Experiments and Analysis of the Multi-hop Data Deliver Performance in Real Road Environment by Using IEEE 802.11 WLAN : Focusing on the Packet Forwarding of EVANET (無線通信システム)
スポンサーリンク
概要
- 論文の詳細を見る
IEEE 802.11 is the most commonly deployed wireless standard for local area networks (WLAN). For indoor applications, the typical transmission rang in line-of-sight (LOS) is 200m for the use of Omni antennas. In this study, the typical suburban area WLAN is considered. In which, the stations are placed along a real road for multi-hop data delivering. We investigated the impacts of the real road environments on the network throughput by using different height antennas. We analyzed the throughput relationship between the end-to-end multi-hop and each neighbor link. The main motivate is: the EVs-based ad hoc networks (EVANET) has been proposed and can be employed in specific applications which is different with the VANET.
- 一般社団法人電子情報通信学会の論文
- 2012-10-10
著者
-
Mase Kenichi
Graduate School Of Natural Sciences Niigata University
-
Gao Jing
Center for Trans-disciplinary Research
関連論文
- Analysis and Proposal of Position-Based Routing Protocols for Vehicular Ad Hoc Networks
- Error Correction Using Time-Dependent Correlation and Transmit Power Control in Sensor Networks
- Mac Layer Enhancement Methods for VoIP Data Transmission in MANET
- BS-15-9 A Routing Protocol in Multi-Channel and Multi-Interface Wireless Mesh Networks with Load Balancing(BS-15.Network Planning, Control, and Management,ENGLISH SESSION)
- A Hidden-Exposed Terminal Interference Aware Routing Metric for Multi-Radio and Multi-Rate Wireless Mesh Networks
- A Low Overhead Address Assignment Method in Mobile Ad Hoc Networks(Ad Hoc Network)(Networking Technologies for Mobile Internet Systems)
- An experimental evaluation of IEEE 802.11n rate adaptation (アドホックネットワーク)
- BS-6-38 An Experimental Evaluation of IEEE 802.11n Rate Adapatation Using Outdoor Testbeds(BS-6. Planning, Control and Management on Networks and Services)
- Looping in OLSRv2 in Mobile Ad-Hoc Networks, Loop Suppression and Loop Correction
- BS-3-17 Looping in OLSRv2 in Mobile Ad-hoc Networks, Loop Suppression and Loop Correction(BS-3. Network Management Technologies for Next Generation Network)
- BS-4-28 Looping in OLSRv2 in MANETs : A Blacklist Mechanism for Loop Avoidance(BS-4. System, control and design technologies for emerging network)
- BS-10-27 Effect of Node Mobility on Performance of OLSRv2 in MANETs with respect to Loop Formation
- BS-7-4 AN ECOSYSTEM-INSPIRED RESOURCE COMPETITION STUDY FOR NEXT GENERATION MOBILE NETWORKS(BS-7. Network Planning, Control and Management)
- B-21-20 Information Sharing Schemes for Open Wireless Community Network(B-21. アドホックネットワーク, 通信2)
- BS-10-9 Evaluation of Loop Detection and Suppression in OLSRv2 in Mesh Networks(BS-10.Network Planning, Control, and Management,symposium)
- BS-3-24 Proposal of an EV-Powered Network and its Energy Management(BS-3. Management and Control Technologies for Innovative Networks)
- BS-5-11 Real-fields Experiments on Transmission Range of WLAN Stations with High Antennas for Wireless Mesh Networks(BS-5. Network and Service Design, Control and Management)
- Experiments and Analysis of the Multi-hop Data Deliver Performance in Real Road Environment by Using IEEE 802.11 WLAN : Focusing on the Packet Forwarding of EVANET
- Experiments and Analysis of the Multi-hop Data Deliver Performance in Real Road Environment by Using IEEE 802.11 WLAN : Focusing on the Packet Forwarding of EVANET (無線通信システム)
- BS-7-36 Real-fields Experiments of the WLAN Link Transmission Performance between Stations Located on Ground and Flying Electric Helicopter
- BS-1-4 The Characteristics of the WLAN Link Throughput versus RSSI Values : Focusing on Quick Choice of the Next Hop by Using RSSI in Ricean/Rayleigh Propagations