代写价格:CMOS应用的讨论

| 27-10月-2020 | 美国代写

代写价格:CMOS应用的讨论

如果计算资源的需求不完全准确,就会有大量应用难以开发,因此可以理解关于纳米级CMOS应用的讨论(Aibin等人,2015)。应用包括技术进步,如汽车驾驶,战斗中的战斗机驾驶,机器人管家和女佣,工厂的电子工人和IC设计师。然而,为了开发这种设备的功能,将需要接近人类水平的智能,特别是在设备的特定专门化。研究表明,为了发展确定的智能水平,需要对编程方法和算法进行相当大的开发(Jiang等人,2015)。因此,可以考虑模拟人类大脑,它将以类似于扑风的最初概念化的方式运作,以促进人类历史上的最初飞行。人脑的计算要求被断言为每秒1017次低精度自然运算,而内存可以被认为是在1014字节的功能(Shrivastava et al., 2013)。研究人员已经确定,106平方厘米的硅仅在硬件上花费10米,而功率耗散将达到100千瓦,因此需要开发改进算法。

代写价格:CMOS应用的讨论

这篇文章指出,没有其他替代技术可以取得进步,CMOS可以落后于日益增长的计算需求(Wang et al., 2013)。这篇文章的研究人员暗示,如果没有持续增长的驱动力,主要的教育、研究和发展基础设施可能会在没有经济本质的实质性支撑的情况下陷入困境。因此,它关系到技术领袖和教育工作者(Wong et al., 2005)。然而,随着设备技术的发展,即使在设备技术有限的情况下,也会引发系统和电路的设计、数据存储技术和通信技术的增长,以提供世世代代的效率和性能提升。

代写价格:CMOS应用的讨论

The discussion of the nanoscale CMOS applications can be understood by recognizing that there is large pool of application that can be difficult to develop if the requirements of the computing resource are not completely accurate (Aibin et al., 2015). The applications include the technological advancements such as the car driving, fighter jet piloting during the combat, robotic butlers and maids, electronic workers of the factory and IC designers. However, in order to develop such functionality of the devices, intelligence that is near human level will be required particularly in the specific specialization of the device. The research indicates that considerable development of the programming methods and algorithms is required in order to develop the identified level of intelligence (Jiang et al., 2015). Hence, the emulation of the human brain can be considered which will function in an analogous manner similar to the initial conceptualization of flapping winds in order to facilitate the initial flights in the human history. The computational requirements of the human brain are asserted to be at the 1017 operations of low precision nature per second and the memory can be considered to function at the 1014 bytes (Shrivastava et al., 2013). The researchers have established that the 106 cm2 of the silicon at the cost of 10 M merely for the hardware and the dissipation of the power will be at the 100 KW due to which improved algorithms are required to be developed.

代写价格:CMOS应用的讨论

The article suggested that there is no other alternative technology from which the advancement can be made and CMOS can be left behind as indicated by the growing computational needs (Wang et al., 2013). The researchers of the article implied that in the absence of the driving force for the continued growth, the major educational, research and development infrastructure can be stranded without substantial underpinning of economic nature. Therefore, it concerns the technology leaders and educators (Wong et al., 2005). However, the device technology development will trigger the growth in the design of system and circuit, technologies of data storage and the communication in order to offer efficiency and performance improvement throughout the generations even when the technologies of the device becomes limited.

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