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We have passed the era of Peak MHz. The race in CPU development is now for smaller, cheaper, and less power-hungry processors. As the price of powerful CPUs approaches that of basic components, how ...
We have passed the era of Peak MHz. The race in CPU development is now for smaller, cheaper, and less power-hungry processors. As the price of powerful CPUs approaches that of basic components, how information processing is used--and how to design for/with it--fundamentally changes. When information processing is this cheap, it becomes a material with which to design the world, like plastic, iron, and wood. This vision argues that most information processing in the near future will not be in some distant data center, but immediately present in our environment, distributed throughout the world, and embedded in things we don't think of as computers (or even as "phones").
This talk discusses what it means to treat information as a material, the properties of information as a design material, the possibilities created by information as a design material, and approaches for designing with information. Information as a material enables The Internet of Things, object-oriented hardware, smart materials, ubiquitous computing, and intelligent environments, and services.
(talk given at the University of Michigan's School of Information on 11/1/10 and at Stanford's HCI Group)
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