In the domain of wireless networks, several topics and ideas have emerged in a gradual manner. To conduct final year project in Electronics and Communication Engineering, we recommend a few intriguing and advanced project topics based on wireless network, including concise explanation and major skills:

1. 5G and Beyond:

• Project: Here we carry on Performance Evaluation of 5G Networks
• Explanation: In various arrangements and diverse constraints, the performance of 5G networks has to be examined.
• Major Skills: Network simulation (for instances: MATLAB, NS-3) and wireless interaction.
• Project: Application of Network Slicing in 5G
• Explanation: To enable different services with various needs, the algorithms must be created and assessed for network slicing.
• Major Skills: MATLAB/Simulink, simulation, and network handling.

2. Wireless Sensor Networks (WSNs):

• Project: Energy-Efficient Routing Protocols for WSNs
• Explanation: As a means to extend network durability and improve energy effectiveness, model and apply routing protocols.
• Major Skills: Simulation tools, algorithm creation, and sensor networks.
• Project: Security Mechanisms in Wireless Sensor Networks
• Explanation: To secure WSNs against different hazards, the security protocols have to be created and assessed.
• Major Skills: Sensor networks, network security, and cryptography.

3. Internet of Things (IoT):

• Project: Smart Home Automation with IoT
• Explanation: For facilitating remote control and tracking of household appliances, a smart home system has to be modeled and applied.
• Major Skills: Cloud computing, microcontroller programming, and IoT protocols.
• Project: IoT-Related Environmental Monitoring System
• Explanation: In order to track ecological metrics and transmit data for analysis to a cloud server, develop a sensor network.
• Major Skills: Data analysis, IoT, and sensor incorporation.

4. Cognitive Radio Networks:

• Project: Spectrum Sensing Approaches for Cognitive Radio
• Explanation: To enhance spectrum usage, apply various spectrum sensing approaches and compare them.
• Major Skills: MATLAB, signal processing, and cognitive radio.
• Project: Dynamic Spectrum Access in Cognitive Radio Networks
• Explanation: Improve the utilization of accessible spectrum by creating methods, specifically for dynamic spectrum access.
• Major Skills: Network simulation, algorithm creation, and cognitive radio.

5. Vehicular Ad-Hoc Networks (VANETs):

• Project: Credible Communication Protocols for VANETs
• Explanation: Among vehicles, assure credible data sharing through modeling and assessing interaction protocols.
• Major Skills: Simulation tools, network protocols, and wireless interaction.
• Project: Safety Applications in VANETs
• Explanation: To improve security in vehicular networks, create efficient applications like collision avoidance systems.
• Major Skills: Network simulation, creation of application, and vehicular interaction.

6. Mesh Networks:

• Project: Performance Enhancement in Wireless Mesh Networks
• Explanation: Enhance the wireless mesh networks performance by applying and assessing enhancement approaches.
• Major Skills: Simulation tools, enhancement methods, and mesh networks.
• Project: Security Protocols for Wireless Mesh Networks
• Explanation: To secure mesh networks against different hazards, the security techniques have to be created and analyzed.
• Major Skills: Mesh networks, cryptography, and network security.

7. Mobile Ad-Hoc Networks (MANETs):

• Project: Adaptive Routing Protocols for MANETs
• Explanation: For managing dynamic network topologies, the adaptive routing protocols should be modeled and applied.
• Major Skills: Simulation tools, routing methods, and Ad-hoc networks.
• Project: QoS Assistance in MANETs
• Explanation: In mobile ad-hoc networks, facilitate Quality of Service (QoS) by creating efficient techniques.
• Major Skills: Network protocols, ad-hoc networks, and QoS.

8. Wireless LANs:

• Project: Improving Security in Wi-Fi Networks
• Explanation: In order to secure Wi-Fi networks against diverse assaults, apply and assess safety protocols.
• Major Skills: Cryptography, network safety, and Wi-Fi.
• Project: Performance Assessment of MIMO in Wi-Fi Networks
• Explanation: In Wi-Fi networks, the performance enhancement of utilizing MIMO technology has to be examined.
• Major Skills: Network simulation, MIMO, and wireless interaction.

9. Software-Defined Networking (SDN):

• Project: SDN-Related Network Handling for Wireless Networks
• Explanation: To enhance the regulation and handling of wireless networks, create and evaluate SDN approaches.
• Major Skills: Simulation tools, network handling, and SDN.
• Project: Security Improvements in SDN-Based Wireless Networks
• Explanation: In SDN-based wireless networks, the security techniques must be applied and assessed.
• Major Skills: Cryptography, network safety, and SDN.

10. Machine Learning in Wireless Networks:

• Project: Machine Learning for Network Traffic Forecasting
• Explanation: To improve resource allocation and forecast network traffic trends, utilize machine learning methods.
• Major Skills: Data analysis, wireless networks, and machine learning.
• Project: Anomaly Detection in Wireless Networks using AI
• Explanation: In wireless networks, identify and reduce assaults and abnormalities through the creation of AI-related solutions.
• Major Skills: Wireless interaction, network safety, and artificial intelligence.

What are the computer networking topic for undergraduate thesis?

Computer networking is an interesting as well as significant approach that facilitates data sharing and interaction among several computers by linking them. Related to computer networking, we list out numerous fascinating topics, which are considered as appropriate for an undergraduate thesis:

1. Network Security:

• Topic: Implementation and Analysis of Intrusion Detection Systems (IDS)
• Outline: To identify malicious actions in a network, the IDS approaches have to be created and assessed.
• Key areas: Signature-based detection, anomaly identification, and machine learning-based IDS.
• Topic: Securing Wireless Networks with WPA3 Protocol
• Outline: The WPA3 security protocol has to be analyzed. In securing wireless networks, examine its efficiency.
• Key areas: Risk analysis, authentication methods, and encryption approaches.

2. Software-Defined Networking (SDN):

• Topic: Performance Evaluation of SDN-Based Network Management
• Outline: In order to handle network traffic, apply an SDN controller, and its performance must be assessed.
• Key areas: Network automation, QoS enhancement, and traffic engineering.
• Topic: Security Challenges in SDN Environments
• Outline: In SDN, explore the potential safety risks. Then, the reduction policies should be suggested.
• Key areas: Controller security, safety techniques, and attack vectors.

3. Internet of Things (IoT):

• Topic: Designing a Secure IoT Framework
• Outline: For IoT devices, the secure interaction architecture has to be created.
• Key areas: Device authentication, safer interaction channels, and lightweight cryptographic protocols.
• Topic: IoT-Based Smart Home Network
• Outline: With IoT devices, develop a smart home network. Its safety and performance have to be assessed.
• Key areas: Safety protocols, network handling, and device incorporation.

4. Network Performance:

• Topic: Analysis of Network Congestion Control Algorithms
• Outline: Various congestion control methods must be assessed. On network performance, analyze their effect.
• Key areas: Network throughput, method effectiveness, and TCP/IP protocols.
• Topic: Optimizing Bandwidth Utilization in Enterprise Networks
• Outline: In extensive enterprise networks, enhance bandwidth utilization by creating policies.
• Key areas: Bandwidth allocation, load balancing, and traffic modeling.

5. Wireless Communication:

• Topic: Performance Analysis of 5G Networks
• Outline: In different arrangements and constraints, the performance of 5G networks has to be examined.
• Key areas: Network slicing, throughput, latency, and MIMO technology.
• Topic: Implementing a Mesh Network for Rural Connectivity
• Outline: As a means to offer internet connection in rural regions, model and deploy a mesh network.
• Key areas: Performance assessment, routing protocols, and network topology.

6. Cloud Computing:

• Topic: Secure Data Storage in Cloud Environments
• Outline: For protecting data that are recorded in cloud platforms, explore techniques.
• Key areas: Data morality, access control, and encryption approaches.
• Topic: Load Balancing Strategies in Cloud Networks
• Outline: Diverse load balancing policies have to be examined. In cloud networks, study their efficiency.
• Key areas: Performance metrics, resource allocation, and method effectiveness.

7. Network Protocols:

• Topic: Implementing IPv6 in Modern Networks
• Outline: The conversion from IPv4 to IPv6 must be analyzed. On network safety and performance, examine its impacts.
• Key areas: Security improvements, compatibility problems, and addressing strategies.
• Topic: Performance Comparison of Routing Protocols in MANETs
• Outline: Consider various routing protocols which are utilized in Mobile Ad-hoc networks (MANETs), and compare their performance.
• Key areas: Route discovery, network stability, OLSR, DSR, and AODV.

8. Blockchain Technology:

• Topic: Blockchain-Based Secure Communication in Networks
• Outline: To protect network interactions, the application of blockchain has to be investigated.
• Key areas: Safer transactions, encryption, and decentralization.
• Topic: Integrating Blockchain with IoT for Enhanced Security
• Outline: For IoT networks, apply a security infrastructure related to blockchain.
• Key areas: Data morality, device authentication, and smart contracts.

9. Network Simulation and Modeling:

• Topic: Simulating Network Traffic using NS-3
• Outline: In order to simulate various network traffic contexts, utilize NS3, and their performance must be examined.
• Key areas: Performance metrics, network congestion, and traffic trends.
• Topic: Modeling and Simulation of SDN Networks
• Outline: For an SDN network, develop a simulation framework. In different constraints, assess its performance.
• Key areas: Performance analysis, traffic engineering, and network topology.

10. Network Management:

• Topic: Implementing Network Automation with Ansible
• Outline: To automate network handling and arrangement missions, employ Ansible.
• Key areas: Automation scripts, configuration management, and network allocation.
• Topic: Developing a Network Monitoring System using SNMP
• Outline: As a means to track network wellness and performance with SNMP, model an efficient system.
• Key areas: Data visualization, warning techniques, and network metrics.

Wireless Network Project Ideas

We assist in saving your time and effort with Wireless Network Project Ideas. Our team conducts thorough proofreading to eliminate any errors. We ensure timely completion of the writing work and guarantee original results.

1. A new wireless communication paradigm through software-controlled metasurfaces
2. oded cooperation in wireless communications: space-time transmission and iterative decoding
3. Channel state information prediction for 5G wireless communications: A deep learning approach
4. Requirements and current solutions of wireless communication in industrial automation
5. Short-range wireless communications: Emerging technologies and applications
6. MIMO-OFDM for wireless communications: Signal detection with enhanced channel estimation
7. Full-duplex wireless communications: Challenges, solutions, and future research directions
8. A novel millimeter-wave channel simulator and applications for 5G wireless communications
9. Wireless communications for vehicle safety: Radio link performance and wireless connectivity methods
10. Secret key generation exploiting channel characteristics in wireless communications
11. A comparative study of wireless communication network configurations for medical applications
12. Controller for urban intersections based on wireless communications and fuzzy logic
13. Wireless communications deployment in industry: a review of issues, options and technologies
14. The Vienna LTE simulators-Enabling reproducibility in wireless communications research
15. Performance comparison of MIMO techniques for optical wireless communications in indoor environments
16. Space-time coding and signal processing for high data rate wireless communications
17. The impact of antenna diversity on the capacity of wireless communication systems
18. Recent advances and future directions on underwater wireless communications
19. The role of millimeter-wave technologies in 5G/6G wireless communications
20. Universal authentication protocols for anonymous wireless communications