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 Conference Papers (Available on Advance Programs)  (Sort by: Date Descending)
 Results 1 - 20 of 61  /  [Next]  
Committee Date Time Place Paper Title / Authors Abstract Paper #
NS 2021-05-14
11:20
Online Online Examination of Network Topology Information Acquisition Method in Wireless Mesh SDN
Keisuke Maesako, Ken Kumakura, Liang Zhang (SoftBank) NS2021-24
A wireless mesh network is constructed with multiple aircrafts equipped with wireless communication devices. A centraliz... [more] NS2021-24
pp.56-61
CAS, ICTSSL 2021-01-28
15:50
Online Online Evaluation of routing protocol for DANET with Considering cooperative control between Drones
Norihisa Watanabe, Koichi Gyoda (SIT) CAS2020-50 ICTSSL2020-35
Unmanned aerial vehicles, such as drones, are used for a variety of purposes. At present, in most of case, drones and op... [more] CAS2020-50 ICTSSL2020-35
pp.63-67
CAS, ICTSSL 2021-01-28
16:15
Online Online A Study on Control Traffic Reduction Method Depending on the Number of neighbor nodes in Wireless Ad Hoc Network
Hiroshi Watanuki, Koichi Gyoda (SIT) CAS2020-51 ICTSSL2020-36
AODV is a typical routing protocol for wireless ad hoc network. When AODV starts to construct a route, rebroadcast of th... [more] CAS2020-51 ICTSSL2020-36
pp.68-72
NS 2020-10-08
11:10
Online Online An Extension of AODV Routing Protocol for High Density and Wide range Ad hoc Networks
Shingo Yoshida, Masami Yoshida, Alberto Gallegos Ramonet, Taku Noguchi (Ritsumei Univ.) NS2020-65
With the development of wireless communication technology, Ad-hoc networks using direct communication links between wir... [more] NS2020-65
pp.54-58
CQ 2019-08-28
15:30
Hokkaido Hakodate arena Construction of Flying Ad-hoc Network For the Support of Terrestrial Communications
Kazuya Takeishi, Gallegos Alberto, Taku Noguchi (Ritsumeikan Univ.) CQ2019-85
Conventional network infrastructure cannot be used in the case of natural disasters, therefore, communications can be te... [more] CQ2019-85
pp.141-145
SeMI, RCS, NS, SR, RCC
(Joint)
2019-07-11
10:40
Osaka I-Site Nanba(Osaka) [Poster Presentation] A Study on Efficient Secure Routing Protocol based on AODV for Large Scale Ad Hoc Networks
Yuma Shibasaki, Koya Sato, Keiichi Iwamura (TUS) RCC2019-31 NS2019-67 RCS2019-124 SR2019-43 SeMI2019-40
This paper proposes a secure routing protocol based on Ad hoc On-demand Distance Vector (AODV) that achieves both securi... [more] RCC2019-31 NS2019-67 RCS2019-124 SR2019-43 SeMI2019-40
pp.101-106(RCC), pp.127-132(NS), pp.123-128(RCS), pp.133-138(SR), pp.115-120(SeMI)
IN, NS
(Joint)
2019-03-05
13:30
Okinawa Okinawa Convention Center Ad Hoc Routing with Restricted Relay Nodes Based on their Location Information
Shota Ono, Taku Yamazaki, Takumi Miyoshi (Shibaura Inst. Tech.) NS2018-278
In MANET~(mobile ad hoc network), radio interferences and terminal mobility decrease the packet arrival rate due to dyna... [more] NS2018-278
pp.491-494
MoNA 2018-12-25
13:00
Tokyo   Low-delay route construction method against black hole attack in MANET
Nozomi Sasaki, Shintaro Imai, Yoshikazu Arai, Toshimitsu Inomata (Iwate Prefectural Univ.) MoNA2018-45
Black hole attack to MANET which is constituted by an unspecified number of nodes is a big threat. In black hole attack,... [more] MoNA2018-45
pp.37-41
NS, IN
(Joint)
2018-03-02
13:10
Miyazaki Phoenix Seagaia Resort Effect of RREP Retransmission on Route Construction of Reactive Routing Ad Hoc Network
Masahiro Hayashi, Yasushi Yamao (The Univ. of Electro-Communications) IN2017-133
Reactive routing protocol constructs a route by flooding route request (RREQ) messages. However, it sometimes fails in r... [more] IN2017-133
pp.261-266
ITS, WBS, RCC 2017-12-15
13:55
Okinawa Tiruru/Okinawa Jichikaikan Prolonging lifetime of nodes by route reconstruction method using sequence numbers in AODV
Yuta Suzuki, Kouji Ohuchi (Shizuoka Univ.) WBS2017-78 ITS2017-55 RCC2017-94
Multihop communication, in which mobile terminals form a network without the infrastructure, is a promising technique to... [more] WBS2017-78 ITS2017-55 RCC2017-94
pp.245-250
NS, RCS
(Joint)
2016-12-22
09:40
Ishikawa   Analysis of Route Construction Success Probability in Ad Hoc Network Routing Scheme Employing Delay Control
Masahiro Hayashi, Yasushi Yamao (UEC) RCS2016-220
Reactive routing protocol constructs a route by flooding route request (RREQ) messages. However, it sometimes fails in r... [more] RCS2016-220
pp.63-68
RCS, IT, SIP 2016-01-18
14:05
Osaka Kwansei Gakuin Univ. Osaka Umeda Campus Evaluation of Field Experiment for Routing Algorithm in Wi-Fi Mesh Network and Application for Agricultural Field
Kohei Otagiri, Masashi Ikeda, Takuya Akiyama (Suwa Tokyo Univ), Kaito Komatsu, Reo Tsuchida, Zyunto Hiraguri, Tadaaki Yangisawa, Ikuhiro Ishizawa (Komagane industrial High School), Kazuhiro Yamguchi, Hideaki Matsue (Suwa Tokyo Univ) IT2015-73 SIP2015-87 RCS2015-305
This paper describes field experimental results about AODV routing protocol for mesh and multi-hop networks based on WiF... [more] IT2015-73 SIP2015-87 RCS2015-305
pp.149-154
ISEC, IT, WBS 2015-03-02
16:40
Fukuoka The University of Kitakyushu Throughput Analysis Considering Route Shapes in Multi-hop Communication with Node Skipping
Kohei Mimura, Kouji Ohuchi (Shizuoka Univ.) IT2014-88 ISEC2014-101 WBS2014-80
In this paper, the authors analyze the throughput in multi-hop networks with node skipping by simulation. Radio waves fl... [more] IT2014-88 ISEC2014-101 WBS2014-80
pp.167-172
SIP, RCS 2015-01-22
09:40
Okayama Okayama Univ. Performance Evaluation of Routing Control Scheme with Traffic Load Balance and QoS Based on OLSR and AODV for Wi-Fi Mesh Networks.
Kazunari Mukaiyama, Takaharu Nagahashi, Takashi Akiyama, Toru Kitazawa, Kazuhiro Yamaguchi, Hideaki Matsue (Tokyo University of Science, Suwa) SIP2014-83 RCS2014-271
In this paper, the routing methods based on OLSR and AODV for Wi-Fi mesh network systems considering the traffic load ba... [more] SIP2014-83 RCS2014-271
pp.13-18
RCC, ASN, NS, RCS, SR
(Joint)
2014-08-01
13:00
Kyoto Kyoto Terrsa A Novel Enhanced Max-Min Residual Battery-Aware Routing Protocol in Ad Hoc Networks
Zhimu Huang, Bo Yang (Waseda Univ.), Ryo Yamamoto (Univ. of Electro-Comm.), Yoshiaki Tanaka (Waseda Univ.) NS2014-75
An ad hoc network is characterized as a self-organized multi-hop wireless network. It does not rely on any pre-existing... [more] NS2014-75
pp.149-154
ASN 2014-05-29
14:30
Tokyo Convention Hall, RCAST, The University of Tokyo [Poster Presentation] Evaluation of Location Information-Based Cluster Head Selection Scheme for Autonomous Clustering in MANETs
Yuto Aoki, Tomoyuki Ohta, Yoshiaki Kakuda (Hiroshima City Univ.) ASN2014-25
A Mobile Ad hoc NETwork(MANET) is a network that consists of mobile nodes without the aid of base stations.Autonomous cl... [more] ASN2014-25
pp.83-85
IN, NWS
(Joint)
2014-01-24
10:45
Aichi Nagoya International Center Sleep Scheduling Method for Data Redundancy over Sensor Networks Divided into Sensor Areas
Masato Nakamura, Shigetomo Kimura (Univ. of Tsukuba) IN2013-127
In wireless sensor networks, various proposals have been to energy efficiency, but these were not considered at providin... [more] IN2013-127
pp.57-62
IN 2013-06-21
13:00
Fukui University of Fukui, Bunkyo Campus, Memorial Academy Hall Examination on Route Construction Method of MANET where Nodes are Crowded
Yuji Ikema, Osamu Mizuno (Kogakuin Univ.) IN2013-32
MANET is expected as a way to communicate when large disaster is happen. In this report, we assume that MANET is operate... [more] IN2013-32
pp.39-44
IN 2013-01-24
14:55
Kagoshima Kagoshima-Ken-Sangyo-Kaikan AODV Path Establishment Based on Battery Charging and Discharging States
Shimpei Ohyama, Marat Zhanikeev, Hitoshi Watanabe (Tokyo Univ. of Science) IN2012-139
In smartphone-based Ad Hoc networks (MANETs), it is necessary to consider power efficiency and available battery capacit... [more] IN2012-139
pp.5-9
NS, OCS, PN
(Joint)
2012-06-21
10:15
Yamagata Yamagata Univ. Performance Evaluation of a Multicast Routing Protocol for Wireless Mesh Networks Considering Network Load
Kiyotaka Oe, Akio Koyama (Yamagata Univ.) NS2012-32
Wireless Mesh Networks (WMNs) provide wide Wireless LAN (WLAN) area by connecting Access Points (APs) of WLANs each othe... [more] NS2012-32
pp.17-22
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