Its one-dimensional signals from localised peripheral regions on the head make it attractive for its simplistic fidelity and has allowed high clinical and basic research throughput.
Its low cost and the availability of its constituent parts makes it attractive for research, educational and commercial use.
It is relatively low cost, and the availability of its constituent parts makes it attractive for research and educational use.
It can be easily maintained, and its soft visual and tactile texture, as well as its sound-absorbing qualities, make it attractive for residential use.
In addition to this, its low computational requirements make it attractive for low complexity receivers.
Its theoretical and computational simplicity makes it attractive for on-line implementation.
The biocompatibility of chitosan and its similarity to glycosaminoglycans (GAG) make it attractive for cartilage tissue engineering.
In addition, its independence from glucose uptake makes it attractive for CNS imaging.
That makes it attractive for spy satellites and missiles.
Making it attractive for children is a big draw.
Stepney's proximity to Route 25 makes it attractive for commuters.
