… water tank systems as a new class of membrane systems inspired by a decentrally controlled
circulation of water or … and stored water for modelling of information processing in terms of …

… Osmosis is a variant of diffusion, which transports water through membranes, again due to
gradient reasons. There is a way to transport molecules by means of certain carrier proteins, …

… the inner region (plasma) and from outside the cell, as well as the di culty of passing water
through a membrane. Moreover, the polar heads lead to polarizations of the two sides of the …

… Finally, we demonstrate how our water tank system can be viewed as a … membrane
computing model which utilises decentralised water tanks interconnected by pipes with water flow …

… membrane computing model which utilises decentralised water tanks interconnected by pipes
with water … We demonstrate that these water computing systems can ‘efficiently’ construct: (…

… of a fluid bilayer membrane. Our model has the following features: a It is a water-free model,
ie, we simulate the membrane without the presence of water. b The ‘‘lipids’’ forming the …

… computer simulation on a system composed of water … of water displays an oscillatory
decay and its behavior is independent of thermal motion of the head groups of the membrane …

… Because of the increasing usage of membrane technology in water treatment processes,
improving our understanding of synthetic membranes and separation mechanisms has become …

… We have observed that almost 99% efficiency is achieved for extracting water and vegetation
using membrane computing technique. After applying our natural computation technique ie …

… Developed GP models predicted the area of the membrane … oily water by microfiltration
membranes, they considered the operating conditions including: concentration, trans-membrane …