate the position of a robot precisely. Many algorithms were developed and still are being researched for localization of a mobile robot at present. Among them, a localization algorithm named continuous localization proposed by Schultz (Schultz and Adams, 1998) has some merits on real-time navigation and is easy to be implemented compared to other schemes. Continuous localization (CL) is based on map-matching algorithm with global and local maps using only ultrasonic sensors for making grid maps following a given path by us (e.g. squares). In addition to CL, we here propose systematic error correction and fast powerful map-matching algorithm for localization of a mobile robot by experiments