M.Tech and PhD Thesis Help in Fog Computing

Cloud Computing, is defined as a group of computers and servers connected together over the Internet to form a network. Cloud computing is the on-demand availability of computer system resources, especially data storage and computing power, without direct active management by the user. Today, as many enterprises and large organizations are beginning to adopt the Internet of Things (IoT), the need for large amounts of data to be accessed more quickly, and locally, is ever-growing.

What is Fog Computing

Fog computing also is known as fog networking or hazing, is a decentralized enrolling establishment in which data, figure, accumulating and applications are scattered in the most authentic, profitable spot between the data source and the cloud. Fog Computing, or “fogging”, is a distributed infrastructure in which certain application processes or services are managed at the edge of the network by a smart device, but others are still managed in the cloud. It is, essentially, a middle layer between the cloud and the hardware to enable more efficient data processing, analysis, and storage, which is achieved by reducing the amount of data which needs to be transported to the cloud.

An example within the Internet of Things could be a smart lighting system which operates based on movement. At the point when there is development distinguished this information should be prepared to influence the result that the lights are turned on, and the other way around when no development has been recognized for a while, a choice should be made that the lights should now be turned off. This data and resulting decisions are best processed at the edge. The company running the smart lighting system may also want to track energy efficiency and how long the lights were on for though. The data which provides this “bigger picture” of how smart lighting is being used would require data to be collated and processed by a reporting system run in the cloud.

Ken Hosac, VP of Business Development at Cradle point, defines the concept of Fog Computing as an “extension of cloud computing to the utmost edge of the Network”. He states that in order to do this Fog Computing is:

• Adding process and memory resources to Edge devices
• Pre-processing collected data at the Edge
• Sending aggregated results to the cloud

Fog computing technology supports the IoT concept, in which most of the by humans on a daily basis and will be connected to each others. In examples include phones, wearable health monitoring’s devices, other connected vehicles and augmented relative using devices such as the google glass.

West base Technology’s range of 4G LTE networking solutions is all enabled for fog computing. Providing intelligent gateways and routers, our product range is able to make decisions at the network edge – both specific to the network itself and the application it connects. Our range of Sierra Wireless gateways, for example, features the ALEOS Application Framework; an application environment and integrated toolset for building embedded IoT applications. It is clear that the Internet of Things is growing every day, and with this growth, companies need to find more efficient and effective ways to manage their communications – fog computing is a crucial part of this.

WHY FOGGING?

Fog computing model provides benefits in advertising, computing, entertainment, and other applications are well-positioned for data analytics and appropriated information accumulation focuses. End administrations like, set-up-boxes and passageways can be effectively facilitated utilizing hazing. It improves QoS and decreases inactivity. The principal assignment of misting is situating data close to the client at the system edge.

• Fog Computing Under IoT
• The functioning of Fog Computing
• How it is Beneficial for Business
• How it is Beneficial for Business

We have discussed in below about fog computing benefits:

• The significant reduction in data movement across the network resulting in reduced congestion, cost, and latency, elimination of bottlenecks resulting from centralized computing systems, improved security of encrypted data as it stays closer to the end-user reducing exposure to hostile elements and improved scalability arising from virtualized systems.
• Eliminates the core computing environment, thereby reducing a major block and a point of failure.
• Improves the security, as data are encoded as it is moved towards the network edge.
• Edge Computing, in addition to providing the sub-second response to end-users, it also provides high levels of scalability, reliability and fault tolerance.
• Consumes less amount of bandwidth.

Latest Thesis Topics on Fog Computing

We provide thesis and research help on fog computing technology. Fog computing is a system-level computer architecture or conceptual model to extend, computer, design, network and storage capability of the cloud to the IoE network.  We are E2matrix Training and Research Institute in north India. We have an expert team of cloud computing developers and thesis writers. We have hired experts research engineers in our team so that they will provide your best quality work or thesis. If you are looking for thesis help on Cloud computing or fog computing do contact us at +91 9041262727 or email us at support@e2matrix.com. We will contact you as soon as possible to resolve your query.