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Technical Committee on Ambient intelligence and Sensor Networks (ASN) (Searched in: 2017)
This committee was closed in 2018.
From 2019, see the schedule for the committee on SeMI.
Search Results: Keywords 'from:2017-07-19 to:2017-07-19'
| Committee | Date Time | Place | Paper Title / Authors | Abstract | Paper # | |
| NS, ASN, RCC, RCS, SR (Joint) |
2017-07-19 08:50 |
Hokkaido | Hokkaido Univ. | Characterization of Contention Window for Success Prioritized CSMA/CA Takuma Yamamoto, Daisuke Umehara, Koichiro Wakasugi (Kyoto Inst. of Tech.)  ASN2017-12 |
With the recent expansion of demand for wireless LANs, the number of STAs connected to an AP will be increasing. CSMA/... [more] |
ASN2017-12 pp.1-7 |
| NS, ASN, RCC, RCS, SR (Joint) |
2017-07-19 09:15 |
Hokkaido | Hokkaido Univ. | A Mathematical Model of Access Control to Allocate Downlink Bandwidth in High-Density Wireless LAN Yuto Katayama, Daisuke Umehara, Koichiro Wakasugi (Kyoto Inst. of Tech.) ASN2017-13 |
In the IEEE 802.11 standards used for wireless LANs, an access point (AP) and stations (STAs) have opportunities to tran... [more] | ASN2017-13 pp.9-14 |
| NS, ASN, RCC, RCS, SR (Joint) |
2017-07-19 09:40 |
Hokkaido | Hokkaido Univ. | Development of Wireless Network for Infrastructure monitoring
-- Synchronous Sleep Control for Wireless Sensor Networks -- Akiyoshi Yagi (Mitsubishi Electric) ASN2017-14 |
[more] | ASN2017-14 pp.15-18 |
| NS, ASN, RCC, RCS, SR (Joint) |
2017-07-19 08:50 |
Hokkaido | Hokkaido Univ. | A Quality Selection Based on QoE Characteristics for HTTP Adaptive Streaming Yu Mizoguchi, Takumi Kurosaka, Masaki Bandai (Sophia Univ.) NS2017-28 |
In this paper, we propose a quality selection based on quality of experience (QoE) characteristics for HTTP adaptive str... [more] | NS2017-28 pp.1-4 |
| NS, ASN, RCC, RCS, SR (Joint) |
2017-07-19 09:15 |
Hokkaido | Hokkaido Univ. | A Congestion Control method for NDN Using Explicit Rate Notification and Hop-by-hop Window Control Considering Multiple Flows Takahiko Kato, Masaki Bandai (Sophia Univ.) NS2017-29 |
In this paper, we propose a hop-by-hop window-based congestion control method for NDN using explicit rate notification. ... [more] |
NS2017-29 pp.5-8 |
| NS, ASN, RCC, RCS, SR (Joint) |
2017-07-19 09:40 |
Hokkaido | Hokkaido Univ. | Peer-to-Peer Bidirectional Streaming Using Mobile Edge Computing Taichiro Nakayama, Asaka Takuya (TMU) NS2017-30 |
[more] | NS2017-30 pp.9-14 |
| NS, ASN, RCC, RCS, SR (Joint) |
2017-07-19 08:50 |
Hokkaido | Hokkaido Univ. | Channel and CFO Estimation Scheme for TV White-space Wide Area Mobile Communication Systems based on IEEE 802.22 Takeshi Matsumura, Hiroki Ueno, Ruiting Ouyang, Keiichi Mizutani, Hiroshi Harada (Kyoto Univ.) SR2017-24 |
TVWS (TV white-spaces) has been expected to be responsible for wide area communications in heterogeneous vehicular netwo... [more] | SR2017-24 pp.1-8 |
| NS, ASN, RCC, RCS, SR (Joint) |
2017-07-19 09:15 |
Hokkaido | Hokkaido Univ. | Network sharing and spectrum sharing scenarios for future 5G networks Stanislav Filin, Homare Murakami, Kentaro Ishizu, Fumihide Kojima (NICT) SR2017-25 |
This paper concentrates on the NICT contribution to the work ongoing in 3GPP SA2 and in particular on support of network... [more] | SR2017-25 pp.9-13 |
| NS, ASN, RCC, RCS, SR (Joint) |
2017-07-19 09:40 |
Hokkaido | Hokkaido Univ. | Distortion Compensation Method with Asymmetric Waveform Consideration in Concurrent Dual-band 1-bit Bandpass Delta-Sigma Modulator Takashi Maehata (SEI), Suguru Kameda, Noriharu Suematsu (Tohoku Uni.) SR2017-26 |
[more] | SR2017-26 pp.15-21 |
| NS, ASN, RCC, RCS, SR (Joint) |
2017-07-19 10:15 |
Hokkaido | Hokkaido Univ. | Verification of the adaptive communication procedures against the microwave oven Haruno Motoike, Masahiro Watanabe (Tokyo University of Technology) RCC2017-10 NS2017-31 RCS2017-93 SR2017-27 ASN2017-15 |
[more] | RCC2017-10 NS2017-31 RCS2017-93 SR2017-27 ASN2017-15 pp.1-6(RCC), pp.15-20(NS), pp.1-6(RCS), pp.23-28(SR), pp.19-24(ASN) |
| NS, ASN, RCC, RCS, SR (Joint) |
2017-07-19 10:40 |
Hokkaido | Hokkaido Univ. | Verification of the adaptive communication procedures against the interference signal Haruki Kurisaki, Masahiro Watanabe (Tokyo University of Technology) RCC2017-11 NS2017-32 RCS2017-94 SR2017-28 ASN2017-16 |
[more] | RCC2017-11 NS2017-32 RCS2017-94 SR2017-28 ASN2017-16 pp.7-12(RCC), pp.21-26(NS), pp.7-12(RCS), pp.29-34(SR), pp.25-30(ASN) |
| NS, ASN, RCC, RCS, SR (Joint) |
2017-07-19 11:05 |
Hokkaido | Hokkaido Univ. | Verification of the Adaptive Back-off Control Procedures for the Communication Completed Time in the N terminals Mohamad Hanif, Masahiro Watanabe (Tokyo Univwersity of Technology) RCC2017-12 NS2017-33 RCS2017-95 SR2017-29 ASN2017-17 |
[more] | RCC2017-12 NS2017-33 RCS2017-95 SR2017-29 ASN2017-17 pp.13-18(RCC), pp.27-32(NS), pp.13-18(RCS), pp.35-40(SR), pp.31-36(ASN) |
| NS, ASN, RCC, RCS, SR (Joint) |
2017-07-19 11:30 |
Hokkaido | Hokkaido Univ. | Verification of the breathing velocity characteristics by the 24GHz doppler radar Kohta Shugaya, Masahiro Watanabe (Tokyo University of Technology) RCC2017-13 NS2017-34 RCS2017-96 SR2017-30 ASN2017-18 |
[more] | RCC2017-13 NS2017-34 RCS2017-96 SR2017-30 ASN2017-18 pp.19-24(RCC), pp.33-38(NS), pp.19-24(RCS), pp.41-46(SR), pp.37-42(ASN) |
| NS, ASN, RCC, RCS, SR (Joint) |
2017-07-19 11:55 |
Hokkaido | Hokkaido Univ. | A Pool Control Method for Adaptive Group Testing with Boolean Compressed Sensing Yujia Lu (Kyoto Univ.), Kazunori Hayashi (Osaka City Univ.) RCC2017-14 NS2017-35 RCS2017-97 SR2017-31 ASN2017-19 |
Adaptive group testing determines a pool (a set of items to be tested) for the next test based on past test results, and... [more] | RCC2017-14 NS2017-35 RCS2017-97 SR2017-31 ASN2017-19 pp.25-30(RCC), pp.39-44(NS), pp.25-30(RCS), pp.47-52(SR), pp.43-48(ASN) |
| NS, ASN, RCC, RCS, SR (Joint) |
2017-07-19 13:20 |
Hokkaido | Hokkaido Univ. | A Study on OFDM Transmission using Multi Antenna Transmission based on Vector Decomposition of Complex Modulation Signal and Spatial Vector Composition Reception Tatsunari Takeoka, Hideichi Sasaoka, Hisato Iwai (Doshisha Univ.) RCS2017-98 |
In a mobile communication environment, digital wireless transmission system using signal decomposition and spatial compo... [more] | RCS2017-98 pp.31-36 |
| NS, ASN, RCC, RCS, SR (Joint) |
2017-07-19 13:45 |
Hokkaido | Hokkaido Univ. | An Optimization of Adaptive Bit-loading Algorithm for LDPC-coded BICM-OFDM systems Yuki Matsumoto, Yuta Hori, Hideki Ochiai (Yokohama National Univ) RCS2017-99 |
In the combination of bit-interleaved coded modulation (BICM) and orthogonal frequency-division mul- tiplexing (OFDM), t... [more] | RCS2017-99 pp.37-42 |
| NS, ASN, RCC, RCS, SR (Joint) |
2017-07-19 14:10 |
Hokkaido | Hokkaido Univ. | A UTW-DFTs-OFDM without Symbol Overlapping for Short Delay Multi-path Environment Naoki Izumi, Yosuke Kodama, Hiroto Kuriki, Keiichi Mizutani, Takeshi Matsumura, Hiroshi Harada (Kyoto Univ.) RCS2017-100 |
[more] | RCS2017-100 pp.43-48 |
| NS, ASN, RCC, RCS, SR (Joint) |
2017-07-19 14:35 |
Hokkaido | Hokkaido Univ. | A Study on Sampling Method of Independent Time Series and Evaluation of Secret Key Capacity in Secret key Agreement Based on Fading Variation Keita Kuroyanagi, Hideiti Sasaoka, Hisato Iwai (Doshisha Univ.) RCS2017-101 |
There is increasing interesting about Secret key Agreement Scheme based on radio wave propagation characteristics as phy... [more] | RCS2017-101 pp.49-54 |
| NS, ASN, RCC, RCS, SR (Joint) |
2017-07-19 13:20 |
Hokkaido | Hokkaido Univ. | Development and Field Experiments of Autonomous D2D Networks for Information Sharing Service Lin Shan, Huan-Bang Li, Ryu Miura, Fumihide Kojima (NICT) RCC2017-15 |
NICT has developed and deployed a testbed based on the concept of peer aware communication (PAC), where PAC is used to r... [more] | RCC2017-15 pp.31-36 |
| NS, ASN, RCC, RCS, SR (Joint) |
2017-07-19 13:45 |
Hokkaido | Hokkaido Univ. | Implementation and Evaluation of Power-Saving Cooperative Communication Scheme for Smartphones Katsuhiro Temma (NICT), Kiyohiko Hattori (NICT/SIT), Lin Shan, Ou Zhao (NICT) RCC2017-16 |
The required transmit power increases in proportion to the data rate and therefore, power-saving communication scheme is... [more] | RCC2017-16 pp.37-42 |
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