Design and Analysis of Resource Management Software for In-Vehicle IPv6 Networks(QoS(Quality of Service) Control)(<Special Section>Next Generation Networks Software)

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概要

• 論文の詳細を見る

• Various demands for next generation networks can be condensed into always-best-connected, ubiquitous, mobile, all-IP, applicationaware, and converged networks. Vehicles have also come to be ubiquitous computing platforms associated with mobile communication functions. IPv6 has been introduced for all-IP ubiquitous communications. This paper proposes application-aware resource management for in-vehicle IPv6 networks, which are adaptive to different hardware configurations. We focus on power and bandwidth, since their management is critical for mobile communications. To manage these two critical resources, we identify the mobility characteristics and hardware configurations of in-vehicle networks. Based on these characteristics, we propose vehicle-aware power saving schemes. Our main idea for power saving is to dynamically adjust the mobile router (MR) advertisement interval and binding update lifetime. In addition, depending on the hardware configuration of the wireless environment, we propose two adaptive bandwidth management schemes using multihoming, which we refer to as best-connected MR selection based on location and high-data-rate MR selection based on priority. We evaluate the performance of our bandwidth management schemes by performing simulations, and that of our power saving schemes by mathematical analysis. Based on the results, it was found that the performance of each soft- ware scheme depends on the hardware configuration, so that an applicationaware adaptive scheme is needed to optimize resource consumption.

• 社団法人電子情報通信学会の論文
• 2004-07-01

著者

• Paik Eun

  Seoul National University

• Ernst Thierry

  Keio University

• CHOI Yanghee

  Seoul National University

• CHO Hosik

  Seoul National University

関連論文

• Proactive Load Control Scheme at Mobility Anchor Point in Hierarchical Mobile IPv6 Networks(Protocols, Applications and Services)(New Thechnologies and their Applications of the Internet)
• A Study on Performance of Hierarchical Mobile IPv6 in IP-Based Cellular Networks(Mobile Networking)(Internet Technology IV)
• Design and Analysis of Resource Management Software for In-Vehicle IPv6 Networks(QoS(Quality of Service) Control)(Next Generation Networks Software)
• Performance Analysis of Robust Hierarchical Mobile IPv6 for Fault-Tolerant Mobile Services(Mobility Management)(Mobile Multimedia Communications)

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