Membrane Computing

Invited Lectures.- Biological Roots and Applications of P Systems: Further Suggestions.- Formalizing Spherical Membrane Structures and Membrane Proteins Populations.- Quorum Sensing: A Cell-Cell Signalling Mechanism Used to Coordinate Behavioral Changes in Bacterial Populations.- A Modeling Approach Based on P Systems with Bounded Parallelism.- Synchrony and Asynchrony in Membrane Systems.- MP Systems Approaches to Biochemical Dynamics: Biological Rhythms and Oscillations.- Modeling Signal Transduction Using P Systems.- Regular Papers.- Extended Spiking Neural P Systems.- Towards a Characterization of P Systems with Minimal Symport/Antiport and Two Membranes.- Expressing Control Mechanisms of Membranes by Rewriting Strategies.- Tissue P Systems with Communication Modes.- Towards a Hybrid Metabolic Algorithm.- Towards a P Systems Pseudomonas Quorum Sensing Model.- Membrane Systems with External Control.- A Case Study in (Mem)Brane Computation: Generating Squares of Natural Numbers.- Computing with Genetic Gates, Proteins, and Membranes.- Classifying States of a Finite Markov Chain with Membrane Computing.- Partial Knowledge in Membrane Systems: A Logical Approach.- Tau Leaping Stochastic Simulation Method in P Systems.- P Machines: An Automata Approach to Membrane Computing.- Modeling Dynamical Parallelism in Bio-systems.- P Colonies with a Bounded Number of Cells and Programs.- P Finite Automata and Regular Languages over Countably Infinite Alphabets.- Mitotic Oscillators as MP Graphs.- Infinite Hierarchies of Conformon-P Systems.- A Protein Substructure Based P System for Description and Analysis of Cell Signalling Networks.- Characterizations of Some Restricted Spiking Neural P Systems.- A Membrane Algorithm for the Min Storage Problem.- P Systems with Symport/Antiport and Time.- Towards Probabilistic Model Checking on P Systems Using PRISM.- Graphical Modeling of Higher Plants Using P Systems.- Identifying P Rules from Membrane Structures with an Error-Correcting Approach.- Computational Completeness of Tissue P Systems with Conditional Uniport.- Distributed Evolutionary Algorithms Inspired by Membranes in Solving Continuous Optimization Problems.