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Ultra-low friction graphene oxide in the Atotsugawa Fault System. [PDF]
Shimada T +5 more
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Multimodal Sensor Fusion in Autonomous Vehicles: Technologies, Architectures, and Open Challenges. [PDF]
Viktor P, Kiss G.
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Fault density, fault types, and spectra-based fault localization
Empirical Software Engineering, 2014This paper presents multiple empirical experiments that investigate the impact of fault quantity and fault type on statistical, coverage-based fault localization techniques and fault-localization interference. Fault-localization interference is a phenomenon revealed in earlier studies of coverage-based fault localization that causes faults to obstruct,
Nicholas Digiuseppe, James A Jones
exaly +2 more sources
Proceedings of IEEE 36th Annual Foundations of Computer Science, 2000
Summary: This paper lays a theoretical foundation for scaling fault tolerant tasks to large and diversified networks such as the Internet. In such networks, there are always parts of the network that fail. On the other hand, various subtasks interest only parts of the network, and it is desirable that those parts, if nonfaulty, do not suffer from ...
Shay Kutten, David Peleg
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Summary: This paper lays a theoretical foundation for scaling fault tolerant tasks to large and diversified networks such as the Internet. In such networks, there are always parts of the network that fail. On the other hand, various subtasks interest only parts of the network, and it is desirable that those parts, if nonfaulty, do not suffer from ...
Shay Kutten, David Peleg
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Proceedings of the 29th ACM/IEEE International Conference on Automated Software Engineering, 2014
Many spectrum-based fault localization techniques have been proposed to measure how likely each program element is the root cause of a program failure. For various bugs, the best technique to localize the bugs may differ due to the characteristics of the buggy programs and their program spectra.
Lucia, David Lo 0001, Xin Xia 0001
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Many spectrum-based fault localization techniques have been proposed to measure how likely each program element is the root cause of a program failure. For various bugs, the best technique to localize the bugs may differ due to the characteristics of the buggy programs and their program spectra.
Lucia, David Lo 0001, Xin Xia 0001
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Fault-Local Distributed Mending
Journal of Algorithms, 1999Summary: As communication networks grow, existing fault handling tools that involve global measures such as global time-outs or reset procedures become increasingly unaffordable, since their cost grows with the size of the network. Rather, for a fault handling mechanism to scale to large networks, its cost must depend only on the number of failed nodes
Shay Kutten, David Peleg
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Fault localization in data networks
IEEE Communications Letters, 2009In this letter we show a fault localization system implemented by using policy-based thresholds for triggering alarms or self-healing mechanisms. Alarms are collected and organized within a codebook, which is a fundamental component of our fault management system. The relevant performance is analyzed by using a real network deploying VoIP services.
REALI, Gianluca, Monacelli L.
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VFL: Variable-based fault localization
Context: Fault localization is one of the most important debugging tasks. Hence, many automatic fault localization techniques have been proposed to reduce the burden on developers for such tasks.
Jeongho Kim, Jindae Kim
exaly +2 more sources
Lightweight Fault Localization Combining with Fault-Context
2016 International Conference on Software Analysis, Testing and Evolution (SATE), 2016Lightweight fault localization technique is a popular class of automated approach to assist programmers in debugging, which often outputs an ordered list of program entities sorted based on their likelihood to be the root cause of a set of failures. However, the technique only focus on calculating the association between program entity and failures ...
Yong Wang 0008 +3 more
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