This document discusses potential research projects using the NS3 Network Simulator Tools. It lists several notable research concepts that could be explored, including SDN-based multicasting over heterogeneous cellular networks, congestion control using CC-ADOV, evaluating VANET routing protocols using SUMO and NS3, detecting jammed areas in wireless ad-hoc networks, and a QoS forwarding strategy for triple play services using Named Data Networking. It also outlines some common applications of communication projects like instant messaging, file sharing, traffic control, smart home/grid technologies, video streaming, content distribution, and health monitoring. Major NS3 models that could be modified include LTE and WiFi/WiMax models related to roaming,
3. RESEARCH
PROPOSAL
CODE
PAPER
WRITING
THESIS
WRITING
PROJECT
DISSERTATION
Top 8 Applications of Communication Projects
The recent research applications in communication based research areas under NS3 Network Simulator Tools listed below,
Instant Messaging
Private File Sharing
and Peer Casting
Traffic Control and
Surveillance
Smart Home and Grid,
Intelligent Transport
systems
Live Video Streaming
Content Distribution
and Public Safety
Service
Local Multicasting,
Vehicle Interaction, and
Local Advertising
Patient Health
Monitoring
4. RESEARCH
PROPOSAL
CODE
PAPER
WRITING
THESIS
WRITING
PROJECT
DISSERTATION
Notable Research Concepts under NS3 Projects
Our major research fields and innovative research concepts support under NS3 Network Simulator Tools projects below,
SDN based multicasting
over D2D enabled
heterogeneous cellular
networks
CC-ADOV based function
of An effective multiple
paths congestion control
AODV
SUMO and NS3 based on
Performance Evaluation
of VANETs Routing
Protocols
Tracing Jammed Area in
Wireless Ad-hoc Network
by Boundary Node
Detection
QoS for Nearest Replica
Routing Forwarding Strategy
based on Named Data
Networking for Triple Play
Services
