Cloud Computing and a Recent Trend within the Computer Industry
Cloud Computing and a Recent Trend within the Computer Industry
The selected article applies cloud computing and fog nodes to conduct IoT big data analytics for smart homes (Yassine et al., 2019). Smart homes provide large amounts of data from interconnected devices that can be used to enhance user experience. As a result, innovative IoT is used to capture user data that is later handled by cloud systems and fog nodes to facilitate data-driven services. The developed system further seeks to solve the issues of resource demands for offline and online data processing and storage. The article provides a detailed description of design requirements and components to be integrated into the project. Its primary aim is to establish personalized applications for smart homes. Our assignment writing help is at affordable prices to students of all academic levels and academic disciplines.
I opine that the article is detailed and comprehensive based on how it presents various aspects of the proposed system. We live in the era of knowledge-based solutions, and thus, articulating such an approach to solving emerging challenges is quite recommendable. Their integration in IoT data analytics applications is the best remedy for smart homes. Data-driven systems are autonomous and simplify life to a great extent. They acknowledge real-time data recognition, hence saving homeowners time. The article presents a case study to defend its stand and the necessity of enhancing smart homes. Therefore, I believe it is a perfect piece whose concepts can be applied in all homesteads.
The article is closely tied to the concepts and information gained throughout the course from various perspectives. It provides an exceptional view of the relationship between devices and the internet. The interconnection between gadgets in smart homes and how they can be leveraged using cloud systems is detailed. The activities in a smart home are collected chronologically using sensors and transmitted to the cloud systems. By doing so, applications can easily retrieve and process real-time information once triggered. The synchronization of events is seamless and happens within microseconds. The article touches on IoT and cloud computing, which have been referenced several times in the course. It interrelates the two ideas to solve contemporary challenges. Generally, it is deeply rooted in the covered classwork.
Cloud computing has had positive impacts on my use of email in various ways. First, it assures email service accessibility from any location at any time. I can use any gadget to access my account, provided I have the correct credentials. Besides, emails stored in the cloud are more secure due to the high protection measures reinstated by the storage providers. This benefit is more relevant to companies as they no longer have to store mail in internal servers. In addition, cloud computing boosts my use of email due to its effectiveness in disaster recovery. I will retrieve my emails even if my device crashes. Nevertheless, the dependability of cloud systems provides an exceptional experience when using email.
Cloud computing also affects my use of the software by enabling the storage of applications and files in remote servers. This is a landmark milestone as it saves memory on ones’ gadget, unlike in the past where they were no alternatives. The stored software can be accessed at users’ convenience, and this aspect promotes remote working. Besides, it frees space in computer memory, hence optimizing the machine for better performance. Having fewer programs makes a device boot and run faster.
The use of cloud computing further influences the use of hardware applications, especially for large organizations. It provides economies of scale that would otherwise be inconvenient in the common data centers. The presence of virtual servers on extensive hardware platforms accommodates multiple users on server hardware. The infrastructure is owned and managed by cloud providers, thus removing the burden on individual users. The users only require a web browser with an internet connection and premium charges where applicable. This achievement is a significant gain for large organizations as they do not have to invest in hardware.
The email, software, and hardware applications have a common interest in the network, intranet, and internet. An intranet is a restricted network typically shared by persons within an organization. However, the internet involves the global interconnection of networks that support communication and information sharing among people. The network comprises multiple devices linked together using Wide Area Network (WAN), Local Area Network (LAN), or Campus Area Network (CAN). Having explained the terms, it can be devised that software, hardware, and email relate