Short description: A MAX-MIN Ant System (MMAS) implemented in the Hyper-Cube Framework for the application to Unconstrained Binary Quadratic Programming (UBQP).
Aim of the software: Educational (not high-performance) it shows how to implement a MMAS in the Hyper-Cube Framework.
使用时钟PLL的源同步系统时序分析一）回顾源同步时序计算Setup Margin = Min Clock Etch Delay – Max Data Etch Delay – Max Delay Skew – Setup TimeHold Margin = Min Data Etch Delay – Max Clock Etch Delay + Min Delay Skew + Data Rate – Hold Time下面解释以上公式中各参数的意义：Etch Delay：与常说的飞行时 ...
