A Crossbar Interconnection Network in DNA

B. Talawar
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引用次数: 1

Abstract

DNA computers provide exciting challenges and opportunities in the fields of computer architecture, neural networks, autonomous micromechanical devices, and chemical reaction networks. The advent of digital abstractions such as the seesaw gates hold many opportunities for computer architects to realize complex digital circuits using DNA strand displacement principles. The paper presents a realization of a single bit, 2×2 crossbar interconnection network built using seesaw gates. The functional correctness of the implemented crossbar was verified using a chemical reaction simulator.
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DNA中的交叉棒互连网络
DNA计算机在计算机体系结构、神经网络、自主微机械设备和化学反应网络等领域提供了令人兴奋的挑战和机遇。数字抽象的出现,如跷跷板门,为计算机架构师利用DNA链位移原理实现复杂的数字电路提供了许多机会。本文介绍了一种利用跷跷板门构建的单比特2×2横杆互连网络的实现方法。利用化学反应模拟器验证了所实现的横杆功能的正确性。
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