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All Technical Committee Conferences (Searched in: All Years)
| Committee | Date Time | Place | Paper Title / Authors | Abstract | Paper # | |
| SAT | 2019-10-11 16:10 |
Fukuoka | JR HAKATA CITY {10F RoomA+B} | Performance Evaluation of Maximum Estimation Error of User Position Detection Method using Single Unmanned Aerial Vehicle Hiroyasu Ishikawa, Yuki Horikawa (Nihon Univ.), Hideyuki Shinonaga (Toyo Univ.)  SAT2019-64 |
In the typical unmanned aircraft systems (UASs), several unmanned aerial vehicles (UAVs) traveling at a velocity of 40–1... [more] | SAT2019-64 pp.121-126 |
| AP, SANE, SAT (Joint) |
2019-07-19 11:15 |
Miyagi | Tohoku Univ. | Performance evaluations of position detection method using unmanned aerial vehicles based on maximum positioning error estimation method Yuki Horikawa, Hiroyasu Ishikawa (Nihon Univ.) SAT2019-16 |
A typical Unmanned aircraft system (UAS) is composed of several unmanned aerial vehicles (UAVs) and a ground station. It... [more] | SAT2019-16 pp.43-48 |
| SRW | 2018-08-20 15:25 |
Okayama | Okayama Univ. | [Invited Talk]
Indoor Localization Using IR-UWB and Effective Approaches for Performance Improvement Li Huan-Bang, Ryu Miura, Toshinori Kagawa, Fumihide Kojima (NICT) SRW2018-19 |
The authors have been developing and evaluating IR-UWB positioning system. A mobile node performs time-of-arrival (TOA) ... [more] | SRW2018-19 pp.57-62 |
| SAT, RCS (Joint) |
2018-08-10 13:05 |
Iwate | Iwate University | Accuracy estimation for position detection method using unmanned aerial vehicles based on positioning accuracy index Hiroyasu Ishikawa, Yuki Horikawa, Yuki Saito (Nihon Univ.) SAT2018-42 |
In a typical unmanned aircraft systems (UASs) model, several unmanned aerial vehicles (UAVs) traveling at a velocity of ... [more] | SAT2018-42 pp.73-78 |
| WBS, IT, ISEC | 2018-03-09 14:20 |
Tokyo | Katsusika Campas, Tokyo University of Science | Performance Comparison of User Position Detection Method using Multiple Unmanned Aerial Vehicles based Positioning Accuracy Index Hiroyasu Ishikawa, Hiroki Onuki (Nihon Univ.) IT2017-147 ISEC2017-135 WBS2017-128 |
In a typical unmanned aircraft systems (UASs) model, several unmanned aerial vehicles (UAVs) traveling at a velocity of ... [more] | IT2017-147 ISEC2017-135 WBS2017-128 pp.265-270 |
| SAT | 2017-10-27 09:00 |
Okinawa | Okinawa Cellular Telephone Company | A Doppler-shift-based User Position Detection Method using Unmanned Aerial Vehicls Hiroyasu Ishikawa, Hiroki Onuki, Yuki Saito (Nihon Univ.) SAT2017-48 |
Unmanned aircraft systems (UASs) have been researched and developed as temporal communication systems for emergency and ... [more] | SAT2017-48 pp.65-70 |
| RCS, SAT (Joint) |
2017-08-17 10:50 |
Niigata | Niigata Univ. | Evaluation of Flight Route for Unmanned Aerial Vehicle based User Position Detection Method using Positioning Accuracy Index Hiroyasu Ishikawa (Nihon Univ.) SAT2017-21 |
In the typical unmanned aircraft system (UAS) model, several numbers of unmanned aerial vehicle (UAV) with the velocity ... [more] | SAT2017-21 pp.7-12 |
| WBS, SAT (Joint) |
2017-05-25 13:50 |
Tochigi | Utsunomiya Univ. Yoto Campus | Study on Positioning Accuracy Index for User Position Detection Method Using Unmanned Aerial Vehicles Hiroyasu Ishikawa (Nihon Univ.) SAT2017-3 |
In the typical unmanned aircraft system (UAS) model, several numbers of unmanned aerial vehicle (UAV) with the velocity ... [more] | SAT2017-3 pp.13-18 |
| SAT, RCS (Joint) |
2016-08-18 09:55 |
Miyagi | Tohoku Gakuin University | Performance Evaluation of GPS Measurement Data under Multipath Environment Hiroki Onuki, Hiroyasu Ishikawa (Nihon Univ.) SAT2016-37 |
In the Global Positioning System(GPS), high accurate position determination is carried out by receiving signals from mor... [more] | SAT2016-37 pp.25-30 |
| RCC, ITS, WBS | 2015-12-18 13:00 |
Okinawa | Okinawa Industry Support Center | A Real-Time Indoor Position Tracking System Using IR-UWB
-- A Study on Relationship between Number of Base Station and Positioning Precision -- Toshinori Kagawa, Huan-Bang Li, Ryu Miura (NICT) WBS2015-74 ITS2015-46 RCC2015-76 |
Demands for indoor-positioning or indoor-navigation are increasing in many fields such as marketing, shopping, industrie... [more] | WBS2015-74 ITS2015-46 RCC2015-76 pp.197-201 |
| SANE | 2015-07-24 16:25 |
Tokyo | Electric Navigation Research Institute | Performance Evaluation of Indian SBAS in Japan Takahiro Aso, Takeyasu Sakai, Mitsunori Kitamura (ENRI) SANE2015-32 |
The SBAS (satellite-based augmentation system), one of the GPS augmentation systems, has been implemented in the Japanes... [more] | SANE2015-32 pp.47-50 |
| MoNA, IPSJ-MBL, IPSJ-DPS | 2015-05-28 12:05 |
Okinawa | Miyakojima Marine Terminal | A Study on Indoor Positioning System Using Terminal Cooperation Jumpei Ogawa, Tooru Takanaka, Masaomi Yoshikawa, Yoshiki Nanba, Hiroyuki Inamura (TOSHIBA) MoNA2015-4 |
Location management service is required to improve operating effectiveness of indoor worker. In location management serv... [more] | MoNA2015-4 pp.45-48 |
| WBS, SAT (Joint) |
2015-05-28 13:50 |
Tokyo | Tokyo City Univ. (Setagaya Campus) | Simulation Evaluation of Multipath Environment Model Using GPS Reception Data Hiroyasu Ishikawa, Takuya Komatsu (Nihon Univ.) SAT2015-3 |
In the Global Positioning System(GPS), calculation of position determination is carried out by multiplying the velocity ... [more] | SAT2015-3 pp.13-18 |
| WBS, SAT (Joint) |
2015-05-29 11:35 |
Tokyo | Tokyo City Univ. (Setagaya Campus) | UWB ranging and communication system according to condition of moving route for navigating a mobile robot. Junki Okamoto, Keitaro Inagaki, Ryuji Kohno (YNU) WBS2015-12 |
The position information of the robot is required in order to perform a remote operation and environment sensing for the... [more] | WBS2015-12 pp.61-65 |
| WBS, SAT (Joint) |
2013-05-16 14:55 |
Tochigi | Utsunomiya Univ. | Simulation Evaluation of GPS System under Multipath Environment Model Hiroyasu Ishikawa, Fumiya Ohba, Takuya Komatsu (Nihon Univ.) SAT2013-2 |
In the Global Positioning System(GPS), calculation of position determination is carried out by multiplying the velocity ... [more] | SAT2013-2 pp.7-12 |
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