N. Hayashibara, X. Defago, and T. Katayama, "Implementaion and Performance Analysis of the φ-Failure Detector," Research Report, IS-RR-2003-013, Japan Advanced Institute of Science and Technology, October 2003.
ID 70
分類 テクニカルレポート
タグ -failure analysis detector implementaion performance varphi
表題 (title) Implementaion and Performance Analysis of the φ-Failure Detector
表題 (英文)
著者名 (author) Naohiro Hayashibara,Xavier Defago,Takuya Katayama
英文著者名 (author) Naohiro Hayashibara,Xavier Defago,Takuya Katayama
キー (key) Naohiro Hayashibara,Xavier Defago,Takuya Katayama
号数 (number) IS-RR-2003-013
技術報告書の種別 (type) Research Report
発行元組織 (organization) Japan Advanced Institute of Science and Technology
出版社住所 (address)
刊行月 (month) 10
出版年 (year) 2003
URL http://hdl.handle.net/10119/4782
付加情報 (note)
注釈 (annote)
内容梗概 (abstract) Failure detection is a fundamental building block for ensuring fault tolerance in distributed systems. However, providing accurate and flexible failure detection in off-the-shelf distributed systems is difficult. Practical solutions to failure detection rely on some adaptive mechanism to cope with the unpredictability of networking conditions. However, while they provide reasonably good accuracy, they also lack the necessary flexibility to provide failure detection as a system-wide service. In particular, traditional solutions take a “one size fits all” approach, which prevents them from simultaneously supporting several distributed applications with very diverse QoS requirements. In this paper, we present a novel approach to adaptive failure detection, called φ-failure detector, which addresses the flexibility issue mentioned above. We describe an implementation, and analyze its behavior over intercontinental communication links during several weeks. Our experimental results show that our failure detector compares well with other known adaptive failure detection mechanisms, with the considerable advantage that it provides virtually limitless flexibility.
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         title = {Implementaion and Performance Analysis of the φ-Failure Detector},
        author = {Naohiro Hayashibara and Xavier Defago and Takuya Katayama},
        number = {IS-RR-2003-013},
          type = {Research Report},
    institution = {Japan Advanced Institute of Science and Technology},
         month = {10},
          year = {2003},