|
Lent C S, Tougaw P D, and Porod W. Bistable saturation incoupled quantum dots for quantum cellular automata[J].Applied Physics Letters.1993, 62(7):714-716[2]王森, 蔡理, 郭律. 基于量子细胞自动机的全加器实现[J]. 固体电子学研究与进展, 2005, 25(2): 148-151.Wang Shen, Cai Li, and Guo l . A novel full adderimplementation using quantum cellular automata[J].Research and Progress of SEE, 2005, 25(2): 148-151.[3]Cho H and Swartzlander E E. Adder designs and analyses forquantum-dot cellular automata[J].IEEE Trans. onNanotechnology.2007, 6(3):374-383[4]Choi M and Choi M. Scalability of globally asynchronousQCA (quantum-dot cellular automata) adder design[J].Journal of Electronic Testing.2008, 24(1-3):313-320[5]Heumpil C and Swartzlander E E. Serial parallel multiplierdesign in quantum-dot cellular automata[C]. IEEESymposium on Computer Arithmetic, Montpellier, France,Jun. 25-27, 2007: 7-15.[6]Niemier M T and Kogge P M. Logic in wire: using quantumdots to implement a microprocessor[C]. Proceedings of NinthGreat Lakes Symposium on VLSI, Ann Arbor, MI, USA,Mar.4-6, 1999: 118-121.[7]Lent C S and Tougaw P D. Lines of interacting quantum-dotcells: A binary wire[J].Journal of Applied Physics.1993,74(10):6227-6233[8]Kim K, Wu K J, and Karri R. Quantum-dot cellularautomata design guideline[J].IEICE Trans. on Fundamentalsof Electronics, Communications and Computer Sciences.2006,E89-A(6):1607-1641[9]Walus K, Dysart T J, and Jullien G A, et al.. QCADesigner:A rapid design and simulation tool for quantum-dot cellularautomata[J].IEEE Trans. on Nanotechnology.2004, 3(1):26-31
|
下载:
