Communication Thesis Topics

Wireless communication is an efficient way of transferring the information without any wires.The ideas discussed below are worked by us once you share your details with us we work in a express way and provide novel results . Across diverse research areas in wireless communication, we provide extensive thesis topics and concepts:

  1. 5G and Beyond:
  • Resource Allocation in 5G Networks:
  • Research Issue: In extensive 5G platforms, there is a necessity for dynamic resource utilization.
  • Thesis Goal: For load balancing and effective resource allocation, create productive techniques.
  • Millimeter-Wave Communication:
  • Research Issue: Vulnerable to blockage and extensive path loss.
  • Thesis Goal: Beamforming and Beam-steering algorithms should be modeled and assessed.
  • Network Slicing:
  • Research Issue: Performance segmentation and energy preservation must be assured.
  • Thesis Goal: On 5G networks, design slicing techniques and evaluate its crucial effects.
  1. 6G Wireless Communications:
  • Terahertz Communication:
  • Research Issue: For THz communication, it is significant to create effective protocols.
  • Thesis Goal: Efficient frameworks must be developed and analyze the functionality of THz communication systems.
  • AI-Driven 6G Networks:
  • Research Issue: Synthesization of AI could be difficult for network optimization.
  • Thesis Goal: Specifically for actual-time network management and enhancement, execute AI techniques.
  1. IoT (Internet of Things):
  • Scalability in IoT Networks:
  • Research Issue: It is very important to manage large-scale IoT implementation.
  • Thesis Goal: Considering IoT, create adaptable communication protocols.
  • Energy-Efficient IoT:
  • Research Issue: Battery durability of IoT devices must be extended.
  • Thesis Goal: Energy-efficient communication protocols and technologies have to be modeled.
  1. Cognitive Radio Networks:
  • Spectrum Sensing Techniques:
  • Research Issue: Authentic and dynamic spectrum sensing is very essential.
  • Thesis Goal: Enhanced spectrum sensing techniques must be created and assess their performance.
  • Security in Cognitive Radio Networks:
  • Research Issue: In opposition to main user emulation assaults, secure the applications.
  • Thesis Goal: Secure spectrum access protocols required to be modeled.
  1. Vehicular Ad-Hoc Networks (VANETs):
  • Reliable Communication in High-Mobility Scenarios:
  • Research Issue: Assure high integrity and minimal latency.
  • Thesis Goal: Effective routing protocols need to be designed and evaluated.
  • Security and Privacy in VANETs:
  • Research Issue: User data and communication should be secured.
  • Thesis Goal: It aims to develop privacy-preserving communication protocols.
  1. Visible Light Communication (VLC):
  • Ambient Light Interference:
  • Research Issue: The implications of ambient light ought to be reduced.
  • Thesis Goal: For VLC, generate efficient modulation and coding policies.
  • Hybrid VLC-RF Communication:
  • Research Issue: Among VLC and RF applications, verify the effortless synthesization.
  • Thesis Goal: Hybrid communication systems should be created and assess their functionalities.
  1. Quantum Communication:
  • Quantum Key Distribution (QKD):
  • Research Issue: In wireless platforms, it is significant to execute QKD.
  • Thesis Goal: As regards secure wireless communication, QKD protocols required to be designed and examined.
  • Quantum Error Correction:
  • Research Issue: Regarding quantum computation, error rates must be decreased.
  • Thesis Goal: Quantum error correction algorithms have to be executed and estimated.
  1. Blockchain in Wireless Networks:
  • Blockchain-Based Security:
  • Research Issue: With the use of blockchain, improve the security.
  • Thesis Goal: For secure communication, generate lightweight blockchain protocols.
  • Decentralized Resource Management:
  • Research Issue: Use blockchain mechanisms for dynamic resource utilization.
  • Thesis Goal: Execute the efficient tactics of blockchain-based resource management.
  1. Software-Defined Networking (SDN) and Network Function Virtualization (NFV):
  • SDN Security:
  • Research Issue: From assaults, it is crucial to secure SDN controllers.
  • Thesis Goal: Here, the thesis intends to develop secure SDN models and its flexibility against attacks.
  • Dynamic Network Slicing:
  • Research Issue: Considering the virtualized networks, assure dynamic resource utilization.
  • Thesis Goal: Particularly for NFV platforms, design effective slicing techniques.
  1. Wireless Sensor Networks (WSNs):
  • Energy-Efficient Routing:
  • Research Issue: Durability of network has to be extended.
  • Thesis Goal: Energy-efficient routing protocols must be created and evaluated.
  • Secure Data Aggregation:
  • Research Issue: Assure privacy and data reliability.
  • Thesis Goal: As reflecting on WSNs, develop secure data aggregation algorithms.
  1. Edge and Fog Computing:
  • Security in Edge Computing:
  • Research Issue: At the edge, secure efficient data.
  • Thesis Goal: Secure data storage must be generated and analyze the findings.
  • Resource Management in Fog Computing:
  • Research Issue: Dynamic utilization of fog resources.
  • Thesis Goal: In fog platforms, develop techniques for resource management.
  1. Physical Layer Security:
  • Physical Layer Key Generation:
  • Research Issue: On the physical layer, secure keys must be formulated.
  • Thesis Goal: Execute the algorithms of physical layer key generation.
  • Jamming-Resistant Communication:
  • Research Issue: In opposition to interference tactics, secure data.
  • Thesis Goal: This thesis primarily intends to create and assess jamming-resistant modulation policies.
  1. Multi-User MIMO Systems:
  • Beamforming and Spatial Multiplexing:
  • Research Issue: Beamforming algorithms should be enhanced.
  • Thesis Goal: In multi-user MIMO systems, formulate techniques for dynamic beamforming.
  • Interference Management:
  • Research Issue: Cross-flow interference ought to be decreased.
  • Thesis Goal: It mainly aims to model and execute interference management algorithms.
  1. Energy Harvesting and Green Communication:
  • Energy Harvesting Techniques:
  • Research Issue: Development of integrity and capability.
  • Thesis Goal: Novel energy harvesting techniques should be created and analyze its functions in a crucial manner.
  • Green Communication Protocols:
  • Research Issue: Ecological implication has to be decreased.
  • Thesis Goal: On wireless networks, decrease energy usage by developing effective protocols.
  1. Wireless Mesh Networks:
  • Adaptive Routing Protocols:
  • Research Issue: In dynamic platforms, improve the performance.
  • Thesis Goal: Adaptive routing protocols must be generated for wireless mesh networks.
  • Security Challenges in Mesh Networks:
  • Research Issue: Against routing threats, secure the applications.
  • Thesis Goal: For wireless mesh networks, develop secure routing protocols.

What are good journals for the publication of a paper on wireless communication topics?

Selecting the best journal for paper publication is one of the significant processes in the academic journey. Some of the popular and authentic journals are recommended by us that deserving and applicable for publishing papers on wireless communication topics:

IEEE Journals:

  1. IEEE Transactions on Wireless Communications:
  • Area: According to wireless communications, this journal focuses on novel studies and development measures.
  • Implications: It is prevalently famous in the domain of wireless communications and high implications.
  1. IEEE Communications Letters:
  • Area: In communications, it includes brief papers on crucial novel results.
  • Implications: Specifically in the domain of communications, this journal can be extensively read by experts and instant publication.
  1. IEEE Communications Magazine:
  • Area: On communication mechanisms, it offers survey magazines and seminars.
  • Implications: Among education and industry experts, this journal is beneficial for wide audience
  1. IEEE Transactions on Communications:
  • Area: Considering the domain of communication systems, innovative studies and applications are involved in this journal.
  • Implications: Extensive range of communication topics and incorporated in this magazine with high-level implications
  1. IEEE Wireless Communications Magazine:
  • Area: Regarding the subject of wireless communications and networking, it provides articles on developments.
  • Implications: It emphasizes conceptual as well as experimental perspectives and extensive impacts.
  1. IEEE Access:
  • Area: As it encompasses the entire scope of IEEE domains, IEEE Access can act as a multidisciplinary publicly accessible journal.
  • Implications: Major impacts are instant publication and wider distribution.

Other Latest Journals:

  1. Elsevier Computer Communications:
  • Area: Entire perspectives of computer and telecommunication networks.
  • Implications: In the network association, it has great credibility.
  1. Elsevier Ad Hoc Networks:
  • Area: Ad hoc and sensor networking mechanisms.
  • Implications: This is a field-specific journal which concentrates on developing networking mechanisms.
  1. Springer Wireless Networks (WINET):
  • Area: It mainly focuses on concepts and practical applications of wireless networks.
  • Implications: Wide area of wireless networking topics are encompassed in this journal and it is prevalent among people.
  1. Springer Telecommunication Systems:
  • Area: In telecommunications, it includes conceptual and experimental perspectives.
  • Implications: With the aim of practical research in telecommunications, this “Springer Telecommunication Systems” journal acquires a strong reputation.
  1. Wiley International Journal of Communication Systems:
  • Area: Networking and communication systems are the main focus of this journal.
  • Implications: It is one of the popular journals that encompass a broad spectrum of communication system topics.
  1. Elsevier Physical Communication (PHYCOM):
  • Area: Here, this journal concentrates on physical layer communication systems and algorithms.
  • Implications: Particularly in communication systems, it intensely emphasizes on physical layer research.

Publicly-Available Journals:

  1. MDPI Sensors:
  • Area: Exploration of sensors and sensing technologies.
  • Implications: Rapid publication process and extensive transparency.
  1. MDPI Electronics:
  • Area: Electronics and communication engineering.
  • Implications: This journal involves rapid publication with an extensive audience.
  1. Hindawi Wireless Communications and Mobile Computing:
  • Area: Mobile computing and wireless communication.
  • Implications: It is a publicly-accessible journal and can be broadly applied by the research groups.

Communication Thesis Ideas

Wireless Communication Thesis Topics and Ideas

The discourse revolves around the current Wireless Communication Thesis Topics and Ideas. Our array of dissertation services is designed to cater to your specific requirements. If you require assistance in selecting a research-worthy topic or formulating your proposal, our team of experts with PhD thesis guidance and counselling is at your disposal. Should you find yourself grappling with thesis chapters or overwhelmed by data analysis, our experienced consultants excel in these areas. Moreover, our ethos emphasizes collaboration, as we have a team of professionals who have amassed over 18+ years of experience in this field.

  1. Advanced heterostructure transistor technologies for wireless communications
  2. Semiblind space–time decoding in wireless communications: a maximum likelihood approach
  3. Dynamic differential optimization algorithm based on pseudolite auxiliary positioning by clustering with routing in wireless communication
  4. Wireless communications are a very popular application domain. The efficient implementation of their components (access points and mobile terminals/network interface cards) in terms of hardware cost and design
  5. Antenna Subset Selection for Cyclic Prefix Assisted MIMO Wireless Communications over Frequency Selective Channels
  6. Bounds for Eigenvalues of Arrowhead Matrices and Their Applications to Hub Matrices and Wireless Communications
  7. Novel Techniques of Single-CarrierFrequency-Domain Equalization for Optical Wireless Communications
  8. EURASIP Journal on Wireless Communications and Networking: Special Issue on EuCNC 2019: “Enabling Technologies for Networks beyond 5G”
  9. 60 GHz Indoor Propagation Studies for Wireless Communications Based on a Ray-Tracing Method
  10. Low Complexity Turbo Equalization for High Data Rate Wireless Communications
  11. SRR metamaterial-based broadband patch antenna for wireless communications
  12. Performance Study of Objective Speech Quality Measurement for Modern Wireless-VoIP Communications
  13. Differential Amplitude Pulse-Position Modulation for Indoor Wireless Optical Communications
  14. A Gaussian Mixture Approach to Blind Equalization of Block-Oriented Wireless Communications
  15. A Real Orthogonal Space-Time Coded UWB Scheme for Wireless Secure Communications
  16. Training sequence based frequency-domain channel estimation for indoor diffuse wireless optical communications
  17. Empirical study on spatial and temporal features for vehicular wireless communications
  18. Reconfigurable Signal Processing and Hardware Architecture for Broadband Wireless Communications
  19. Design of an Omnidirectional Multibeam Transmitter for High-Speed Indoor Wireless Communications
  20. Transmit power reduction through subcarrier selection for MC-CDMA-based indoor optical wireless communications with IM/DD