This session deals with the process of designing interfaces from a cognitive point of view.
A general model is proposed that explains the size and structure of biological interfaces from a fundamental point of view.
The MetaPad can adjust its environment -- processor speed, power consumption and software -- depending on the preferred user interface, from a desktop keyboard to a mobile device, worn on a belt and responding to voice commands.
This toolkit generates an interface from a simple input/output description that is applicable to many simple but useful engineering models.
The methodology applies model-driven engineering to derive concrete user interfaces from a workflow model imported into a workflow management system in order to run the workflow.
Supramolecular assemblies at the air/water interface from a newly designed tyrosine-based bolaamphiphile, 1,10-bis O-l-tyrosine -decane (C1,10-bis O-l-tyrosine -decane
Design: Simultaneous experimental measurement of moisture loss and temperature reduction at the air-loss support surface human body equivalent interface from a sweating human skin analogue.
Branched PEI is adsorbed from 2 mmol/L solution onto a negatively charged DMPG monolayer at the air/water interface from a solution with 2 mmol/L FeSO4.
The micro-nibs are fabricated so that they overhang from the edge of a silicon substrate in order to provide a reliable free-standing planar interface from a micro-fluidic circuit to a mass spectrometer.
Model checking the design of a software system can be supported by providing an interface from a high-level modelling language, which is suitable for describing software design, to a given model checking tool.
