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 Conference Papers (Available on Advance Programs)  (Sort by: Date Descending)
 Results 1 - 20 of 21  /  [Next]  
Committee Date Time Place Paper Title / Authors Abstract Paper #
IN, NS
(Joint)
2021-03-05
11:40
Online Online Influence of P2P content distribution and network structural changes on IP traffic
Rui Maeda, Michiko Harayama (Gifu Univ.) IN2020-85
Since 2010, the scale and traffic of the Internet have been increasing due to the enhancement of content, higher quality... [more] IN2020-85
pp.184-189
SeMI, IPSJ-MBL, IPSJ-UBI [detail] 2021-03-02
10:50
Online Online A Proposal for Location Predictive V2V Routing Considering Link Quality
Masahiro Nishioka, Michiko Harayama (Gifu Univ) SeMI2020-64
VANETs, the automotive IoT networks, are currently drawing attention to reducing accidents and improving vehicle conveni... [more] SeMI2020-64
pp.35-40
NS 2020-05-15
11:10
Online Online Prediction of Hyper Giants in AS topology using machine learning
Takuro Kudo, Michiko Harayama (Gifu Univ.) NS2020-14
For decades, the Internet penetration rate in the world is increasing rapidly. On behave of this, the structure of AS to... [more] NS2020-14
pp.39-44
IA, SITE, IPSJ-IOT [detail] 2020-03-03
12:50
Online Online 3D visualization of AS topology
Ippei Onishi, Michiko Harayama (Gifu Univ.) SITE2019-97 IA2019-75
 [more] SITE2019-97 IA2019-75
pp.113-118
SeMI, IPSJ-MBL, IPSJ-UBI 2020-03-03
14:30
Online Online Proposal of MANET simulation method on the undulating field
Kohei Fukaya, Michiko Harayama (Gifu Univ.) SeMI2019-140
 [more] SeMI2019-140
pp.287-292
IN, IA
(Joint)
2019-12-19
11:10
Hiroshima Satellite Campus Hiroshima Improved Communication Fairness of SMPC
Wataru Mano, Michiko Harayama (Gifu Univ) IN2019-46
SMPC (Simultaneous Multi-Path Communication) is a multi-path communication method that transmits a single flow simultane... [more] IN2019-46
pp.7-12
RISING
(2nd)
2019-11-26
14:10
Tokyo Fukutake Learning Theater, Hongo Campus, Univ. Tokyo [Poster Presentation] SMPC traffic control using Neural Network
Noboru Miyagawa, michiko harayama (Gifu Univ.)
 [more]
IN, NS
(Joint)
2019-03-04
09:00
Okinawa Okinawa Convention Center AS-Level Topology Modelling focused on Peer Links
Hayato Ido, Michiko Harayama (Gifu Univ.) IN2018-87
 [more] IN2018-87
pp.19-24
IN, NS
(Joint)
2019-03-04
10:30
Okinawa Okinawa Convention Center Improvement of VANET routing using 2-hop adjacent node information
Keiichi Imaizumi, Michiko Harayama (Gifu Univ.) IN2018-102
 [more] IN2018-102
pp.109-113
IN, NS
(Joint)
2019-03-05
14:50
Okinawa Okinawa Convention Center Implementation of Path-priority Control in 3-path SMPC
Kenta Inaguma, Michiko Harayama (Gifu Univ.) IN2018-134
Delivery of large-capacity content not only takes time for communication, but also consumes large network resources and ... [more] IN2018-134
pp.301-306
MoNA, ASN, IPSJ-MBL, IPSJ-UBI [detail] 2018-02-27
13:25
Tokyo Sophia University 3D Simulation for MANET in Mountainous Areas
Kosuke Watanabe, Michiko Harayama (Gifu Univ.) ASN2017-120
MANET (Mobile Ad hoc Network) is expected to provide a means of communication in natural environments like mountainous a... [more] ASN2017-120
pp.303-308
CQ 2018-01-19
12:10
Tokyo NII Data distribution Index for Autonomous Systems
Masahiro Teshi, Michiko Harayama (Gifu Univ.) CQ2017-95
AS (Autonomous System) topology is a graph where a node is an AS and an edge is a connection between ASes obtained from ... [more] CQ2017-95
pp.57-62
RCS, NS
(Joint)
2014-12-19
10:20
Mie Iseshi-Kanko-Bunka-Kaikan (Mie) MANET routing with power control focused on the degree of nodes
Yukinari Hayashi, Michiko Harayama (Gifu Univ) RCS2014-246
In a MANET constructed at mobile terminals, instability of the communication and energy consumption of the terminals bec... [more] RCS2014-246
pp.153-158
NS, IN
(Joint)
2014-03-06
09:30
Miyazaki Miyazaki Seagia Path priority control method for simultaneous multi-path communication
Akiji Tanaka, Michiko Harayama (Gifu Univ.) NS2013-201
Transmission of large capacity content data likely induces congestion and increases transmission load on the bottleneck ... [more] NS2013-201
pp.143-148
ASN, RCS, NS, SR
(Joint)
2013-07-18
10:20
Shizuoka Hamamatsu Act City [Poster Presentation] Electric power saving of Mobile Ad hoc Network's relay nodes by the transmission power control -- Electric power saving that include reception available power --
Yukinari Hayashi, Michiko Harayama (Gifu Univ.) NS2013-40 RCS2013-91 SR2013-28 ASN2013-58
The reduction in electricity consumption of relay terminals is a crucial subject in today’s mobile ad hoc network (MANET... [more] NS2013-40 RCS2013-91 SR2013-28 ASN2013-58
pp.37-42(NS), pp.79-84(RCS), pp.45-50(SR), pp.65-70(ASN)
PRMU, SP, MVE, CQ 2010-01-21
11:40
Kyoto Kyoto Univ. A proposal of multipath data transfer method with source routing using IPv6 routing header.
Akiji Tanaka, Maki Yamada, Michiko Harayama (Gifu Univ.) CQ2009-66 PRMU2009-165 SP2009-106 MVE2009-88
In the current routing paradigms of TCP/IP communication, the communication path between two nodes is uniquely decided. ... [more] CQ2009-66 PRMU2009-165 SP2009-106 MVE2009-88
pp.79-84
IA, ICSS 2009-06-19
13:00
Tokyo Kikai-Shinko-Kaikan Bldg Key escrow method of personal decryptographic key by using elliptic curve caliculation
Michiko Harayama, Kouji Sakai, Hiroyuki Goto (Gifu Univ.) IA2009-17 ICSS2009-25
 [more] IA2009-17 ICSS2009-25
pp.91-96
CAS, CS, SIP 2009-03-02
09:15
Gifu Nagaragawa Convention Center Prediction of node movement for routing method of ad-hoc network.
Tsutomu Tanaka, Michiko Harayama (Gifu Univ.) CAS2008-101 SIP2008-164 CS2008-75
Among ad-hoc network routing methods reinforcement-learning routing has a benefit not to consume network bandwidth compa... [more] CAS2008-101 SIP2008-164 CS2008-75
pp.1-6
NS 2009-01-22
15:20
Saga Saga University Network simulator for IPv6 source routing
Akiji Tanaka, Michiko Harayama (Gifu Univ.) NS2008-127
Concerning to QoS of internet communication we have proposed a source routing method by using IPv6 routing header. In or... [more] NS2008-127
pp.13-16
IA 2008-05-30
15:50
Tokyo Kikai-Shinko-Kaikan Bldg. A proposal of QoS improvement method with source routing using IPv6 routig header
Akiji Tanaka, Michiko Harayama (Gifu Univ.) IA2008-11
QoS source routing methods has been proposed in order to improve the quality of service (QoS) of computer networks. The... [more] IA2008-11
pp.55-60
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