Nano-Net: Third International ICST Conference, NanoNet 2008, by Maggie Xiaoyan Cheng

By Maggie Xiaoyan Cheng

This e-book constitutes the completely refereed post-conference court cases of the 3rd overseas convention on Nano-Networks, Nano-Net, held in Boston, MS, united states, in September 2008. The 17 revised complete papers awarded including five invited displays have been rigorously reviewed and chosen. The papers handle the total spectrum of Nano-Networks and spans topis like modeling, simulation, statdards, architectural facets, novel details and graph concept points, equipment physics and interconnects, nanorobotics in addition to nano-biological platforms.

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Additional info for Nano-Net: Third International ICST Conference, NanoNet 2008, Boston, MS, USA, September 14-16, 2008. Revised Selected Papers (Lecture Notes of the Institute ... and Telecommunications Engineering)

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Fig. 2 illustrates our solution that combines a subset of our proposed protocol to support transmission on a single link. g. g. Gap Junction, Membrane Nanotube) Link to next node on ring topology Fig. 2. Mechanism of transmission for single link molecular communication The flow of operation between the layers is as follows. For the Transmitting Node (Fig. 1(a)), the Application layer Interface will perform the message encoding for the information biomolecules. The encoded biomolecule is then further encoded with the specific address of the intended destination using an address table.

The potential applications of these combined technologies are vast, particularly in the medical field where nano-scale devices can perform surgical procedures [14] or ensure accurate drug delivery to specific parts of organs and tissues. Biological cells contain various components that can play vital roles in networked communication. These include, for example network interfaces (receptors, gap junctions), computing processes (regulatory networks, enzymatic signaling pathways) and memory capabilities (nucleic acids).

Forward Error Correction Mechanism 5 Conclusion and Future Work Inspired by protocols for communication networks, we have presented a molecular communication protocol stack that successfully combines molecular computing and molecular communication techniques. We describe how the core characteristics of communication network protocols are re-used to design bio-nano device communication protocols. Our proposed protocol stack presents the address encoding/decoding, link switching, and error correction functions that are developed using molecular computing techniques.

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