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Evolution of binary decision diagrams for digital circuit design using genetic programming

机译：基于遗传规划的数字电路设计二元决策图的演化

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Hidenori Sakanashi; Tetsuya Highchi; Hitoshi Iba; Yukinori Kakazu;
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年度 1996
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1. A Binary Decision Diagram based on-line testing of digital VLSI circuits for feedback bridging faults [J] . Biswal Pradeep Kumar, Biswas Santosh Microelectronics journal . 2015,第7期

机译：用于反馈桥接故障的基于数字VLSI电路在线测试的二进制决策图
2. Fault Detection of Bridging Faults in Digital Circuits by Shared Binary Decision Diagram [J] . Chen Ling, Pan Zhongliang Key Engineering Materials . 2010,第pta2期

机译：基于共享二元决策图的数字电路桥接故障故障检测
3. Logic Synthesis Method for Dual-Rail RSFQ Digital Circuits Using Root-Shared Binary Decision Diagrams [J] . Koji OBATA, Kazuyoshi TAKAGI, Naofumi TAKAGI IEICE Transactions on Fundamentals of Electronics, Communications and Computer Sciences . 2007,第1期

机译：基于根共享二元决策图的双轨RSFQ数字电路逻辑综合方法
4. Design and Optimization of Digital Circuits by Artificial Evolution Using Hybrid Multi Chromosome Cartesian Genetic Programming [C] . Vitor Coimbra, Marcus Vinicius Lamar International symposium on applied reconfigurable computing . 2016

机译：混合多染色体笛卡尔遗传算法通过人工进化设计和优化数字电路
5. Design and implementation of multiple-valued decision diagrams based on a binary decision diagram package. [D] . Viswanathan, Kanish. 2005

机译：基于二进制决策图包的多值决策图的设计和实现。
6. Design of a programmable biosensor-CRISPRi genetic circuits for dynamic and autonomous dual-control of metabolic flux in Bacillus subtilis [O] . Yaokang Wu, Taichi Chen, Yanfeng Liu, 2020

机译：动态和自主双重控制枯草芽孢杆菌代谢通量的可编程生物传感器-CRISPRi遗传电路的设计
7. Fault Detection of Bridging Faults in Digital Circuits by Shared Binary Decision Diagram [O] . Chen Ling, Pan Zhongliang A 2016

机译：基于共享二元决策图的数字电路桥接故障检测

Evolution of binary decision diagrams for digital circuit design using genetic programming

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