Membrane Computing

From P Colonies to 2D P Colonies and Simulations of Multiagent Systems.- A Bioinspired Computing Approach to Model Complex Systems.- P Systems with Active Membranes Working in Sublinear Space.- Membrane Computing Inspired Approach for Executing Scientific Workflow in the Cloud.- P Systems with Anti-Matter.- Priorities, Promoters and Inhibitors in Deterministic Non-cooperative P Systems.- P Systems with Toxic Objects.- Promoters and Inhibitors in Purely Catalytic P Systems.- Red–Green P Automata.- Extended Simulation and Verification Platform for Kernel P Systems.- The Abilities of P Colony Based Models in Robot Control.- Probabilistic Guarded P Systems, a New Formal Modelling Framework.- Solving the ST-Connectivity Problem with Pure Membrane Computing Techniques.- Simulating Turing Machines with Polarizationless P Systems with Active Membranes.- Categorised Counting Mediated by Blotting Membrane Systems for Particle-Based Data Mining and Numerical Algorithms.- Polymorphic P Systems with Non-cooperative Rules and No Ingredients.- Spiking Neural P Systems with Astrocytes Using the Rules in the Exhaustive Mode.- Simulating Elementary Active Membranes with an Application to the P Conjecture.- Small Universal Spiking Neural P Systems with Cooperating Rules as Function Computing Devices.- Spiking Neural P Systems with Cooperating Rules.- Parallel Thinning with Complex Objects and Actors.- Causal Nets for Geometrical Gandy–Paun–Rozenberg Machines.- P System Computational Model as Framework for Hybrid (Membrane-Quantum) Computations.- Fault Diagnosis Models for Electric Locomotive Systems Based on Fuzzy Reasoning Spiking Neural P Systems.