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20th Telecommunications Forum

作者： Hussein, Abd El-Fattah Ibrahim, Osman Arab Acad Mari Transport & Technol AAST Fac Engn Cairo Egypt British Univ Egypt BUE Fac Comp Sc & Informat Cairo Egypt

ISBN: (纸本)9781467329842;9781467329835

Cloud computing is the delivery of computing as a service rather than a product, whereby shared resources, software, and information are provided to computers and other devices as a utility over a network (typically the Internet). erlang programming language is a perfect fit for cloud computing, not only for developing applications, but also for powering cloud infrastructure. In this paper we propose two frameworks employing erlang programming language for building reliable and scalable cloud applications using erlang features and its related components and libraries. erlang native features of directly supporting distribution, fault tolerance will help write, deploy, and run applications easily in the cloud.

关键词： Cloud Computing Concurrent programming Distribution Computation erlang programming language

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Supporting Cloud Computing Using erlang programming language

Supporting Cloud Computing Using Erlang Programming Language

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Telecommunications Forum

作者： Abd El-Fattah Hussein Osman Ibrahim Faculty of Engineering Arab Academy for Mari Transport and Technology (AAST) Cairo Egypt. Faculty of Comp. Sc. & Informatics British University in Egypt (BUE) Sherouk City Cairo Egypt

ISBN: (纸本)9781467329835

Cloud computing is the delivery of computing as a service rather than a product, whereby shared resources, software, and information are provided to computers and other devices as a utility over a network (typically the-Internet). erlang programming language is a perfect fit for cloud computing, not only for developing applications, but also for powering cloud infrastructure. In this paper we propose two frameworks employing erlang programming language for building reliable and scalable cloud applications using erlang features and its related components and libraries. erlang native features of directly supporting distribution, fault tolerance will help write, deploy, and run applications easily in the cloud.

关键词： Cloud Computing Concurrent programming Distribution Computation erlang programming language

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Adding distribution and fault tolerance to Jason

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SCIENCE OF COMPUTER programming 2015年第Part2期98卷 205-232页

作者： Fernandez-Diaz, A. Benac-Earle, C. Fredlund, L. Univ Politecn Madrid Fac Informat DISIIS Babel Grp E-28040 Madrid Spain

In this article we describe an extension of the multi-agent system programming language Jason with constructs for distribution and fault tolerance. This extension is completely integrated into Jason in the sense that distributing a Jason multi-agent system does not require the use of another programming language. This contrasts with the standard Java based Jason implementation, which often requires writing Java code in order to distribute Jason-based agent systems. These extensions to Jason are being implemented in eJason, an erlang-based implementation of Jason. We introduce two different fault tolerance mechanisms that allow fault detection and recovery. A low-level agent monitoring mechanism allows a monitoring agent to detect, and possibly recover, when another agent experiences difficulties such as e.g. hardware failures or due to network partitioning. More novel is the second fault tolerance mechanism, supervision, whereby one agent acts as a supervisor to a second agent. The supervision mechanism is in addition to handling low-level faults such as the above, also capable of detecting higher-level failures such as e.g. "event overload" (an agent is incapable of timely handling all its associated events and plans) and "divergence" (an agent is not completing any iteration of its reasoning cycle). Moreover, mechanisms exist for another agent to inform a supervisor that one of its supervised agents is misbehaving. Although these extensions are inspired by the distribution and fault tolerance mechanisms of erlang, due to the agent perspective, the details are quite different. For instance, the supervisor mechanism of eJason is much More capable than the supervisor behaviour of erlang, corresponding to the more abstract/higher-level perspective offered by agent-oriented programming (Jason) compared with process-oriented programming (erlang). As another example, from the perspective of agent programming we consider it natural to support the flexibility of the superv

关键词： Multi-agent systems Fault tolerance Jason programming language erlang programming language eJason

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Software fault detection in C programs 12

Software fault detection in C programs

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12th International Conference on Intelligent and Adaptive Systems and Software Engineering

作者： Deeprasertkul, P Bhattarakosol, P O'Brien, F Chulalongkorn Univ Fac Sci Dept Math Bangkok 10330 Thailand

ISBN: (纸本)1880843471

The analysis of software failures is significant for improving the software reliability. Therefore we need to understand and detect faults that are causes of the failures in order to improve software reliability. We studied the erlang programming language, a language that is used for high reliability software. Its faults and failures occur close together because of the pattern matching supported in erlang. Therefore, faults which occur in erlang can be easily and rapidly detected. The paper proposes how the lessons learnt from the erlang infrastructure can be applied in C programming language environment. The proposed fault detection software has been created to perform as a software guard that can rapidly detect faulty code in C programming language. This detection software will operate at compiled time.

关键词： software reliability software failures software faults erlang programming language pattern matching

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