Molecular Communication Projects is the possible way out to pick a project of your wish and complete it. The molecular communication that is MC defines that give-and-take info from the sender and receiver through the molecules. So far, the MC refers to be Nano networks. As a matter of fact, MC has challenges such as encode and decode of the info.
In short, the molecules are the carriers for sending the info in molecular communication projects. At first, the MC follows five key processes: encoding, sending, propagating, receiving, and decoding. In this way, this aids in many real-world applications such as tracing targets, cell health, and drug supply, etc. as well as we bring out the view of MC further down.
Future Molecular Communication Networks
- Internet of Nano Things
- Intra body communication in WBAN
- Mobile Bio Nano Machine
- Body area Nano networks
- Internet of Bio Nano Things
- And many more…
Molecular Communication Projects builds a dynamic structure in which the signal features changes. For one thing, the encoding info exists within the size of a nanometer or micrometer. For the most part, it grips the process in bits of zero’s and one’s. Still, ISI’s serious issue focuses on reducing the effect of cross-talk between channels, since many channels are present. Beyond this, we soon list with few more areas are as follows.
What are key study areas in this?
- Channel characteristics and modelling
- MIMO communication
- Channel coding and channel aggregation
- Adjustment of power
- Demodulation and ISI mitigation
- Reactive obstacle prediction
- Cluster construction and Graph modelling
- Localization schemes
- Co-channel interference reduction
With attention to MC, it hangs on 1. Walkway based, 2.Flow based, and 3. Diffusion based model design. As a result of each one, point out the molecular motors, fluid flow, and Brownian motion. On the whole, MC creates an end to end sys in terms of particles with the growth of gain. In modern days it brings the 3D models into MC. Without delay, get into the resulting best topics and select yours.
Diffusion topics for Molecular Communication Projects
- Sequential Vortex rings
- Spherical Boundary
- Multiple absorbing receivers
- Cooperative relaying
- Adaptive threshold detectors
- Index modulation
- Asynchronous detection algorithm
- Decode and forward relay
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