PROJECT TITLE :
Distance Estimation Schemes for Diffusion Based Molecular Communication Systems
Molecule concentration is typically used as the information carrier to accomplish diffusion-based mostly molecular communications (DMC) among nano-machines. To achieve the optimal functionality, knowing the distance between the transmitter nano-machine (TN) and also the receiver nano-machine (RN) is of high importance. During this paper, 2 distance estimation schemes are proposed based upon the RN-sensed concentration which changes as regards to the time and distance. The RN estimates the space by means of measuring either the concentration-peak time or received concentration energy. Simulations are performed to compare the accuracy of every scheme and to discover how the diffusion channel and noise could influence the accuracy. Results show that both schemes will provide a helpful enhancement to molecular communication systems.
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