7 山东大学硕十学位论文 第2章量子框架汽车电控系统体系结构设计方法 量子框架（Quantum Framework）是适用于汽车电控系统嵌入式软件总线技术，具有面向对象和结构紧凑的特点，一个典型的QF代码只要求少于5KB的代码和数据。
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Then a program based on Quantum Framework was proposed,a hardware platform was chosen and how the program was established was given. Then the bus was used to develop an application software-AMT control software for heavy-duty truck.
然后,提出了一种基于量子框架的软件总线实现方案,并选择了一个典型的硬件平台,具体说明了这个方案的建立过程,最后将软件总线应用在重汽AMT系统上,介绍了应用软件的开发过程。
参考来源 - 基于量子框架的汽车电控系统软件总线研究The basic principles, structure and development situation of QF is introduced and the architecture of open CNC system based on QF is given in paper. Besides, the advantage of quantum framework is described in paper.
介绍了量子框架的基本原理、结构以及国内外应用情况,给出了基于量子框架的开放式数控系统的体系结构,并阐述了该种结构的优点所在。
参考来源 - 基于量子框架的开放式数控系统的研究·2,447,543篇论文数据，部分数据来源于NoteExpress
"Quantum probabilities have the potential to provide a better framework for modelling human decision making, " says Busemeyer.
Busemeyer说，“量子概率可以提供更好的架构来为人类决定如何形成进行建模”。
Hawking spoke of Germany in the 1920s, when the foundations of quantum mechanics were developed, and again of Cambridge, UK, in the 1960s, when the framework of modern cosmology was established.
霍金谈到20世纪20年代的德国，当时已经开发了量子力学的基础；然后又谈到20世纪60年代的英国剑桥，当时现代宇宙学的框架已经建立。
At the same time, though, he is not convinced that many worlds provides a good framework for explaining why some quantum outcomes are more probable than others.
但同时，他也不相信多世界诠释可以提供一个很好的框架来解释为什么一些量子结果要比其他的更有可能出现。
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