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ORCIDKenshiro Mitsugi
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- affiliation: Fukuoka Institute of Technology, Japan
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2020 – today
- 2021
[c11]Kenshiro Mitsugi, Keita Matsuo, Leonard Barolli:
Evaluation of a User Finger Movement Capturing Device for Control of Self-standing Omnidirectional Robot. AINA (3) 2021: 30-40- [c10]Kenshiro Mitsugi, Atushi Toyama, Keita Matsuo, Elis Kulla, Leonard Barolli:
Design and Implementation of a Control Interface for Indoor Position Detection of Moving Omnidirectional Access Point Robot Using Super Sonic Signals. BWCCA 2021: 303-314 - [c9]Keita Matsuo, Kenshiro Mitsugi, Atushi Toyama, Elis Kulla, Leonard Barolli:
A Simulation System for Optimal Positions of MOAP Robots Using Elbow and Silhouette Theories: Simulation Results Considering Minimum Transmission Power of MOAP Robots. BWCCA 2021: 321-332 - [c8]Atushi Toyama, Kenshiro Mitsugi, Keita Matsuo, Elis Kulla, Leonard Barolli:
Implementation of an Indoor Position Detecting System Using Mean BLE RSSI for Moving Omnidirectional Access Point Robot. CISIS 2021: 225-234 - [c7]Keita Matsuo, Kenshiro Mitsugi, Atushi Toyama, Leonard Barolli:
Implementation of a Simulation System for Optimal Number of MOAP Robots Using Elbow and Silhouette Theories in WMNs. EIDWT 2021: 36-47 - 2020
- [c6]Kenshiro Mitsugi, Keita Matsuo, Leonard Barolli:
A Comparison Study of Control Devices for an Omnidirectional Wheelchair. AINA Workshops 2020: 651-661 - [c5]Kenshiro Mitsugi, Keita Matsuo, Leonard Barolli:
Implementation of a User Finger Movement Capturing Device for Control of Self-standing Omnidirectional Robot. BWCCA 2020: 426-435 - [c4]Atushi Toyama, Kenshiro Mitsugi, Keita Matsuo, Leonard Barolli:
Implementation of Control Interfaces for Moving Omnidirectional Access Point Robot. BWCCA 2020: 436-443 - [c3]Atushi Toyama, Kenshiro Mitsugi, Keita Matsuo, Leonard Barolli:
Implementation of a Moving Omnidirectional Access Point Robot and a Position Detecting System. IMIS 2020: 203-212 - [c2]Atushi Toyama, Kenshiro Mitsugi, Keita Matsuo, Leonard Barolli:
Optimal Number of MOAP Robots for WMNs Using Silhouette Theory. INCoS 2020: 281-290 - [c1]Kenshiro Mitsugi, Atushi Toyama, Keita Matsuo, Leonard Barolli:
Optimal Number of MOAP Robots for WMNs Using Elbow Theory. NBiS 2020: 116-126
Coauthor Index
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