The simplest solution uses only six line segments, and is based on a triangle.
The Hewlett-Packard solution uses clusters of "blade" personal computers -- each a narrow circuit board that handles all the processing chores of a desktop PC.
Stegh and Mirkin's solution uses special molecules – small interfering ribonucleic acids (RNAs) – to disrupt the abnormal anti-death signals inside the cancerous cells and cause their destruction.
Their solution uses mostly off the shelf technologies like UV light disinfection and multi-stage filtration to remove silt, bad taste and odours.
Barford's solution uses a dam-and-airlock system allowing the bath to fill more quickly with water at just the right temperature, and it would not look out of place in any bathroom.
They also have a tendency to spread light out over a range of frequencies, resulting in pallid, pastel shades rather than crisp, bright ones.Dr Olson's proposed solution uses tiny aluminium rods.
HW/SW solution uses Nios-II FPGA development board.
The suggested solution uses HDFS and distributed computing at its core.
PayPal's solution uses the text message platform that all cell phones can access.
The solution uses a different video camera lens, which can better approximate human vision.
This solution uses a novel refrigeration geometry, which allows reducing the energy consumption and manufacturing costs.
