代写论文：通信技术
就通信和信息技术的未来而言，新兴技术的动态往往是人类对设施的早期预期和极度乐观的行为。预期的动态显示了空间和时间的变化。无所不在计算中的预期知识可以作为练习和逻辑来实现，其中问题是已知的并且在行动中呈现。它发现了政府实践所隐含的工作和指导方针之间的差距。目前，无处不在的计算仍然被视为技术的一个愿景。物联网不仅可以提供连接性，还可以使用日常物品与计算设备连接。通过实现虚拟世界中的连通性，实物可以以某种方式影响个人生活和业务的每个方面。据调查，由于缺乏工具和开发环境，无处不在的环境的增长是不可能的。另外，机器通信，安全技术，基于RFID的物流等等，目前普遍存在的应用很少。国际专家和研究人员期望许多应用和技术的发明将使市场对象的使用最多。它将为互联网连接提供数据交换和感官功能。为了将图像变为现实，必须在此领域做出重大努力并取得进展，然后才能为无处不在的环境可靠快速地创建任何应用程序。因此，与风险相关的预期知识的相互作用将有助于识别和缓解可能在普适计算过程中受益的情况（Palavicino，2015）。
代写论文：通信技术
As far as futurity of the communication and information technology is concerned, the dynamic of emerging technologies are often the case of early expectations and sorely optimistic behaviours of the humans towards the facilities. The dynamic of expection shows spatial and temporal variations. The anticipatory knowledge in ubiquitous computing can be implemented as practice and logic in which the problems are known and rendered in actions. It finds the gap between work and guidelines embedded by the government practices. At present, ubiquitous computing is still viewed as a vision of technology. The Internet of Things will not only provide connectivity but also connect with computing devices with everyday objects. By enabling connectivity in the virtual world, the physical thing can affect every aspect of the individual’s life and business in a way is imagined. According to a survey, due to lack of availability of tools and development environment, the growth in the ubiquitous environment is impossible. Besides, machine-machine communication, security technologies, RFID based Logistics, etc., are few of the ubiquitous application which is at present. The international experts and researchers expect many applications and invention of technologies that will make most of the use of market objects. It will provide data exchange and sensory capabilities enabled to the internet connections. In order to turn the image into reality, significant efforts and progress must be made in this area before any application can be reliably and rapidly created for the ubiquitous environment. As a result, the interaction of risks – related anticipatory knowledge will assist to identify and mitigate situations which can benefit in the progress of the ubiquitous computing (Palavicino, 2015).
