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 Conference Papers (Available on Advance Programs)  (Sort by: Date Descending)
 Results 1 - 16 of 16  /   
Committee Date Time Place Paper Title / Authors Abstract Paper #
NS, IN
(Joint)
2024-03-01
09:20
Okinawa Okinawa Convention Center A Configuration Method for Wireless Sensor Networks with Mobile Sink Using Particle Swarm Optimization
Sousuke Aramaki, Masami Yoshida, Taku Noguchi (Ritsumeikan Univ) NS2023-202
Wireless sensor networks often suffer from the "hot spot" problem, where specific nodes near the sink experience rapid e... [more] NS2023-202
pp.178-183
ICTSSL, CAS 2020-01-30
14:20
Tokyo   Data throughput over spanning trajectories on mWSNs with grid topology
Yoshihiro Kaneko, Hiroki Skakabe (Gifu Univ.) CAS2019-71 ICTSSL2019-40
Based on mobile elements such as sink and/or relay, we aim at theoretical unification of data transmission in wireless s... [more] CAS2019-71 ICTSSL2019-40
pp.43-46
CAS, MSS, IPSJ-AL [detail] 2017-11-16
15:40
Tokyo   The stable transmission tree and minimum cost transmission tree on wireless sensor network with mobile sink along the boundary
Yoshihiro Kaneko, Tsubasa Yamada, Takuya Tsujimoto (Gifu Univ.) CAS2017-47 MSS2017-31
In wireless sensor network WSN, data are collected and transmitted toward one node called a sink, if necessary, in a mul... [more] CAS2017-47 MSS2017-31
pp.45-50
ASN, MoNA, MICT
(Joint)
2017-01-19
10:30
Oita   Route Control for Mobile Sink in On-Demand Wireless Sensor Networks exploiting Wake-up Receiver
Masato Miyatake, Hiroyuki Yomo (Kansai Univ.) ASN2016-69
In order to realize energy-efficiency of wireless sensor networks (WSN), we have designed on-demand WSN where a wake-up ... [more] ASN2016-69
pp.1-6
ASN 2016-05-13
14:30
Tokyo   [Poster Presentation] Efficient Data Collection for Participatory Sensing using Smartphones
Hiro Onishi, Takuya Asaka (Tokyo Metropolitan Univ.) ASN2016-17
With the spread of high-performance mobile terminal including sensors, participatory sensing is attracting attention for... [more] ASN2016-17
pp.89-90
NS, IN
(Joint)
2016-03-03
11:00
Miyazaki Phoenix Seagaia Resort Mobility Control Method to Improve Reachability and Area Coverage Performance of Obtained Data in Underwater Sensor Networks
Wataru Kishigami, Yosuke Tanigawa, Hideki Tode (Osaka Pref Univ.) NS2015-197
These days, underwater exploration demand is increasing in the field of industry, science, military, and so on.
Hence,... [more]
NS2015-197
pp.167-172
WBS, MICT 2015-07-21
14:40
Nara Nara Institute of Science and Technology [Invited Talk] Radio-On-Demand Networks: Field Trial and Applications to Mobile Sensing
Hiroyuki Yomo (Kansai Univ.), Tetsuya Ito (NEC Communication Systems), Akio Hasegawa (ATR), Takeshi Ikenaga (Kyushu Institute of Technology) WBS2015-20 MICT2015-24
Realizing energy-efficiency is a key to expanding the application area of wireless networks. In order to reduce energy c... [more] WBS2015-20 MICT2015-24
pp.41-46
NS 2013-10-17
11:15
Hokkaido Hokkaido Univ. Sensor Data Transmission Protocol for Randomly Mobile Sink Nodes
Toshiki Tsurumaki, Hiroaki Higaki (Tokyo Denki Univ.) NS2013-94
In sensor networks, sensor data messages are transmitted from sensor nodes to a sink node by using wireless multihop tra... [more] NS2013-94
pp.25-30
DE, IPSJ-DBS, IPSJ-IFAT 2013-07-22
11:00
Hokkaido Hokkaido University On a Data Gathering Method Considering Multiple Sinks in Dense Mobile Sensor Networks
Keisuke Goto, Yuya Sasaki, Takahiro Hara, Shojiro Nishio (Osaka Univ.) DE2013-19
In Mobile Sensor Networks (MSNs) where mobile sensor nodes densely exist, it is desirable to gather sensor data from the... [more] DE2013-19
pp.19-24
RCS, IN
(Joint)
2013-05-16
11:10
Tokyo Kikai-Shinko-Kaikan Bldg. Proposal and implementation of controlled sink mobility using potential fields in wireless sensor networks
Yuuki Fujita, Shinya Toyonaga, Daichi Kominami, Masayuki Murata (Osaka Univ.) IN2013-13
In recent years, many studies have been conducted on incorporating mobile sinks into sensor networks
and controlling th... [more]
IN2013-13
pp.7-12
IN, MoNA
(Joint)
2012-11-21
13:55
Fukuoka Fukuoka Institute of Technology Sensor Data Message Transmissions to Randomly Mobile Sink Nodes
Toshiki Tsurumaki, Hiroaki Higaki (Tokyo Denki Univ.) IN2012-111
It is efficient for shorter transmission delay and distribution of consumption of battery capacities and communication b... [more] IN2012-111
pp.7-12
MoNA, AN, USN
(Joint)
2012-01-19
14:35
Mie Todaya (Toba) Sensor Data Message Transmissions to Mobile Sink Nodes
Toshiki Tsurumaki, Hiroaki Higaki (Tokyo Denki Univ.) AN2011-65
In sensor networks, sensor data messages are transmitted from sensor nodes to a sink node by using wireless multihop tra... [more] AN2011-65
pp.59-64
DE 2011-08-02
10:30
Kyoto Ritusmei University, Suzaki Campus On an Agent Relocation Method for Data Gathering Using Mobile Agents in Dense Mobile Sensor Networks
Keisuke Goto, Yuya Sasaki, Takahiro Hara, Shojiro Nishio (Osaka Univ.) DE2011-28
In mobile sensor networks in which mobile sensor nodes densely exist, to reduce the communication cost for sensing opera... [more] DE2011-28
pp.7-12
IN 2010-12-17
13:05
Hiroshima Hiroshima City Univ. A prolonging network lifetime method for wireless sensor networks with coexistence of mobile/static sinks
Seiji Mitani, Shinji Inoue, Yoshiaki Kakuda (Hiroshima City Univ.) IN2010-111
In traditional wireless sensor networks(WSNs), it is an important issue that battery power shortage of sensor nodes whic... [more] IN2010-111
pp.81-85
SIP, CAS, CS 2010-03-01
10:20
Okinawa Hotel Breeze Bay Marina, Miyakojima A Study of Connectivity-Based Node Clustering for Wireless Sensor Networks
Tetsushi Fukabori (Tohoku Univ.), Hidehisa Nakayama (Tohoku Inst. of Tech.), Hiroki Nishiyama, Nei Kato (Tohoku Univ.) CAS2009-87 SIP2009-132 CS2009-82
In wireless sensor networks (WSNs), nodes, equipped with sensors and wireless communication devices, are scattered and t... [more] CAS2009-87 SIP2009-132 CS2009-82
pp.53-58
AN 2008-12-12
09:40
Tokyo Kikai-Shinko-Kaikan Bldg. Sink Routing on Static Ad Hoc Networks -- The Reduction to Network flow problem --
Yoshihiro Kaneko (Gifu Univ.) AN2008-60
Here in this report, “static” means “no moving during communication”. Some sensor networks, for instance, assumes that a... [more] AN2008-60
pp.47-52
 Results 1 - 16 of 16  /   
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