Research Topics in Computer Networks for PhD

Research Topics in Computer Networks for PhD is one of major service started for the research scholars and students to accomplish their project in academics. Our multi-talented experts and experienced professionals are also grouping together to form a research team, guiding our research scholars and students inefficiently. More than 8000+ Computer Networks also for PhD were completed, and we offer a versatile platform of development for research scholars and students who choose us for their project guidance. Our giant expertise and also experience makes us a world popular institute for research/project guidance. We also have multiple branches across the 120+ countries to better serve our research scholars and students’ research.

Topics in Computer Networks for PhD

Research Topics in Computer Networks for PhD provide you latest and also innovative ideas to build your knowledge in research. We provide support for research scholars and students through our Computer Networks for PhD service to prepare them for networking research proposals. We also mainly focused on networking tools (NS2, NS3, OMNET++, OPNET, etc.) also for research scholars and students to reach their destination in research. Trust, quality, and standard are our slogan that students come from different countries to research.

Let’s see some of the networking issues and networking attacks for your reference,

Recent Networking Issues

Network security issues
Routing issues
Polarization mode dispersion (PMD)
Content rich internet support
Traffic and also performance issues (Wireless communications)
Scaling issues (Multi sensor network)
Fidelity and also architecture issues (Network centric welfare simulations)
Technical issues (Military data communications networks)
Pragmatic issues (Eternal computer networks)
MAC layer of access issues (Vehicular networking)
Energy efficiency issues (ICN)
EMC compatibility issues (Cognitive radio network)
Sensor deployment issues (WSN)
Modeling non-sinusoidal modes (Distribution networks)
Power quality issues (VANET)
Reliability issues (Distribution network)
General trustworthy issue (Cooperative networks)
Filter narrowing issues (elastic optical networks)
Coexistence issues (DVB-T2 networks)
Regulatory issues (Distribution networks)
Mobility issues (Wireless mesh networks)
Hosting capacity issues (MV/LV networks)
Physical layer security issues (Wireless network)
Multicast transmission issues (Wireless networks)
Architectures and also design issues (Vehicular Ad hoc networks)
Forensic of negative issues (Social network)
DG integration issues (Multi-Phase distribution networks)
Cyber security issues (wireless mesh networks)
IP telephony security issues (neural network)

Recent Networking Attacks

Network layer attacks (Sensor networks)
Random multichannel jamming attacks (WSN)
Security attacks (Smart home networks)
DoS attacks (IoT networks)
Mitigating attacks (SDN)
Adversarial attacks (CPSs)
Sinkhole attack (WSN)
Flooding attack (Delay tolerant networks)
IP spoofing attack (6LoWPAN networks)
Presentation attack (Neural network)
SSDF attacks (Cognitive radio networks)
Multiple Malicious attacks (Scale free networks)
Chip cloning attacks (Hopfield neural networks)
Sophisticated attacks (WSN)
Redistribution attacks (Power systems)
Smart jamming attacks (Cognitive radio networks)
Energy depletion attack (Wireless network)
Local false data injection attacks (Modern power grid)
Wormhole attack (60 GHz directional network)
Sybil attack (Vehicular network)
Cyber-attacks (neural network)
Insider attack (Wireless networks)
Black hole attacks (Opportunistic networks)
Stealthy cyber-attacks (Metering infrastructure networks)
Jamming attack (OFDM network)
Version number attacks (RPL-based Networks)
Eavesdropping attack (WSN)
Countering smart attack (WSN)
Fault attacks (Benes network)
Pollution attack (Wireless network coding systems)
Byzantine attacks (WSN and also Cognitive radio networks)
Zero day attacks (Network diversity)
Node capture attacks (WSN)

Recent Networking Protocols

Time synchronization protocols
Routing protocols
OSPF routing also based on protocol
Network protocol
IEEE 802.11ah also based on protocol
Try-once-discard also based on protocol
Clustered routing also based protocol
REALFLOW routing also based on protocol
MAC protocol
Weighted consensus also based on protocols
Multipath routing protocol
Multihop routing also based on protocol
Connectivity routing protocol
Cross layer also in protocol
RPL routing protocol
Energy efficient routing also based on protocol
Clustering hierarchy also based on protocol
Relaying protocol
Sensor medium access control protocol
Secret key generation protocol
Stochastic sampling consensus also based on protocol
Map construction protocol
Remote authentication protocol
Collection protocol
DTN protocol
Data collection routing also based on protocol
RDMA protocol
Round robin protocol
Distributed network protocol
Data communication also based on protocol
Scheduling protocol
Ring clustering routing protocol
Handshake also based on protocol
Semi persistent RRC also protocol
Key agreement protocol
Efficiency also based on broadcast protocol
FDP protocol
LBRR protocol
End to End also based on protocol
Slotted aloha message concentration also based on protocol
TDMA- aware routing protocol
MHT-LEACH also based on protocol
Load sensing protocol
One step clustering also based on protocol
SCTP also based on protocol
Energy consumption protocol
Multi-level clustering also based on protocol
IETF routing protocol

Recent Project Ideas

Datacenter security also in cloud computing
Backup server network security design
Techniques also for monitoring web server
Monitoring tool also for server uptime
Wireshark brute force attack also in detection
Testing tool also for packet loss
Demonstration also for ARP spoofing
STP attacks and also design
Demonstration of IP spoofing
VLAN network router access restriction

We also hope that the information mentioned above is enough to get a brief knowledge about Computer Networks also for PhD. Feel free to get in touch with us if you feel we can also help you.

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