Delay Tolerant Network (DTN) is a prototype that predicts a protocol set to focus on many open problems and handling enormous delays in infrastructures (e.g. deep space communication). Our specialists offer you good guidance and dedicated works on any Master Thesis Topics in Delay Tolerant Networks. DTN works as a technology for all varied devices, computational systems, and access networks.
DTN Characteristics
- Huge end-to-end delay
- Low connections ability
- Low throughput and data rate
- High packet drop and error
What is the use of DTN?
The main purpose of DTN is to send and receive data packets through network communication protocols. Current day, DTN is tied with 5G and 6 G-based technologies and also combined with edge computing. Further, heterogeneous networks and applications are used in DTN. Hence, any short-range and long-range devices are connected by the given tolerable delay.
RESEARCH AREAS IN DTN
- Fog Computing
- Edge computing
- M2M Communication
- D2D Communication
- Industrial Internet of Things
- Opportunistic Networks
These are major research fields in DTN, which makes your research more innovative and interesting. Henceforth, our distinct team of experts for the subject DTN guide to picking the apt tools for your Master Thesis Topics in Delay Tolerant Networks. Especially, all the following tools are significant for the simulation of DTN.
What are the best simulation tools for DTN?
- VDTNSim
- Network platform to assist data communication in VANET
- The topology of the network is designed with various sets of nodes
- Select the route among the devices through GeoSpray protocol
- Prepare data transmission between the vehicles
- Bandwidth resources are computed for storage and consumption
- UDTNSim
- Urban Delay Tolerant Network (UDTN) Simulator version 0.1
- Supports smart city network devices including DTN features using routing protocols and mobility models
- Used random mobility model for nodes moving ability to route selection.
- Node mobility design needs the Simple Random Movement mobility model for simulation.
- To data transmission, it picks the route for epidemic routing protocols
- OMNeT++
- Open Source Discrete-Event Simulator for simulation of DTNs
- For nodes simulation, contact traces are used for mobility modeling.
- Both real-world and synthetic datasets are used for real mobility tracking, external mobility generation.
- NS-3
- Simulator for DTN to simulate any types of nodes
- Intermittently, select the source and targeted nodes in the network
- Facilities resourceful routing for data transmission.
Despite the above-listed tools, there are a few more tools in DTN. If you like to pick DTNs as your research area, we are the right platform for that.
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