Journal of Software Engineering and Applications

Journal of Software Engineering and Applications

ISSN Print: 1945-3116
ISSN Online: 1945-3124
www.scirp.org/journal/jsea
E-mail: jsea@scirp.org
"Fault Handling in PLC-Based Industry 4.0 Automated Production Systems as a Basis for Restart and Self-Configuration and Its Evaluation"
written by Birgit Vogel-Heuser, Susanne Rösch, Juliane Fischer, Thomas Simon, Sebastian Ulewicz, Jens Folmer,
published by Journal of Software Engineering and Applications, Vol.9 No.1, 2016
has been cited by the following article(s):
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[1] Boosting Extra-Functional Code Reusability in Cyber-Physical Production Systems: The Error Handling Case Study
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[2] Automation Software Architecture in CPPS-Definition, Challenges and Research Potentials
2022 IEEE 5th …, 2022
[3] Coping with Variability in HMI Software in the Design of Machine Manufacturers' Control Software
Heuser, J Wilch, A Dörfler, J Fischer - International Conference on …, 2022
[4] Automatic Signal Recognition Method of Hanging Sorting Experimental Device Based on PLC
Proceedings of the 3rd Asia-Pacific Conference on …, 2022
[5] ИСПОЛЬЗОВАНИЕ ИНФОРМАЦИОННЫХ ТЕХНОЛОГИЙ И СИСТЕМ ДЛЯ ПОВЫШЕНИЯ ЭФФЕКТИВНОСТИ УПРАВЛЕНИЯ БИЗНЕС-ПРОЦЕССАМИ …
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[6] MICOSE4aPS: Industrially Applicable Maturity Metric to Improve Systematic Reuse of Control Software
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[7] Table‐based formal specification approaches for control engineers—empirical studies of usability
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[8] Implementing Industry 4.0 principles
Madroñero… - Computers & industrial …, 2021
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[10] Use of Plc as ICTS for Humidity Control in the Refrigeration Area of an Agricultural Industry of the Mexicali Valley, México
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[11] A framework for smart control using machine-learning modeling for processes with closed-loop control in Industry 4.0
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[12] Managing Variability and Reuse of Extra-functional Control Software in CPPS
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[13] Supporting troubleshooting in machine and plant manufacturing by backstepping of PLC-control software
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[14] Improving Industrial Corrective Maintenance by Efficient Realization of Self-Diagnosis in Automated Production Systems Reusing Their Engineering Data
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[15] A concept for fault diagnosis combining Case-Based Reasoning with topological system models
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[17] Case studies in engineering and technology innovation in the Caribbean: A focus on EDUCOLCOM and BEVCOM
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[18] Modeling and Simulation for Industry 4.0
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[19] Hierarchy of Smart Awareness in Assembly 4.0 Systems
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[20] Key Directions for Industrial Agent Based Cyber-Physical Production Systems
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[21] Methodological Approach for Developing Reconfigurable Automation Systems
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[22] INDUSTRY 4.0 READINESS IN THE THAI AUTOMOTIVE INDUSTRY
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[25] Developmental requirements for implementing Industry 4.0 in Trinidad and Tobago companies
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[26] Dynamic Fault Handling and Reconfiguration for Industrial Automation Systems
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[28] Algorithm of choosing type of mechanical assembly production of instrument making enterprises of Industry 4.0
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[29] Principles of designing cyber-physical system of producing mechanical assembly components at Industry 4.0 enterprise
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[31] A systematic literature review on adoption of Industry 4.0
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[32] Автоматизация проектирования механосборочных производств Индустрии 4.0
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[34] Organization of project works in Industry 4.0 digital item designing companies
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[36] ОРГАНИЗАЦИЯ ЦИФРОВЫХ ПРОИЗВОДСТВ ИНДУСТРИИ 4.0 НА ОСНОВЕ КИБЕРФИЗИЧЕСКИХ СИСТЕМ И ОНТОЛОГИЙ
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[37] Literature review of Industry 4.0 and related technologies
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[38] Maintainability and evolvability of control software in machine and plant manufacturing—An industrial survey
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[39] Applicability of generalized test tables: a case study using the manufacturing system demonstrator xPPU
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[41] Architecture-based change impact analysis in cross-disciplinary automated production systems
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[42] The ontology in description of production processes in the Industry 4.0 item designing company
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[43] Agentenmuster für flexible und rekonfigurierbare Industrie 4.0/CPS-Automatisierungs-bzw. Energiesysteme
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[44] Automatisierte Bestimmung von Eigenschaften industrieller Produktionssysteme unter Einfluss evolutionärer Änderungen
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[45] The integration of automatized systems and cyber and physical equipment of the Industry 4.0 item designing company
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[46] A Light-Weight Fault Injection Approach to Test Automated Production System PLC Software in Industrial Practice
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[47] Maintenance effort estimation with KAMP4aPS for cross-disciplinary automated PLC-based Production Systems-a collaborative approach
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[48] A configurable partial-order planning approach for field level operation strategies of PLC-based industry 4.0 automated manufacturing systems
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[49] Towards an Intelligent Assistance System to Improve Environmental Compliance Continuity
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[50] Adapting the concept of technical debt to software of automated Production Systems focusing on fault handling, mode of operation and safety aspects
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[51] System reconfiguration of modular production units using a SOA-based control structure
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[52] Evaluation of selected metrics for flexibility of Cyber Physical Production Systems
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[53] Industry 4.0 interface for dynamic reconfiguration of an open lab size automated production system to allow remote community experiments
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[54] DIFFERENTIAL DRIVE AND STEERING CONTROL TECHNOLOGY OF AUTOMATIC NAVIGATION HANDLING TOOL BASED ON PLC
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[55] A DEGREE OF INDUSTRY 4.0 STRATEGIES IMPLEMENTATION AND PRACTICES IN AMONG AUTOMOTIVE MANUFACTURERS IN THAILAND
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[56] A Systematic Mapping Study on Modeling for Industry 4.0
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[57] Proposed Enterprise Architecture solutions for Industry 4.0 Manufacturing simulation information assets based on TOGAF
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[58] Error handling within highly automated automotive industry: Current practice and research needs
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[59] A model-based failure recovery approach for automated production systems combining SysML and industrial standards
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[60] Guided semi-automatic system testing in factory automation
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[61] Guest Editorial Industry 4.0–Prerequisites and Visions
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