A literature review is examined as an intriguing as well as significant work. It is important to follow several guidelines to effectively carry out this process. For conducting a literature review based on the networking research topic, we offer a well-formatted procedures and hints, along with some instances relevant to the latest research areas in the domain of networking:
Procedures for Carrying out a Literature Review
- Specify Your Scope: The research topic or query that you intend to investigate has to be stated in an explicit manner. Extensive research areas are involved in the domain of networking, and not constrained to network security, software-defined networking (SDN), network protocols, and wireless communication.
- Search for Related Literature:
- It is approachable to employ search engines and academic databases, including Google Scholar, ScienceDirect, ACM Digital Library, and IEEE Xplore.
- To expand your exploration, examine most relevant wordings and synonyms, and use particular key terms that align with your chosen topic.
- Screen and Choose Sources:
- For finding papers, which are exactly related to your research query, you need to cover titles and abstracts at the beginning stage.
- To assess the appropriateness, methodology, standard, and discoveries, read the chosen papers in an extensive manner.
- Organize and Classify:
- By means of any categorization like discoveries, methodologies, or subtopics which assists the goals of your review, you should arrange your studies.
- You must outline all the major discoveries of your review. Any gaps, challenges, or concurrences that exist in the research have to be observed.
- Synthesize Discoveries:
- The latest condition of research, developments in the field of the selected topic, and recent patterns must be described.
- In the literature, in which evolving techniques may affect upcoming studies or where there is a requirement for even more exploration, find potential gaps.
- Draft and Revise:
- By adhering to any particular instructions that are suggested by your publication avenue or educational university, you must depict all your discoveries systematically.
- To assure consistency, extensive analysis of the literature, and transparency, review the initial writings.
Instances of Networking Research Topics
- Network Security:
- Current innovations in quantum-resistant cryptography.
- The efficacy of machine learning in the identification and reduction of network assaults.
- Wireless Communication:
- The effect of 5G mechanisms on mobile networks and services.
- Issues and solutions for perfect combination among heterogeneous wireless networks.
- Network Protocols:
- Advancements in transport layer protocols for enhancing the pace and credibility of the internet.
- Enhancement of Protocol for Internet of Things (IoT) devices to improve data transmission and energy effectiveness.
- Software-Defined Networking (SDN):
- The contribution of SDN in improving and automating network arrangements for cloud services.
- In software-defined networks, safety impacts and solutions.
- Edge Computing:
- The part of edge computing in minimizing utilization of bandwidth and latency in IoT-based applications.
- Safety issues and policies for the placements of edge computing.
What are the best topics for a research project related to Computer Network Security?
In the field of Computer Network Security, various topics and areas have emerged in a gradual manner. The following are numerous interesting topics which provide significant possibility for effective studies and also considered as related to the latest research trends:
- Zero Trust Architecture Implementation and Challenges
- Explanation: The concepts of zero Trust framework has to be investigated by considering the issues that are confronted in the conversion from conventional network safety models, and the application of Zero Trust in different industrial scenarios.
- Possible Implication: For tackling general barriers and implementing Zero Trust, this topic can provide perceptions on efficient tactics.
- AI and ML in Cyber Threat Detection and Response
- Explanation: The major aim of this topic is to explore in what way the methods of machine learning (ML) and artificial intelligence (AI) can automate response mechanisms and enhance the identification of cyber hazards.
- Possible Implication: Developments in this research area could exceed human abilities by substantially improving the preciseness and pace of hazard identification and response.
- Blockchain for Network Security
- Explanation: In protecting network interactions and transactions, the implementation of blockchain mechanisms must be analyzed. This is specifically to solve various problems relevant to non-repudiation, authentication, and data morality.
- Possible Implication: This research plan could result in minimization of dependency on centralized trust frameworks due to the creation of decentralized safety approaches.
- Quantum Cryptography and Post-Quantum Cryptography
- Explanation: Consider the realistic application of quantum key distribution (QKD), and the creation of cryptographic methods which are protective from the assaults related to quantum computing.
- Possible Implication: In opposition to the growth of quantum computing, this topic is crucial for future-evident cryptographic safety.
- Privacy-Preserving Technologies in Network Communications
- Explanation: To improve the confidentiality of the users in network interactions, explore protocols and mechanisms, like differential privacy and anonymous routing protocols.
- Possible Implication: In the period of widespread monitoring and data gathering, it could enhance the security of individual confidentiality.
- Securing the Internet of Things (IoT)
- Explanation: By concentrating on secure device provisioning, lightweight cryptographic approaches, and update techniques, the specific safety problems which are caused by IoT networks and devices have to be solved.
- Possible Implication: For assuring the morality and safety of highly extensive IoT placements, this research idea is most significant.
- Software-Defined Networking (SDN) Security
- Explanation: The safety risks that are associated with SDN frameworks should be investigated. In order to protect SDN controllers and the interaction among network devices and controllers, create techniques.
- Possible Implication: It supports the placement of effective and adaptable SDN mechanisms in a secure way.
- 5G Network Security
- Explanation: The safety impacts of 5G mechanisms, as well as the higher assault areas because of the combination of IoT, the safety of network slicing, and edge computing have to be explored.
- Possible Implication: This topic assures that the major framework and services can be facilitated by the future cellular networks in a protective manner.
- Attack Simulation and Penetration Testing Automation
- Explanation: For the simulation of cyber assaults, create automatic techniques and tools. To find risks in network frameworks, carry out penetration testing.
- Possible Implication: Contrary to the evolving cyber hazards, it could result in highly powerful network structures and arrangements.
- Advanced Persistent Threats (APT) Detection and Mitigation
- Explanation: For the violation of network security, the tactics, techniques, and procedures (TTPs) that are utilized by APTs have to be examined. To identify and reduce these hazards, create policies.
- Possible Implication: Resistant to intricate and focused cyber espionage or disruptive actions, the strength of networks can be improved.
Networking Research Topics and Ideas
We understand the importance of finding the right Networking research topics and ideas for both undergraduate and postgraduate students and scholars. At phdprime.com, we are here to assist you in tailoring your Networking research work to meet your specific needs. With over 18 years of experience, we have been supporting scholars with innovative Networking research. Stay connected with phdprime.com to discover more in this field.
- A distributed routing-aware power control scheme for underwater wireless sensor networks
- Energy-optimal routing for electric vehicles using deep reinforcement learning with transformer
- Discovering Lin-Kernighan-Helsgaun heuristic for routing optimization using self-supervised reinforcement learning
- A stochastic formulation of the two-echelon vehicle routing and loading bay reservation problem
- THSI-RP: A two-tier hybrid swarm intelligence based node clustering and multi-hop routing protocol optimization for wireless sensor networks
- Two-dimensional loading in vehicle routing problem with release and due dates
- Routing states transition during oscillatory bursts and attentional selection
- Traffic and fragmentation aware algorithm for routing and spectrum assignment in Elastic Optical Network (EON)
- Interference Aware Joint Power Control and Routing Optimization in Multi-UAV FANETs
- Pickup capacitated vehicle routing problem with three-dimensional loading constraints: Model and algorithms
- Split-demand multi-trip vehicle routing problem with simultaneous pickup and delivery in airport baggage transit
- Computational approaches for solving two-echelon vehicle and UAV routing problems for post-disaster humanitarian operations
- Note: Demonstrating analytics in a low-tech context–truck-routing for solid-waste collection in an Indian metropolis
- Tactical planning for dynamic technician routing and scheduling problems
- Dual-neighborhood iterated local search for routing and wavelength assignment
- A novel routing protocol for underwater wireless sensor networks based on shifted energy efficiency and priority
- Energy Efficient Region based Source Distributed Routing Algorithm for Sink Mobility in Underwater Sensor Network
- Mitigating stochastic uncertainty from weather routing for ships with wind propulsion
- An analysis of the value of optimal routing and signal timing control strategy with connected autonomous vehicles
- Enhanced Fuzzy Logic Zone Stable Election Protocol for Cluster Head Election (E-FLZSEPFCH) and Multipath Routing in wireless sensor networks
