在云技术上共享知识密集型数据集的生态系统

Balan Pillai
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引用次数: 0

摘要

这个世纪,在云层上有很多“0和1”。此外,它们在风格上是实用的,并且非常知识密集型,这意味着它们在语义上与大量的实践理解是一致的。他们需要代理来操作、转换和携带应用程序。这些插槽虽然是分散的,但可以随时随地公开共享。共享那些知识密集的漫游槽或元件和紧凑组件;一个或多个被打断的代理应该提供一个生态系统驱动程序,通过评估和提升到下一个级别来有意义地收集它们。这一层可以继续将新的内容知识传递给云实体;是下一代的生态循环系统。Feynman, r.p.等人[1963]宣称“如果在一场大灾难中,所有的科学知识都将被摧毁,只剩下一句话留给下一代生物,哪一句话能用最少的单词包含最多的信息?”原子假说认为,所有的东西都是由原子构成的——原子是一种不断运动的小粒子,当它们相距不远时,它们会相互吸引,但当它们相互挤压时,它们会相互排斥。在这里,有许多信息在应用时超出了想象。设计的特点是简化外部电路所需的数量;配置同时上、下能量的模块,以其复杂的逻辑和混合信号为顺序提供吸引力。我们已经开发了一个生态系统来处理和保存一部分分散的知识密集型“0和1”到语义场景;主要是在网络基础设施中,我们将信号封装在非常低的频率水平,并将其转换为有意义的格式,以便在超宽带环境中传输;其中一些被使用、停放、转换、保存,或者通过注入的知识添加新的风味。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Ecosystems for sharing the knowledge-intensive datasets at clouds-technologies
This century, is set at plenty of”zeros-and-ones” at the Clouds. Furthermore, they are pragmatic in their style and very much knowledge-intensive meaning that they are consistent semantically with immense of practical understanding. They need agents to operate, convert and carry them for applications. Those slots openly allow sharing wherever and whenever needed though they are scattered. To share those knowledge-intensive wandering slots or elements and compact components; one or many interloped agents should provide an Ecosystem driver to gather them meaningfully in escalating by evaluating and elevating into the next level. This level could continue with the new content knowledge to the clouds-entity; is the next generation ecocycle system. Feynman, R.P, et. al [1963] professed that “if, in some cataclysm, all of scientific knowledge was to be destroyed, and only one sentence passed in to the next generation of creatures, what sentence would contain the most information in fewest words? It is the atomic hypothesis that all things are made of atoms — little particles that move around in perpetual motion, attracting each other when they are a little distance apart, but repelling upon being squeezed into one another. Here, there is a number of information that is beyond the imagination when applied. The features designed is to simplify the amount of external circuitry required; to configure the modules for simultaneous en-ergy-up and energy-down supply the attraction in sequencing with its complex logic and mixed-signals. We have developed an Ecosystem to handle and preserve a part of the scattered knowledge-intensive “zeros-and-ones” into a semantic scenario; fundamentally at the Cyberinfrastructure where we encapsulate the signals at a very low frequency level and convert them into a meaningful format in carrying over an ultra-wide-band environments; some are used, parked, converted, saved, and or added new flavor with injected knowledge.
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