A novel architecture of quantum-based nanosensor node for future wireless sensor networks
Lyguat Lee, Xin Xie, Geng-Sheng Kuo · 2005
Nanotechnology uses the smallest unit of matter to engineering new materials and devices atom by atom, aiming at achieving superior properties and performance through atomic scale architecture. In general, the nanoscale structures, devices, and systems cannot be studied using conventional concepts. In other words, we have to study novel phenomena in nanosystems using quantum and optimization theories. In this paper, we study a novel architecture of our proposed quantum-based nanosensor node for future wireless sensor networks. In addition, we conduct a mathematical analysis on one of the modules in our designed architecture-classical to quantum (C/Q) converter.