Kohei Ohta, Takumi Mori, Nei Kato, Hideaki Sone, Glenn Mansfield, and Yoshiaki Nemoto. Divide and conquer technique for network fault management. In Integrated Network Management V [1997], pages 675--687. Home/Search Document Details and Download
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A Model For Alarm Correlation in Telecommunications Networks - Meira (1997) (Correct)
....of times the task is repeated. 2.2.16 Other Approaches Due to the importance the subject has got over the past few years, several new approaches have been recently proposed for the problem of alarm correlation. As an example of these new approaches, it may be mentioned the technique presented in [Ohta et al. 1997], based on the divide and conquer paradigm, through which the alarms of interest are isolated by dynamically constructed filters, which allows the simplification of the mechanism to be used in the correlation. Sabin et al. 1997] utilize the paradigm known as constraint satisfaction problem ....
Kohei Ohta, Takumi Mori, Nei Kato, Hideaki Sone, Glenn Mansfield, and Yoshiaki Nemoto. Divide and conquer technique for network fault management. In Integrated Network Management V [1997], pages 675--687.
VINES: Distributed Algorithms for a Web based.. - Mansfield.. (1997) (2 citations) Self-citation (Mansfield) (Correct)
....in user system design. New developments in networking particularly the web and platform independent applications have opened up new avenues in open network management. A substantial amount of work has been done on algorithms for effective network management and useful results have been published [4, 11]. In this work we describe VINES a next generation network management system that builds on state of the art technolgy and latest results. We discuss the results that have been obtained by using the experimental prototype. In VINES, the VersatIle Network Management System, the sources of ....
....in the aggregate traffic characteristcs is a challenging task. Symptoms get obscured by other symptoms. At times there are too many symptoms clouding the symptom space, making the task of symptom isolation practically impossible. VINES employs a powerful technique, the divide and conquer technique[11], wherein symptoms are iteratively isolated from the aggregate observable. This provides a tractable mechanism for symptom isolation, fault detection and analysis. The symptom isolation technique makes it possible to use a simple thresholding mechanism for detecting abnormalities. It is ....
K. Ohta, G. Mansfield et. al. "Divide and Conquer Technique for Network Fault Management " Proceedings of ISINM97, San Diego, May 1997.
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