This research report delves into the future of the Fog Domain, exploring solutions for its limitations and providing a better technology for the future generation. It covers the comparison of cloud computing and fog computing, hidden channel attacks, data plane attacks, and control plane attacks.

Discover Fog Computing's potential and tackle its limitations. Compare it to Cloud Computing, and learn about hidden channel, data plane, and control plane attacks.

Future of the Fog Domain: Solutions for Limitations and Better Technology

Theoretical Computer Science

Data Science and Big Data

Electrical Engineering

Materials Science and Engineering

Political Science

(pdf) Internet of things - IOT

Internet of things -  Assignment

Web Systems And Technologies

This research study focuses on the current functionalities of fog as well as cloud computing domain and also assesses readiness of fog domain for future network paradigm. Through the purpose of the research, various components of fog domain have been demonstrated and architectural technologies surrounding fog domain have been determined. Furthermore, through literature review, security threats to cloud computing such as hidden channel attack, and data plan attack are analyzed. Moreover, fog domain is found to be more essential than cloud domain in network connection since fog computing has lower latency, larger number of nodes, higher velocity and larger energy controlling capability over cloud domain, thereby projected as future network paradigm.

Cavite State University

Professional Development

Calculus and Analysis

The Future of Fog Domain

Pattern Recognition 

This paper discusses the security challenges, threats, requirements, fog nodes based security architectures and the possible cryptographic solutions of fog-to-things communications. It proposes a novel encryption scheme for fog-to-things communication and analyzes security challenges in terms of cybersecurity principles. The distribution of fog nodes can solve the scalability of cloud by reducing central processing and communications.

Wollega University

Analysis of Lightweight Encryption Scheme for Fog-to-Things Communication

This literature review discusses the advancements in cloud-centered IoT through Fog and Edge computing. It covers the applications, advantages, and disadvantages of FEC, required educational tools, networking connectivities, and architecture. It also explains how FEC helps with storage and acceleration. Subject: IoT, Course Code: NA, Course Name: NA, College/University: NA

Hartpury University and Hartpury College

Fog and Edge Computing: Advancements in Cloud-Centered IoT

Simranbir Singh's literature review discusses the advancements in cloud-centered IoT through Fog and Edge Computing. It covers the advantages and disadvantages, applications, required educational tools, and networking connectivity of these technologies.

Future of the Fog Domain: Solutions for Limitations and Better Technology

(pdf) Internet of things - IOTlg...

Internet of things - Assignmentlg...

The Future of Fog Domainlg...

Analysis of Lightweight Encryption Scheme for Fog-to-Things Communicationlg...

Fog and Edge Computing: Advancements in Cloud-Centered IoTlg...

Fog and Edge Computing: Advancements in Cloud-Centered IoTlg...

(pdf) Internet of things - IOT

Internet of things - Assignment

The Future of Fog Domain

Analysis of Lightweight Encryption Scheme for Fog-to-Things Communication

Fog and Edge Computing: Advancements in Cloud-Centered IoT

Fog and Edge Computing: Advancements in Cloud-Centered IoT