Design principles for achieving high-performance submicron digital technologies

EF Fredkin, T Toffoli - Collision-based computing, 2002 - Springer
2 Design Principles for Submicron Digital Technologies 29 happen much less often than
with conventional logic. The two most important consequences of this are (a) that circuits can
be designed to dissipate much less heat, and (b) that circuits using signaling quantities such
as light beams, which are easy to route from one place to another but hard to" create" and
thus expensive to" destroy", may be made more feasible when implemented as conservative
logic. Second, conservative logic conserves the information present at any moment in a …

[引用][C] Design Principles for Achieving High-Performance Submicron Digital Technologies, proposal to DARPA

E Fredkin, T Toffoli - MITLab. for Comput. Sci, 1978
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