Searched for: subject%3A%22Domain%255C-specific%255C%2Blanguage%22
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Barbini, L. (author), Bratosin, C. (author), Nägele, T. (author)
There is a constant increase of the market expectations on the capabilities of industrial high-tech systems. To meet these expectations, designers of such systems have to explore complex solutions that ensure both functionality and maximum up-time. We describe a methodology that supports the designers in this task. Specifically, we introduce a...
conference paper 2021
document
Sioutas, S. (author), Stuijk, S. (author), Basten, T. (author), Corporaal, H. (author), Somers, L. (author)
The Halide DSL and compiler have enabled high-performance code generation for image processing pipelines targeting heterogeneous architectures through the separation of algorithmic description and optimization schedule. However, automatic schedule generation is currently only possible for multi-core CPU architectures. As a result, expert...
conference paper 2020
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Velikova, M. (author), Ypma, A. (author), Bratosin, C. (author), Lemmen, V. (author), van Wijk, R.J. (author)
Controlling the operations and resolving product performance issues in today’s high-tech production systems, such as semiconductor fabs, becomes a cumbersome task, even for experienced field engineers. To address the pressing need for assisted diagnostics approaches, in this paper we propose a model-based step-wise methodology, based on domain...
conference paper 2019
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Nägele, T. (author), Hooman, J. (author)
Gaining insight in the properties of an Internet of Things (IoT) system during the design phase is difficult. The cosimulation of such a system would be very useful, but creating it is usually time consuming. By means of domain specific languages (DSLs) we support the fast construction of large co-simulations of IoT systems. This approach...
conference paper 2019
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van Doesburg, R. (author), van Engers, T. (author)
conference paper 2019
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Akesson, B. (author), Hooman, J. (author), Sleuters, J. (author), Yankov, A. (author)
The complexity of cyber-physical systems is increasing, driven by integration of more functionality and trends towards mass-customization. This has resulted in complex systems with many variants that require long time to develop and are difficult to adapt to changing requirements and introduction of new technology. New methodologies are hence...
article 2019
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Verriet, J. (author), Buit, L. (author), Doornbos, R. (author), Huijbrechts, B. (author), Sevo, K. (author), Sleuters, J. (author), Verberkt, M. (author)
IoT applications and other distributed control applications are characterized by the interaction of many hardware and software components. The inherent complexity of the distributed functionality introduces challenges on the detection and correction of issues related to functionality or performance, which are only possible to do after system...
conference paper 2019
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Akesson, B. (author), Hooman, J. (author), Dekker, R. (author), Ekkelkamp, W. (author), Stottelaar, B. (author)
Changing an established way of working can be a real headache. This is particularly true if there are high stakes involved, e.g., when changing the development process for complex systems. New design methods, such as model-based engineering (MBE) using domain-specific languages (DSLs) promise significant gains, such as cost reductions and...
conference paper 2018
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Schuts, M. (author), Hooman, J.J.M. (author), Kurtev, I. (author), Swagerman, D.J. (author)
Cyber-physical systems consist of many hardware and software components. Over the life-cycle of these systems, components are replaced or updated. To avoid integration problems, good interface descriptions are crucial for component-based development of these systems. For new components, a Domain Specific Language called Component Modeling...
conference paper 2018
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van den Berg, F. (author), Hooman, J. (author), Haverkort, B.R. (author)
This tool paper presents iDSL, a language and a fully automated toolchain for evaluating the performance of service-oriented systems. In this work, we emphasize the use of a high-level domain specific language that is tailored to be understood by system designers and domain experts, a transformation into an underlying process algebra which...
conference paper 2018
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Schuts, M. (author), Hooman, J. (author), Tielemans, P. (author)
Software departments of companies that exist for several decades often have to deal with legacy models. Important business assets have been modelled with tools that are no longer preferred within the company. Manually remodelling these models with a new tool would be too costly. In this paper, we describe an approach to migrate from Rhapsody...
conference paper 2018
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Schuts, M. (author), Hooman, J. (author), Kurtev, I. (author), Swagerman, D.J. (author)
Cyber-physical systems consist of many hardware and software components. Over the life-cycle of these systems, components are replaced or updated. To avoid integration problems,good interface descriptions are crucial for component-based development of these systems. For new components, a Domain Specific Language (DSL) called Component Modeling &...
conference paper 2018
document
Nägele, T. (author), Hooman, J. (author), Broenink, T. (author), Broenink, J. (author)
The inherent multi-disciplinary nature of cyberphysical systems makes it difficult to get early insight in key system properties and trade-offs that have to be made. Our aim is to support system architects of such systems by facilitating the co-simulation of models from different disciplines and design space exploration. This has been achieved...
conference paper 2018
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Nägele, T. (author), Hooman, J. (author), Sleuters, J. (author)
The construction of a co-simulation for large cyberphysical systems can be very time consuming. We have defined a domain specific language called CoHLA that facilitates this construction based on the standards FMI and HLA. Scalability of this approach is investigated by the application to Internet of Things (IoT) systems. Because of the...
article 2018
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Kurtev, I. (author), Hooman, J. (author), Schuts, M. (author)
Unclear descriptions of software interfaces between components often lead to integration issues during development and maintenance. To address this, we have developed a framework named ComMA (Component Modeling and Analysis) that supports model-based engineering of components. ComMA is a combination of Domain Specific Languages (DSLs) for the...
bookPart 2017
document
van den Berg, F. (author), Haverkort, B.R. (author), Hooman, J. (author)
Service-oriented systems interconnect with other systems in a time critical manner, making their performance vital. For this purpose, we propose an automated performance evaluation approach for service-oriented systems which includes both performance measurement and prediction. The approach makes use of the iDSL language, a domain specific...
conference paper 2017
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Schuts, M. (author), Hooman, J. (author)
Two Domain Specific Languages (DSLs) have been developed to improve the development of a power control component of interventional X-ray systems of Philips. Configuration files and test cases are generated from instances of these DSLs. To increase the confidence in these instances and the generators, formal models have been generated to analyse...
conference paper 2016
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Hooman, J. (author)
Domain Specific Languages (DSLs) provide a lightweight approach to incorporate formal techniques into the industrial workflow. From DSL instances, formal models and other artefacts can be generated, such as simulation models and code. Having a single source for all artefacts improves maintenance and offers a high return on investment of the...
conference paper 2016
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Schuts, M. (author), Hooman, J. (author)
The high-tech industry produces complex devices in which software plays an important role. Since these devices have been developed for many decades, an increasing part of the software can be classified as legacy which is difficult to maintain and to extend. To improve the maintainability of legacy components, domain specific languages (DSLs)...
conference paper 2016
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Keshishzadeh, S. (author), Mooij, A.J. (author), Hooman, J. (author)
A domain specific language (DSL) abstracts from implementation details and is aligned with the way domain experts reason about a software component. The development of DSLs is usually centered around a grammar and transformations that generate implementation code or analysis models. The semantics of the language is often defined implicitly and...
conference paper 2016
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