Our model of computation (theoretical machine) was designed for the analysis of analog Fourier optical processors, its basic data unit being a continuous image of unbounded resolution. In this paper, we demonstrate the universality of our machine by presenting a framework for arbitrary Turing machine simulation. Computational complexity bene ts are also demonstrated by providing a O(log 2 n) algorithm for a search problem that has a lower bound of n 1 on a Turing machine
Abstract. Are analog models of computations more powerful than classical models of computations? Fro...
Physicists should consider an alternative to the Turing‐machine model of computation
Continuous complexity theory gets its name from the model of mathematical computation on which it is...
Our model of computation (theoretical machine) was designed for the analysis of analog Fourier optic...
We introduce a continuous-space model of computation. This original model is inspired by the theory ...
Abstract. We introduce a continuous-space model of computation. This original model is inspired by t...
We prove computability and complexity results for an original model of computation called the contin...
AbstractWe prove computability and complexity results for an original model of computation called th...
We investigate the computational complexity of an optically inspired model of computation. The model...
We introduce a continuous-space model of computation. This original model is inspired by the theory...
This work concerns the computational complexity of a model of computation that is inspired by optic...
Abstract: Contemporary computer theory is governed by the discretization of continuous problems. Cla...
We present a number of computational complexity results for an optical model of computation called ...
COMPUTATION A central dogma of com-puter science is that the Turing-machine model is the appropriate...
The importance of algorithms is now recognized in all mathematical sciences, thanks to the developm...
Abstract. Are analog models of computations more powerful than classical models of computations? Fro...
Physicists should consider an alternative to the Turing‐machine model of computation
Continuous complexity theory gets its name from the model of mathematical computation on which it is...
Our model of computation (theoretical machine) was designed for the analysis of analog Fourier optic...
We introduce a continuous-space model of computation. This original model is inspired by the theory ...
Abstract. We introduce a continuous-space model of computation. This original model is inspired by t...
We prove computability and complexity results for an original model of computation called the contin...
AbstractWe prove computability and complexity results for an original model of computation called th...
We investigate the computational complexity of an optically inspired model of computation. The model...
We introduce a continuous-space model of computation. This original model is inspired by the theory...
This work concerns the computational complexity of a model of computation that is inspired by optic...
Abstract: Contemporary computer theory is governed by the discretization of continuous problems. Cla...
We present a number of computational complexity results for an optical model of computation called ...
COMPUTATION A central dogma of com-puter science is that the Turing-machine model is the appropriate...
The importance of algorithms is now recognized in all mathematical sciences, thanks to the developm...
Abstract. Are analog models of computations more powerful than classical models of computations? Fro...
Physicists should consider an alternative to the Turing‐machine model of computation
Continuous complexity theory gets its name from the model of mathematical computation on which it is...