Membrane Computing

Inhaltsverzeichnis

• Invited Lectures.
• Computational Power of Symport/Antiport: History, Advances, and Open Problems.
• Structural Operational Semantics of P Systems.
• Some Recent Results Concerning Deterministic P Systems.
• Membrane Algorithms.
• On Evolutionary Lineages of Membrane Systems.
• Regular Presentations.
• Number of Protons/Bi-stable Catalysts and Membranes in P Systems. Time-Freeness.
• Symbol/Membrane Complexity of P Systems with Symport/Antiport Rules.
• On P Systems as a Modelling Tool for Biological Systems.
• Encoding-Decoding Transitional Systems for Classes of P Systems.
• On the Computational Power of the Mate/Bud/Drip Brane Calculus: Interleaving vs. Maximal Parallelism.
• A Membrane Computing System Mapped on an Asynchronous, Distributed Computational Environment.
• P Systems with Memory.
• Algebraic and Coalgebraic Aspects of Membrane Computing.
• P Systems and the Modeling of Biochemical Oscillations.
• P Systems, Petri Nets, and Program Machines.
• On the Power of Dissolution in P Systems with Active Membranes.
• A Linear Solution for QSAT with Membrane Creation.
• On Symport/Antiport P Systems and Semilinear Sets.
• Boolean Circuits and a DNA Algorithm in Membrane Computing.
• Towards a Petri Net Semantics for Membrane Systems.
• Quantum Sequential P Systems with Unit Rules and Energy Assigned to Membranes.
• Editing Distances Between Membrane Structures.
• Relational Membrane Systems.
• On the Rule Complexity of Universal Tissue P Systems.
• Non-cooperative P Systems with Priorities Characterize PsET0L.