Add to ORKGWe define space complexity classes in the framework of membrane computing, giving some initial results about their mutual relations and their connection with time complexity classes, and identifying some potentially interesting problems which require further research
We prove that arbitrary single-tape Turing machines can be simulated by uniform families of P system...
In this work we revisit the basic concepts, definitions of computational complexity theory in membr...
AbstractA P system is a natural computing model inspired by information processing in cells and cell...
Abstract: We define space complexity classes in the framework of membrane com-puting, giving some in...
We define space complexity classes in the framework of membrane computing, giving some initial resul...
We define space complexity classes in the framework of membrane computing, giving some initial resul...
We define space complexity classes in the framework of membrane computing, giving some initial resul...
5siThe first definition of space complexity for P systems was based on a hypothetical real implement...
5noThe computational power of membrane systems, in their different variants, can be studied by defin...
AbstractA P system is a natural computing model inspired by information processing in cells and cell...
5noWe show that a constant amount of space is sufficient to simulate a polynomial-space bounded Turi...
We compare various computational complexity classes defined within the framework of membrane systems...
AbstractWe show how techniques in machine-based complexity can be used to analyze the complexity of ...
5noP systems with active membranes are a variant of P systems where membranes play an active role du...
AbstractThe purpose of the present work is to give a general idea about the existing results and ope...
We prove that arbitrary single-tape Turing machines can be simulated by uniform families of P system...
In this work we revisit the basic concepts, definitions of computational complexity theory in membr...
AbstractA P system is a natural computing model inspired by information processing in cells and cell...
Abstract: We define space complexity classes in the framework of membrane com-puting, giving some in...
We define space complexity classes in the framework of membrane computing, giving some initial resul...
We define space complexity classes in the framework of membrane computing, giving some initial resul...
We define space complexity classes in the framework of membrane computing, giving some initial resul...
5siThe first definition of space complexity for P systems was based on a hypothetical real implement...
5noThe computational power of membrane systems, in their different variants, can be studied by defin...
AbstractA P system is a natural computing model inspired by information processing in cells and cell...
5noWe show that a constant amount of space is sufficient to simulate a polynomial-space bounded Turi...
We compare various computational complexity classes defined within the framework of membrane systems...
AbstractWe show how techniques in machine-based complexity can be used to analyze the complexity of ...
5noP systems with active membranes are a variant of P systems where membranes play an active role du...
AbstractThe purpose of the present work is to give a general idea about the existing results and ope...
We prove that arbitrary single-tape Turing machines can be simulated by uniform families of P system...
In this work we revisit the basic concepts, definitions of computational complexity theory in membr...
AbstractA P system is a natural computing model inspired by information processing in cells and cell...