Committee |
Date Time |
Place |
Paper Title / Authors |
Abstract |
Paper # |
MoNA |
2018-12-25 09:15 |
Tokyo |
|
Research on Disaster Information Communication system using Message Ferry Ryoma Sato, Koichi Gyoda (SIT) MoNA2018-38 |
When large-scale disasters occur, disaster prevention radio is prepareed as a method of communicating disaster informati... [more] |
MoNA2018-38 pp.1-4 |
MoNA |
2018-12-25 09:35 |
Tokyo |
|
Study on Performance Improvement of MANET Protocol FORP-SOS for Disaster Relief Communication Satoru Inazu, Koich Gyoda (Sshibaura Inst. of Tech.) MoNA2018-39 |
The use of MANET (Mobile Ad-hoc Network) is expected as an alternative communication means when the existing cellular ph... [more] |
MoNA2018-39 pp.5-8 |
MoNA |
2018-12-25 09:55 |
Tokyo |
|
Study on MANET protocol DSR-SOS for disaster rescue communication Koya Kasama, Koichi Gyoda (Shibaura Inst. of Tech.) MoNA2018-40 |
When a large scale disaster is occurred, the existing communication infrastructure may be destroyed due to physical dama... [more] |
MoNA2018-40 pp.9-12 |
MoNA |
2018-12-25 10:15 |
Tokyo |
|
Evaluation method of wireless ad-hoc network protocol for inter-vehicle communication using actual environment-based model Kiichi Ishijima, Koichi Gyoda (SIT) MoNA2018-41 |
There are AODV, FORP, iFORP, etc. as routing control protocols of wireless ad hoc networks which are supposed to be used... [more] |
MoNA2018-41 pp.13-17 |
MoNA |
2018-12-25 10:45 |
Tokyo |
|
Characteristic analysis of mean packet delay in DR-MPCP to limit traffic of malicious users Tomoko Kamimura, Sumiko Miyata (Shibaura Inst. of Tech.) MoNA2018-42 |
In the optical access network, EPON has become widespread. For uplink communication of EPON, communication is reserved b... [more] |
MoNA2018-42 pp.19-24 |
MoNA |
2018-12-25 11:05 |
Tokyo |
|
Network traffic prediction method considering chaos theory with TCP and UDP Naoto Suzuki, Sumiko Miyata (SIT) MoNA2018-43 |
With the diversification of streaming communication, we need to predict network traffic in a mixed environment of TCP an... [more] |
MoNA2018-43 pp.25-30 |
MoNA |
2018-12-25 11:25 |
Tokyo |
|
A Study of utility effectiveness of flow admission control with user unsatisfaction Hiroshi Shibayama, Sumiko Miyata (SIT) MoNA2018-44 |
[more] |
MoNA2018-44 pp.31-36 |
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 |
MoNA |
2018-12-25 13:25 |
Tokyo |
|
FAST OPTIMIZATION ALGORITHM ON COMPLEX OBLIQUE MANIFOLD FOR HYBRID PRECODING IN MILLIMETER WAVE MIMO SYSTEMS Hiroyuki Kasai (UEC) MoNA2018-46 |
[more] |
MoNA2018-46 pp.43-48 |
MoNA |
2018-12-25 14:00 |
Tokyo |
|
Emotions detection scheme using facial skin temperature and heart rate Kahil Mustafa Jamal S, Eiji Kamioka (SIT) MoNA2018-47 |
The main aim of this study is to detect emotions based on facial skin temperature and Heart Rate (HR) Using thermals cam... [more] |
MoNA2018-47 pp.49-54 |
MoNA |
2018-12-25 14:20 |
Tokyo |
|
ASSESSING VERACITY OF INFORMATION BASED ON EMOTION ANALYSIS Fatin Amanina Ahmad Tarmizi, Eiji Kamioka (Shibaura Institute of Technology) MoNA2018-48 |
Veracity assessment has attracted researchers from many fields including computer science and social science. This is be... [more] |
MoNA2018-48 pp.55-60 |
MoNA |
2018-12-25 14:40 |
Tokyo |
|
Detection of Predator Animals Features using Machine Learning Fahad Alharbi, Eiji Kamioka (SIT) MoNA2018-49 |
In this paper, predator animals feature detection is discussed. Animals recognition is one of the areas in which a limit... [more] |
MoNA2018-49 pp.61-66 |
MoNA |
2018-12-25 15:00 |
Tokyo |
|
Human Gait Recognition Method for Long and Baggy Clothes Using Machine Learning Abrar Alharbi, Eiji Kamioka (SIT) MoNA2018-50 |
Human gait is a significant biometric feature used for the identification of people by their style of walking. In compar... [more] |
MoNA2018-50 pp.67-72 |
MoNA |
2018-12-25 15:30 |
Tokyo |
|
Two types of flows admission control considering bandwidth variation to maximize total user satisfaction Yuya Toyoshima, Sumiko Miyata (SIT) MoNA2018-51 |
Admission control has been proposed to maximize the total user satisfaction level while considering the behavior.In this... [more] |
MoNA2018-51 pp.73-78 |
MoNA |
2018-12-25 15:50 |
Tokyo |
|
Video quality influence on changed buffer occupancy of MPEG-DASH using queueing theory Daisuke Kasuya, Sumiko Miyata (SIT) MoNA2018-52 |
In recent years, traffic of video streaming data is increasing. Therefore, MPEG-DASH, which is one of the protocols adap... [more] |
MoNA2018-52 pp.79-84 |
MoNA |
2018-12-25 16:10 |
Tokyo |
|
Traffic load characteristics analysis of equality based flow admission control by using virtual machines Hayato Sato, Sumiko Miyata (SIT) MoNA2018-53 |
A new admission control scheme that maximizes the satisfaction level (minimizes the total call loss probability) which a... [more] |
MoNA2018-53 pp.85-90 |
MoNA |
2018-12-25 16:40 |
Tokyo |
|
Improvement and Evaluation of Sleeping Monitoring System for Evacuees’ Health Management in Case of Disaster Masato Abe, Gyoda Koichi (Shibaura Inst. of Tech.) MoNA2018-54 |
For the purpose of self-health management of victims whose house is collapsed by a disaster and force to evacuate in the... [more] |
MoNA2018-54 pp.91-94 |
MoNA |
2018-12-25 17:00 |
Tokyo |
|
Detection of user's movement state using rotation vector sensor in indoor PDR for disaster relief Masaki Nishizaka, Hiroaki Morino (SIT) MoNA2018-55 |
It is important to quickly rescue the requisite rescuers in the building after a large-scale disaster such as an earthqu... [more] |
MoNA2018-55 pp.95-99 |
MoNA |
2018-12-25 17:20 |
Tokyo |
|
A network collaboration experiment system of various kinds of robots at the exhibition hall Satoshi Okano, Tomoyuki Nakai, Nobuto Matsuhira (SIT), Ryo Yamaguchi, Eri Shimokawara (TMU), Masahiko Narita (AIIT) MoNA2018-56 |
By networking a large variety of many robots, it becomes a robot network system that can respond to various needs. In th... [more] |
MoNA2018-56 pp.101-105 |