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11th International Conference on Internet of Things: Systems, Management and Security, IOTSMS 2024

作者： Nordahl, Mattias Åkesson, Alfred Johnsson, Björn A. Hedin, Görel Magnusson, Boris Lund University Dept. of Computer Science Sweden

ISBN: (纸本)9798350366501

Frequent updates in IoT software are crucial for fixing security vulnerabilities, correcting bugs, and adding new features. However, for systems comprising geographically distributed devices, implementing updates is challenging. Such updates must be coordinated across multiple devices, automated without end-user involvement, adaptable to weak connectivity, and minimally disruptive to end users. In this paper we introduce an update method that addresses these challenges. Our approach utilizes a versioned, component-oriented software model for light-weight microservices, alongside a domain-specific language for specifying configurations, facilitating updates of individual components. We evaluate the effectiveness of this method within a Hospital-at-Home system, including servers, tablets for nurses and patients, and medical equipment located in patients' homes. Our results demonstrate that this method offers substantial flexibility and significantly reduces total update time, switchover time, and network load compared to previous methods. © 2024 IEEE.

关键词： component-oriented software configuration language eHealth IoT microservices software updates

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Computational Molecular Design of Sulfonamides based on Immune Network Modeling 12

Computational Molecular Design of Sulfonamides based on Immu...

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12th International Conference on Electronics Computer and Computation (ICECCO)

作者： Samigulina, Galina Samigulina, Zarina IICT Lab Intellectual Control Syst & Forecasting Alma Ata Kazakhstan KRNTU Dept Automat & Control Alma Ata Kazakhstan

ISBN: (纸本)9781509001996

Nowadays, the establishment of effective methods of QSAR (Quantitative Structure Activity Relationships) to predict the properties of new chemical compounds and directional computational molecular design of drug compounds are the most important and urgent tasks of bioinformatics. The article proposes a technology based on immune network modeling to determine the substance of new drug compounds. There was presented the algorithm for the modeling of the dependences "structure-property" on the example of sulfonamides with different duration of action based on the biological approach of artificial immune systems. There was designed component-oriented approach for computational molecular design of new drug compounds based on immune network modeling. The proposed intelligent technology allows to analyze the hidden (latent) relations between the descriptors, to decrease the training time for the immune network and to use the descriptors of different levels.

关键词： Computational molecular design immune network modeling sulfonamides component-oriented software

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Computational Molecular Design of Sulfonamides based on Immune Network Modeling

Computational Molecular Design of Sulfonamides based on Immu...

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International Conference on Disaster Recovery and Business Continuity

作者： Galina Samigulina Zarina Samigulina Chef of the laboratory 《Intellectual control systems and forecasting》 Institute of Information and Computing Technologies IICT Department 《Automation and control》 Kazakh National Research Technical University KRNTU

ISBN: (纸本)9781509002016

关键词： Computational molecular design Immune network modeling Sulfonamides component-oriented software

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Serfs: Dynamically-bound parameterized components

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JOURNAL OF SYSTEMS AND software 2007年第5期80卷 736-749页

作者： Sridhar, Nigamanth Cleveland State Univ Cleveland OH 44115 USA

Parameterization is an effective technique for decoupling design decisions in software. Several languages such as C++ and Ada (and Java and C# more recently) offer language constructs for building parameterized software. Using template or generic constructs, one can postpone committing to specific design choices until the software system is ready for deployment. However, in cases where such choices are influenced by the execution environment, deployment time may not be late enough. Moreover, in the context of software systems that have to satisfy high availability constraints, or are long-running, changes in design choices may be warranted even after deployment. In this paper, we present a design pattern-based methodology for building parameterized components that support dynamic binding of parameters. Moreover, the methodology also supports dynamic re-binding of parameters in the event that such online change is required. (c) 2006 Elsevier Inc. All rights reserved.

关键词： software design component-oriented software design patterns parameterization dynamic reconfiguration

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