This paper presents the current state of an experiment intended to use the CIDOC CRM as a knowledge representation language. STEM freshers freely constitute groups of 2 to 4 members and choose a theme; groups have to model, structure, write and present a story within a web-hosted semantic wiki. The main part of the CIDOC CRM is used as an ontological core where students are hanging up classes a...

Video game development is currently a very labour-intensive endeavour. Furthermore it involves multi-disciplinary teams of artistic content creators and programmers, whose typical working patterns are not easily meshed. SAGA is our first effort at augmenting the productivity of such teams. Already convinced of the benefits of DSLs, we set out to analyze the domains present in games in order to ...

short story is built on a single story that have a single impact and it is a short detail of human life.the length of the short story and the time to read does not take from the listener and the reader but a short time. and that is one of the updated arts that have emerged in the modern era and arabs did not know this kind of story in past ages and it has no roots in the heritage of storytellin...

Educational video games and serious games are becoming more and more relevant as a complement to traditional instructional approaches. However, several barriers are in the way of the general adoption of this technology, such as the high cost or the integration of the games in the learning flow. At the group at the Complutense University of Madrid we have developed the plat...

In this paper, we propose an automated approach to extract business process models from requirements, which are presented as user stories. agile software development, the story is a simple description of functionality software. It user's point view and written in natural language. Acceptance criteria list specifications on how new feature expected operate. Our analyzes set acceptance accompanyi...

There is a huge demand for “random” bits. Random number generators use software or physical processes to produce “random” bits. While it is known that programs cannot produce high-quality randomness—their bits are pseudorandom—other methods claim to produce “true” or “perfect” random sequences. Such claims are made for quantum random generators, but, if true, can they be proved? This paper disc...