Model-Driven Development with SDL – Process, Tools, and Experiences

Kuhn, Thomas S.; Gotzhein, Reinhard; Webel, Christian

doi:10.1007/11880240_7

Cited by 12 publications

(3 citation statements)

References 1 publication

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“…Similar applications of SDL include the communications infrastructure of smart cities described in the keynote address [5], and a smart bicycle, for use in training, that was developed using SDL [6]. These applications illustrate the benefits of simulation and automated code generation in the development of reliable smart things, as well as the versatility and usefulness of SDL.…”

Section: Field Roboticsmentioning

confidence: 95%

SDL - The IoT Language

Sherratt

Ober

Gaudin³

et al. 2015

SDL 2015: Model-Driven Engineering for Smart Cities

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Interconnected smart devices constitute a large and rapidly growing element of the contemporary Internet. A smart thing can be as simple as a web-enabled device that collects and transmits sensor data to a repository for analysis, or as complex as a web-enabled system to monitor and manage a smart home. Smart things present marvellous opportunities, but when they participate in complex systems, they challenge our ability to manage risk and ensure reliability. SDL, the ITU Standard Specification and Description Language, provides many advantages for modelling and simulating communicating agents --- such as smart things --- before they are deployed. The potential for SDL to enhance reliability and safety is explored with respect to existing smart things below. But SDL must advance if it is to become the language of choice for developing the next generation of smart things. In particular, it must target emerging IoT platforms, it must support simulation of interactions between pre-existing smart things and new smart things, and it must facilitate deployment of large numbers of similar things. Moreover, awareness of the potential benefits of SDL must be raised if those benefits are to be realized in the current and future Internet of Things.publishersversio

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Section: Field Roboticsmentioning

confidence: 95%

SDL - The IoT Language

Sherratt

Ober

Gaudin³

et al. 2015

SDL 2015: Model-Driven Engineering for Smart Cities

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“…Its main goal is that the model guides all the development activities, resulting in quality improvements, increased productivity [6] and shorter time to market [7]. One of the greatest benefits of adopting MDD is the ability to specify the structure and the behavior of a software system in a more platform agnostic way than the traditional programming approaches [8].…”

Section: Introductionmentioning

confidence: 99%

XIS-mobile

Ribeiro¹,

Silva²

2014

Proceedings of the 29th Annual ACM Symposium on Applied Computing

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Mobile applications are becoming increasingly more present in our daily life, allowing people to perform several tasks through the use of smartphones or tablets. Despite fostering the innovation, the rapid growth of the mobile market resulted in some fragmentation of the mobile platforms. The existence of different mobile operating systems with different programming languages and tools can be a problem when someone wants to release an application in multiple platforms. Rewriting the application for each platform is usually impracticable either in terms of budget or time, requiring a great effort. Therefore, a solution that could generate cross-platform applications without compromising the quality, would decrease the time to market and increase the number of potential users. This paper presents the XIS-Mobile language, defined as a UML profile in the context of the Sparx Systems Enterprise Architect, and discusses its main challenges and benefits in the context of the cross-platform mobile application development.

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“…We apply SDL-MDD [3,4], our model-driven development process, and its SDL tool chain, which in particular supports the automatic generation of code for embedded systems directly from the SDL design model. The specific challenge on the one hand is how to formally specify low-level functionality and time-critical behavior, i.e.…”

Section: Introductionmentioning

confidence: 99%

Model-Driven Development of Time-Critical Protocols with SDL-MDD

Becker

Christmann

Gotzhein

2009

Lecture Notes in Computer Science

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Abstract. Contention-based medium access in wireless networks suffers from the problem of frame collisions. In previous work, we have introduced new transfer protocols for the network-wide transmission of bit sequences that overcome the problem of destructive collisions. In this paper, we present the model-driven development of these protocols with SDL-MDD and its SDL tool chain. On the one hand, we show how to formally specify low-level functionality and time-critical behaviornetwork-wide deterministic arbitration -using the available constructs of a high-level design language. On the other hand, we show the embedding of this high-level design into our SDL execution environment that is extended to support time-critical requirements of the introduced transfer protocols.

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Model-Driven Development with SDL – Process, Tools, and Experiences

Cited by 12 publications

References 1 publication

SDL - The IoT Language

SDL - The IoT Language

XIS-mobile

Model-Driven Development of Time-Critical Protocols with SDL-MDD

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