with Model-Integrated Computing technology. The technology includes two major components—graphical models and automatic program/data synthesizers. The system will be built using the MultiGraph Architecture framework, a technology base that has been developed and applied over the past 15 years by a consortium

in their usability for that purpose. The social approval accorded to such skills may increase with time, but this is not a fundamental indicator of inherent cognitive challenge in the task. If it is possible to find interesting programming-like attributes in other kinds of computer use, programming research could

) addresses this difficulty by providing domain experts and developers with domain specific abstractions for communicating designs. Most MDD implementations take a generative approach. In contrast, we adopt an interpretive approach to domain specific model driven development. We present a framework, named

Domain specific frameworks are large and complex environments that offer facilities for the evolution of applications. However we see that a problem exists in communicating the possible extension points to developers who do not have an intimate knowledge of the framework. By developing a new

for building domain-specific multi-objective pro-gram autotuners. OpenTuner supports fully-customizable configuration representations, an extensible technique rep-resentation to allow for domain-specific techniques, and an easy to use interface for communicating with the program to be autotuned. A key

for communication are typically provided through low-level APIs, bound to specific transports or application domains, without offering either type or protocol safety. This paper proposes an extensible Java-based language and runtime framework which enables safe and efficient virtualisation of communications

Abstract. In this paper, we propose a domain-specific modeling lan-guage for specifying the design of cyber-physical systems. The proposed domain-specific modeling language can capture the control, comput-ing, and communication aspects of a cyber-physical system design in an integrated manner

Abstract not found

, and on empirical studies in which end user environments were enlisted to support human communication, we have recently proposed a provisional framework of six ‘Communicative Dimensions’ of end user visualization environments: programming salience, provisionality, story content, modifiability, controllability

these communication issues, we report from our experiences gained in a large-scale Enterprise Application Integration project. We address this problem area by applying Domain-Specific Languages and a supporting technical framework. Our overall vision is to enable domain experts to directly contribute