So far this translation has been enabled upwards from computer to human. Future research could involve translation from human to computer and interaction to make this an iterative, interactive life-cycle process.
This blog is about my PhD research (now finished) at University of the West of England into User Driven Modelling. This is to make it possible for people who are not programmers to create software. I create software that converts visual trees into computer code. My web site is http://www.cems.uwe.ac.uk/~phale/. I'm continuing this research and the blog. My PhD is at http://eprints.uwe.ac.uk/17918/ and a journal paper at http://eprints.uwe.ac.uk/17817/.
Wednesday, December 08, 2010
Open Standard Layered Architecture for computer to human translation
This diagram shows a central infrastructure of an open standards layered architecture. This enables interoperability at the Computer to computer layer. This gives advantages to developers for maintenance and re-use. This infrastructure aids translation from computer and developers upwards, to end users. Visualising the model/program structure translated upward from code to a navigable interactive visualisation enables accessibility, thus assisting with modelling and end user programming. This infrastructure that aids computer to computer interoperability thus also aids human to human collaboration. This all aids ease of use and re-use of models/programs also.
So far this translation has been enabled upwards from computer to human. Future research could involve translation from human to computer and interaction to make this an iterative, interactive life-cycle process.
So far this translation has been enabled upwards from computer to human. Future research could involve translation from human to computer and interaction to make this an iterative, interactive life-cycle process.
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