AbstractThis paper reasons about the need to seek for particular kinds of models of computation that imply stronger computability than the classical models. A possible such model, constituting a chaotic dynamical system, is presented. This system, which we term as the analog shift map, when viewed as a computational model has super-Turing power and is equivalent to neural networks and the class of analog machines. This map may be appropriate to describe idealized physical phenomena
Abstract. We propose a formalization of analog algorithms, extending the framework of abstract state...
Church thesis and its variants say roughly that all reasonable models of computation do not have mor...
We pursue a particular approach to analog computation, based on dynamical systems of the type used i...
AbstractThis paper reasons about the need to seek for particular kinds of models of computation that...
(eng) We explore the simulation and computational capabilities of dynamical systems. We first introd...
We explore the simulation and computational capabilities of discrete and continuous dynamical system...
In this paper we compare computational power of two models of analog and classicalcomputers. As a mo...
We introduce an abstract analogue-digital model of computation that couples Turing machines to oracl...
Abstract. Are analog models of computations more powerful than classical models of computations? Fro...
Abstract. It has been argued that neural networks and other forms of analog computation may transcen...
We explore the simulation and computational capabilities of discrete and continuous dynamical system...
AbstractWe explore the simulation and computational capabilities of discrete and continuous dynamica...
none3Various computational paradigms inspired to models of physical and biological systems are being...
The abstract basis of modern computation is the formal description of a finite state machine, the Un...
Continuous dynamical systems intuitively seem capable of more complex behavior than discrete systems...
Abstract. We propose a formalization of analog algorithms, extending the framework of abstract state...
Church thesis and its variants say roughly that all reasonable models of computation do not have mor...
We pursue a particular approach to analog computation, based on dynamical systems of the type used i...
AbstractThis paper reasons about the need to seek for particular kinds of models of computation that...
(eng) We explore the simulation and computational capabilities of dynamical systems. We first introd...
We explore the simulation and computational capabilities of discrete and continuous dynamical system...
In this paper we compare computational power of two models of analog and classicalcomputers. As a mo...
We introduce an abstract analogue-digital model of computation that couples Turing machines to oracl...
Abstract. Are analog models of computations more powerful than classical models of computations? Fro...
Abstract. It has been argued that neural networks and other forms of analog computation may transcen...
We explore the simulation and computational capabilities of discrete and continuous dynamical system...
AbstractWe explore the simulation and computational capabilities of discrete and continuous dynamica...
none3Various computational paradigms inspired to models of physical and biological systems are being...
The abstract basis of modern computation is the formal description of a finite state machine, the Un...
Continuous dynamical systems intuitively seem capable of more complex behavior than discrete systems...
Abstract. We propose a formalization of analog algorithms, extending the framework of abstract state...
Church thesis and its variants say roughly that all reasonable models of computation do not have mor...
We pursue a particular approach to analog computation, based on dynamical systems of the type used i...