… that goal over the last 10+ years of interface design and 3 years of automation research. We
… fundamental and reusable DLA interfaces. We talk about how those interfaces allow us to …

Brain–computer interfaces (BCIs) are systems that allow us to translate in real-time the
electrical activity of the brain in commands to control devices. They do not rely on muscular …

… summary of key relevant … interface research is divided into four sections, each addressing
a different domain of performance improvement, progressing from low-level issues of interface …

… on identifying key interfaces and on focusing on interface performance has grown as it has
been irrcreasingly realized that all projects share a common pattern of interfaces derived from …

… Interface, the outcome of unified User Interface Development. It is argued that, at present,
unified User Interfaces are … The key issues for such unified development are: user adaptability, …

… One of their key concerns is Implementation which in this contextmeans solely the development
… The principal focus is on the human-computer Interface. An evaluation of the use Of an …

… Interfacial interactions and interphases play a key role in all multicomponent materials
irrespectively … Although the role and importance of interfaces and interphases are the same for all …

… field of brain–machine interface, also known as brain–computer interface, or neuroprosthetics.
The … devices with a specific focus on brain–machine interface technology. Key words …

Thermoelectric generators (TEGs) are devices that convert temperature differences into
electrical energy, which work on the thermoelectric phenomena known as Seebeck effect. The …

… Abstract Some key features that are believed to be required in future User Interface Management
Systems (UIMSs) ar e presented and discussed, as are some key philosophical issues. …