The technological challenge for researchers working on the next generation of electronic paper is to render color as brightly as traditional paper, without increasing power requirements or end-user costs.
Virtualization is moving out of the data center and making inroads with mobile computing, security, and software delivery.
Researchers have developed a new networking algorithm, modeled after the neurological development of the fruit fly, to help distributed networks self-organize more efficiently.
By using sparse representation and compressed sensing, researchers have been able to demonstrate significant improvements in accuracy over traditional face-recognition techniques.
Advancements in computer vision, object recognition, and related technologies are leading to new levels of sophistication in augmented-reality applications and presenting new ways for humans to relate to the natural world.
Researchers working in medical nanorobotics are creating technologies that could lead to novel health-care applications, such as new ways of accessing areas of the human body that would otherwise be unreachable without invasive surgery.
Researchers working in human-computer interaction are developing new interfaces to produce greater efficiencies in personal computing and enhance miniaturization in mobile devices.
Computers are unable to defeat the world's best Go players, but that may change with the application of a new strategy that promises to revolutionize artificial intelligence.