Enquire Now
Home/ Computer Networks/ IEEE Papers on Computer Networks
60+ IEEE 2025–2026 Computer Network Project Topics · BE · BTech · MTech · Bangalore

IEEE Papers on Computer Networks

SDN · 5G/6G · IoT · Network Security · AI for Networks — 60+ final-year and research project topics aligned with recent IEEE papers. Each topic lists the tools and technologies used (NS-3, Mininet, OMNeT++, Wireshark, OpenDaylight, Python, MATLAB and more). Complete base paper reference, simulation code, report, PPT and viva support from Bangalore.

Browse 60+ Topics Talk to a Network Expert
60+
IEEE Network Topics
10
Research Domains
9800+
Students Guided
SDN / NFV 5G / 6G / Wireless IoT Networking Network Security Routing / MANET / VANET QoS / Congestion AI / ML for Networks Edge / Cloud / DC Optical / WSN Simulation Tools

Computer Networks IEEE Papers

Computer networks remain one of the most active research areas in IEEE conferences and journals. Final-year and MTech projects that combine classical networking (routing, QoS, wireless) with modern themes — Software-Defined Networking (SDN), 5G/6G, IoT, network security and AI for networks — are highly valued by evaluators and industry.

At ProjectsatBangalore we map each topic to the right simulation or emulation stack (NS-3, Mininet, OMNeT++, Packet Tracer, OpenDaylight, Python) and supply IEEE base paper references, source code, performance graphs, university-format reports and viva support for VTU, Anna University, JNTU and autonomous colleges.

Tools & Technologies Used

Simulation, emulation and analysis platforms commonly required for IEEE computer network projects.

NS-3 OMNeT++ Mininet Wireshark Python / Scapy MATLAB OpenDaylight / ONOS Packet Tracer / GNS3

IEEE Computer Network Project Topics 2026

60+ topics with domain tags and the primary tools / technologies used for implementation and evaluation.

# IEEE Computer Network Project Topic Tools & Technologies
🔷  Software-Defined Networking (SDN) & NFV — Controllers, Traffic Engineering 2026
01SDNSDN-Based Dynamic Load Balancing and Traffic Engineering in Data Center NetworksMininet, OpenDaylight / Ryu, Python, Wireshark
02SDNIntent-Based Networking Framework for Automated Policy Enforcement using SDNONOS, Mininet, REST API, Python
03SDNSDN Controller Performance Comparison — OpenDaylight vs ONOS vs Ryu under FailoverMininet, OpenDaylight, ONOS, Ryu, Cbench
04SDNNetwork Function Virtualisation (NFV) Service Chaining with Open Source MANOOpen Source MANO, OpenStack, Docker, Mininet
05SDNSDN-Enabled QoS Routing for Multimedia Traffic using Priority QueuesMininet, Ryu, OpenFlow, Python, iperf
06SDNDDoS Mitigation Architecture using SDN Flow Statistics and Rate LimitingMininet, Ryu / Floodlight, Python, sFlow
📡  5G / 6G / Wireless Networks — Slicing, RAN, Massive MIMO 2026
075GNetwork Slicing Resource Allocation for eMBB, URLLC and mMTC Services in 5GNS-3 (5G-LENA), MATLAB, Python
085GHandover Optimisation in Heterogeneous 5G Networks using Machine LearningNS-3, Python (scikit-learn), MATLAB
095GEnergy-Efficient Resource Scheduling in Massive MIMO 5G Base StationsMATLAB, NS-3, Python
105GmmWave Beamforming and Blockage Mitigation for Outdoor 5G AccessNS-3 mmWave module, MATLAB
115GV2X Communication Performance Evaluation in 5G NR for Autonomous VehiclesNS-3, SUMO, Python
12WirelessWi-Fi 6 (802.11ax) vs Wi-Fi 5 Throughput and Latency Comparison under Dense LoadNS-3, Wireshark, iperf
🌐  IoT Networking — RPL, LoRaWAN, 6LoWPAN, Contiki 2026
13IoTRPL Routing Protocol Enhancement for Energy Efficiency in Wireless Sensor NetworksContiki / Cooja, NS-3, Python
14IoTLoRaWAN Network Performance under Scalability and InterferenceNS-3 LoRa module, ChirpStack (optional), Python
15IoT6LoWPAN Border Router Design and IPv6 Connectivity for Constrained DevicesContiki, Cooja, Wireshark
16IoTMQTT vs CoAP Protocol Comparison for Smart Home Sensor NetworksMosquitto, Node-RED, Wireshark, Raspberry Pi
17IoTSecure Over-the-Air Firmware Update Protocol for IoT DevicesESP32 / Arduino, MQTT, TLS, Python
18IoTCluster-Based Data Aggregation to Reduce Energy Consumption in WSNNS-2 / NS-3, MATLAB, Python
🔒  Network Security — IDS, Firewall, Encryption, Trust 2026
19SecurityMachine Learning-Based Network Intrusion Detection System (NIDS) using CIC-IDS DatasetPython, scikit-learn / TensorFlow, Wireshark, CICFlowMeter
20SecuritySDN-Based Stateful Firewall and Access Control List EnforcementMininet, Ryu, OpenFlow, Python
21SecurityLightweight Cryptography Evaluation for Constrained IoT Devices (ASCON, PRESENT)Python / C, Contiki, energy profiling
22SecurityMan-in-the-Middle Attack Detection in Wireless LANs using Anomaly DetectionWireshark, Scapy, Python, Aircrack-ng (lab)
23SecurityBlockchain-Based Secure Routing Protocol for Ad Hoc NetworksNS-3, Python (blockchain module), Ethereum testnet (optional)
24SecurityZero-Trust Network Access (ZTNA) Prototype with Continuous AuthenticationPython, JWT, Docker, Nginx, Keycloak
🛣️  Routing Protocols · MANET · VANET · Ad Hoc 2026
25RoutingPerformance Comparison of AODV, DSR and OLSR under Mobility in MANETsNS-2 / NS-3, BonnMotion, Python
26VANETEmergency Message Dissemination Protocol for Vehicular Ad Hoc NetworksNS-3, SUMO, TraCI, Python
27RoutingMultipath Routing with Load Balancing for Wireless Mesh NetworksNS-3, MATLAB, Python
28VANETGeographic Routing with Predictive Mobility for Highway VANET ScenariosNS-3, SUMO, Python
29RoutingEnergy-Aware Routing Protocol for Underwater Sensor NetworksNS-3 (UAN), MATLAB
30RoutingSegment Routing (SRv6) Traffic Engineering in IP/MPLS BackboneMininet, FRRouting, Wireshark
📊  QoS · Congestion Control · Traffic Engineering 2026
31QoSAdaptive Congestion Control for High-Speed Networks — BBR vs CUBIC ComparisonNS-3, Linux TC, iperf, Wireshark
32QoSDifferentiated Services (DiffServ) Implementation for Voice and Video QoSNS-3, Mininet, Wireshark
33QoSActive Queue Management (AQM) — RED, CoDel, PIE Performance StudyNS-3, Linux, iperf, Python plotting
34QoSBandwidth Reservation and Call Admission Control for Wireless NetworksNS-3, MATLAB
35QoSMPLS Traffic Engineering with Constraint-Based RoutingGNS3 / Mininet, FRRouting, Wireshark
🤖  AI / Machine Learning for Computer Networks 2026
36AI/MLDeep Reinforcement Learning for SDN Traffic Engineering and Path SelectionMininet, Ryu, Python, TensorFlow / PyTorch
37AI/MLTraffic Classification using Deep Learning on Encrypted FlowsPython, TensorFlow, CICFlowMeter, Wireshark
38AI/MLAnomaly Detection in Network Telemetry with AutoencodersPython, TensorFlow, NetFlow / sFlow data
39AI/MLPredictive Handover Management in Cellular Networks using LSTMNS-3, Python, TensorFlow / Keras
40AI/MLGraph Neural Network for Network Topology OptimisationPython, PyTorch Geometric, NetworkX
41AI/MLFederated Learning for Collaborative Network Intrusion DetectionPython, Flower / TensorFlow Federated, Docker
☁️  Edge Computing · Cloud · Data Center Networks 2026
42EdgeTask Offloading Decision Framework for Mobile Edge Computing (MEC)NS-3 / Python simulator, MATLAB
43EdgeKubernetes Network Policy and Service Mesh Performance (Istio / Linkerd)Kubernetes, Istio, Prometheus, Grafana
44DCFat-Tree vs Clos Data Center Topology — Throughput and Latency ComparisonMininet, Python, iperf
45CloudContainer Network Interface (CNI) Plugin Comparison — Calico, Flannel, CiliumKubernetes, Docker, Wireshark
46EdgeLatency-Aware Content Caching Strategy for Edge CDN NodesNS-3, Python, Redis (optional)
🔬  Optical Networks · WSN · Protocol Design · Simulation Studies 2026
47OpticalElastic Optical Network Routing and Spectrum Assignment AlgorithmsMATLAB, Python, custom simulator
48WSNCoverage and Connectivity Optimisation in Wireless Sensor NetworksNS-2 / NS-3, MATLAB, Python
49SimulationEnd-to-End Delay and Packet Loss Analysis of TCP Variants (Reno, CUBIC, BBR)NS-3, Wireshark, Python plotting
50SimulationComparative Study of Network Simulators — NS-3 vs OMNeT++ vs MininetNS-3, OMNeT++, Mininet, documentation
51QoSVoice over IP (VoIP) QoS Measurement under Congestion and JitterAsterisk / Softphone, Wireshark, Mininet
52WirelessCognitive Radio Spectrum Sensing and Dynamic Spectrum AccessMATLAB, GNU Radio (optional), Python
53IoTTime-Sensitive Networking (TSN) for Industrial IoT — Latency Bound AnalysisOMNeT++ / INET, Python
54SecurityHomomorphic Encryption for Privacy-Preserving Network Telemetry AnalysisPython (PySEAL / TenSEAL), Docker
55EdgeDigital Twin of Campus Network for What-If Traffic AnalysisMininet, ONOS, Grafana, Python
56RoutingNamed Data Networking (NDN) Content Retrieval Performance StudyndnSIM (NS-3), Python
575GOpen RAN (O-RAN) Intelligent Controller Use-Case SimulationNS-3, Python, xApp framework concepts
58AI/MLNetwork Traffic Forecasting using Transformer Models for Capacity PlanningPython, PyTorch, real or synthetic traffic traces
59SDNP4 Programmable Data Plane for In-Network Computing Use CasesP4, BMv2, Mininet, P4Runtime
60SimulationFull-Stack Campus Network Design and Validation using Packet Tracer / GNS3Cisco Packet Tracer, GNS3, Wireshark

All topics are aligned with IEEE 2024–2026 trends. Contact us for the specific base paper DOI, complete source code (NS-3 / Mininet / Python), result plots, university-format report, PPT and viva Q&A for any topic above.

Why Choose Us for IEEE Computer Network Projects?

Bangalore-based guidance for BE, BTech and MTech computer network projects — simulation, emulation, analysis and documentation.

SDN & Programmable Networks

Mininet topologies, OpenDaylight / Ryu / ONOS controllers, OpenFlow apps, P4 data planes and NFV service chaining — complete SDN project packages with controller code and evaluation scripts.

5G / Wireless & VANET

NS-3 5G-LENA and mmWave modules, network slicing, handover, V2X with SUMO integration, and Wi-Fi performance studies with full result analysis and IEEE base papers.

Network Security & IDS

ML-based intrusion detection, SDN firewalls, lightweight crypto for IoT, blockchain routing security and zero-trust prototypes — with datasets, trained models and documentation.

AI / ML for Networks

Deep RL for traffic engineering, traffic classification, anomaly detection, predictive handover and GNN topology optimisation — Python/TensorFlow/PyTorch code and reproducible notebooks.

Frequently Asked Questions — IEEE Computer Network Projects

Top topics include SDN-based traffic engineering and load balancing, 5G network slicing simulation, AI-driven intrusion detection, IoT routing (RPL, LoRaWAN), VANET safety applications, QoS-aware multipath routing, blockchain for secure routing, edge offloading, and network digital twins using NS-3 or Mininet.
Common tools: NS-3, OMNeT++, Mininet, Cisco Packet Tracer, GNS3, Wireshark, OpenDaylight, ONOS, Contiki/Cooja, MATLAB, Python (Scapy, TensorFlow, PyTorch), Docker/Kubernetes for container networking, and SDN controllers. Choice depends on simulation, emulation or hardware focus.
Yes. Packages include IEEE 2024–2026 base paper reference, simulation/source code (NS-3, Mininet, Python, etc.), result graphs, university-format report (VTU / Anna / JNTU), PPT and viva Q&A for computer network final year projects.
Yes. Topics range from undergraduate-friendly (Packet Tracer, basic NS-3, Wireshark analysis) to advanced MTech/research level (SDN controllers, AI for networks, 5G slicing, network digital twins).