为实现面向信号的测试,研究了基于STD(signal test definition)标准的测量模型,包括固有测量(intrinsic measurement)模型和属性测量(generic measurement)模型,不仅在理论上对2种模型进行分析比较,还以复杂方波信号为例进行仿真实验,...为实现面向信号的测试,研究了基于STD(signal test definition)标准的测量模型,包括固有测量(intrinsic measurement)模型和属性测量(generic measurement)模型,不仅在理论上对2种模型进行分析比较,还以复杂方波信号为例进行仿真实验,通过实验数据说明2种测量模型在特定场合的应用。展开更多
针对测试信号种类繁多,属性复杂的问题,充分发挥了STD(Signal and Test Definition)标准的扩展机制,分别研究了基于STD标准的静态信号模型和动态信号模型。并应用上述模型,建立了带有电流限属性的三相交流电信号模型,解决了三相交流电...针对测试信号种类繁多,属性复杂的问题,充分发挥了STD(Signal and Test Definition)标准的扩展机制,分别研究了基于STD标准的静态信号模型和动态信号模型。并应用上述模型,建立了带有电流限属性的三相交流电信号模型,解决了三相交流电信号的使用问题,同时为自定义信号的建模提供思路。展开更多
In this paper a new model for the spread of sexually transmitted diseases （STDs） is presented. The dynamic behaviors of the model on a heterogenons scale-free （SF） network are considered, where the absence of a th...In this paper a new model for the spread of sexually transmitted diseases （STDs） is presented. The dynamic behaviors of the model on a heterogenons scale-free （SF） network are considered, where the absence of a threshold on the SF network is demonstrated, and the stability of the disease-free equilibrium is obtained. Three immunization strategies, uniform immunization, proportional immunization and targeted immunization, are applied in this model. Analytical and simulated results are given to show that the proportional immunization strategy in the model is effective on SF networks.展开更多
文摘为实现面向信号的测试,研究了基于STD(signal test definition)标准的测量模型,包括固有测量(intrinsic measurement)模型和属性测量(generic measurement)模型,不仅在理论上对2种模型进行分析比较,还以复杂方波信号为例进行仿真实验,通过实验数据说明2种测量模型在特定场合的应用。
文摘针对测试信号种类繁多,属性复杂的问题,充分发挥了STD(Signal and Test Definition)标准的扩展机制,分别研究了基于STD标准的静态信号模型和动态信号模型。并应用上述模型,建立了带有电流限属性的三相交流电信号模型,解决了三相交流电信号的使用问题,同时为自定义信号的建模提供思路。
文摘In this paper a new model for the spread of sexually transmitted diseases （STDs） is presented. The dynamic behaviors of the model on a heterogenons scale-free （SF） network are considered, where the absence of a threshold on the SF network is demonstrated, and the stability of the disease-free equilibrium is obtained. Three immunization strategies, uniform immunization, proportional immunization and targeted immunization, are applied in this model. Analytical and simulated results are given to show that the proportional immunization strategy in the model is effective on SF networks.
