Dissipative systems theory has been proposed since 1970s. It plays an important role in the study of system stability. In fact ,it is a nonnegative storage function,such that the inner energy of systems is less than the energy provision.
耗散性系统理论自上个世纪七十年代提出以来,在系统的稳定性研究中起着重要的作用,它实质上是一个非负的能量存储函数,使得系统内部存储能量总小于外部能量供给,即系统中存在着能量损耗。
参考来源 - 非线性系统的鲁棒无源化控制In fact, the stabilization Function based on Lyapunov function can also be explained on the perspective of passivity. During stabling the system, structuring the Lyapunov function can be transformed into structuring the storage function.
事实上,基于李雅普诺夫函数的镇定理论,也可以从无源性的角度加以解释,即在对系统进行镇定时,对李雅普诺夫函数的构造可以转化为对系统无源的存储函数的构造。
参考来源 - 基于无源性的船舶直线航迹控制设计·2,447,543篇论文数据,部分数据来源于NoteExpress
Storage function is set to realize automatic reset of backrest.
储存功能,是一套实现自动复位的靠背。
Further, the retailer performs storage function in his outlet, by having goods available.
另外,由于供货及时,零售商还可发挥其商店的仓储功能。
All these provide references for the users to realize permanent storage function with S7-200.
对需使用S7 - 200进行永久存储功能的用户有一定的借鉴作用。
That in many cases, I can gain efficiency if I'm willing to give up space. Having said that though, there may still be a problem, or there ought to be a problem that may be bugging you slightly, which is how do I guarantee that my hash function takes any input into exactly one spot in the storage space?
普遍存在的增益和权衡,在许多的例子中,可以通过牺牲空间而得到效率方面的增加,话说回来,仍然存在一个问题,或者应该会有一个问题困扰着你,就是我如何保证我的哈希函数能够准确将,任一输入映射到相应的唯一的存贮空间中去?
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