Sentence examples for molecular communication system from inspiring English sources
This paper provides results on an investigation concerning the application of five tailored Stop-and-Wait Automatic Repeat reQuest (SW-ARQ) schemes to a diffusion based molecular communication system.
This paper presents a review of techniques that enable the design of the Ca2+-signaling-based molecular communication system for cellular tissues, essential tools for its deployment, application and, lastly, the research future direction in this field.
It discusses cell sheet engineering, the molecular design of self-assembling peptide nanomaterials; the reconstitution of membrane protein systems on giant liposomes as artificial cell models, a biochemically engineered molecular communication system, and the use of split-reporter reconstitution analysis to image biomolecules in living cells and animals.
As a model molecular communication system, we describe an integrated system that combines a molecular communication interface (using a lipid vesicle embedded with channel-forming proteins), a molecular propagation system (using microtubule motility on kinesin molecular motors and DNA hybridization), and a sender/receiver (using giant lipid vesicles embedded with gemini-peptide lipids).
Fig. 6 Spherical diffusion model of a molecular communication system.
Fig. 1 Block diagram of a bio-inspired molecular communication system (Best viewed in color).
AcCoRD is a sandbox reaction diffusion solver designed for the study of molecular communication systems.
The codes are compared to both an un-coded system and one that employs Hamming codes to show that they can provide a benefit for molecular communication systems.
Simulation results demonstrate the use of AcCoRD as both an accurate reaction diffusion solver and one that is catered to the analysis of molecular communication systems.
In addition, we evaluate the performance of some molecular communication systems by using different simulation packages, configured by using the MolComML, in order to demonstrate both its portability and the possibility of combining different platforms for creating complex simulation tools.
In many designs for molecular communication systems, a transmitter selects a receiver nanomachine by using a predetermined type of molecule (e.g., type of ion, type of peptide, or specific sequence of DNA).
