A real time detection algorithm for direction error in omnidirectional image sensors for mobile robots

An algorithm for the real time detection of the direction error in the heading of a mobile robot is proposed. The proposed algorithm is designed for an omnidirectional image sensor. For the omnidirectional image sensor, a hemispherical mirror, one CCD camera, and a vision board are used. This config...

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Published inProceedings - IEEE International Conference on Robotics and Automation Vol. 4; pp. 2982 - 2987 vol.4
Main Authors Kim, Dong Sung, Kim, Young Shin, Kwon, Wook Hyun
Format Conference Proceeding Journal Article
LanguageEnglish
Published IEEE 1999
Subjects
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ISBN9780780351806
0780351800
ISSN1050-4729
DOI10.1109/ROBOT.1999.774050

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Abstract An algorithm for the real time detection of the direction error in the heading of a mobile robot is proposed. The proposed algorithm is designed for an omnidirectional image sensor. For the omnidirectional image sensor, a hemispherical mirror, one CCD camera, and a vision board are used. This configuration has low cost and efficiency in collecting omnidirectional data with one image compared with other types of image sensors. The proposed algorithm is verified through computer simulations and a practical mobile robot.
AbstractList An algorithm for the real time detection of the direction error in the heading of a mobile robot is proposed. The proposed algorithm is designed for an omnidirectional image sensor. For the omnidirectional image sensor, a hemispherical mirror, one CCD camera, and a vision board are used. This configuration has low cost and efficiency in collecting omnidirectional data with one image compared with other types of image sensors. The proposed algorithm is verified through computer simulations and a practical mobile robot.
A novel algorithm for the real time detection of the direction error in heading of the mobile robot is proposed. The proposed algorithm is designed for an omnidirectional image sensor. For the omnidirectional image sensor, the hemispherical mirror, one CCD camera, and a vision board are used. This configuration has the low cost and the efficiency in collecting omnidirectional data with one image compared with other types of image sensors. The proposed algorithm is verified through computer simulations and a practical mobile robot.
Author Dong Sung Kim
Wook Hyun Kwon
Young Shin Kim
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Snippet An algorithm for the real time detection of the direction error in the heading of a mobile robot is proposed. The proposed algorithm is designed for an...
A novel algorithm for the real time detection of the direction error in heading of the mobile robot is proposed. The proposed algorithm is designed for an...
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StartPage 2982
SubjectTerms Algorithm design and analysis
Cameras
Charge coupled devices
Charge-coupled image sensors
Costs
Detection algorithms
Image sensors
Mirrors
Mobile robots
Robot vision systems
Title A real time detection algorithm for direction error in omnidirectional image sensors for mobile robots
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