AbstractWe study decidability and complexity questions related to a continuous analogue of the Skolem-Pisot problem concerning the zeros and nonnegativity of a linear recurrent sequence. In particular, we show that the continuous version of the nonnegativity problem is NP-hard in general and we show that the presence of a zero is decidable for several subcases, including instances of depth two or less, although the decidability in general is left open. The problems may also be stated as reachability problems related to real zeros of exponential polynomials or solutions to initial value problems of linear differential equations, which are interesting problems in their own right
We study the decidability of the Skolem Problem, the Positivity Problem, andthe Ultimate Positivity ...
We prove the NP-hardness of two problems. The first is the well-known minimal realization problem in...
Given a linear recurrence sequence (LRS), specified using the initial conditions and the recurrence ...
We study decidability and complexity questions related to a continuous analogue of the Skolem-Pisot ...
We study decidability and complexity questions related to a continuous analogue of the Skolem-Pisot ...
AbstractWe study decidability and complexity questions related to a continuous analogue of the Skole...
Abstract. The Continuous Skolem Problem asks whether a real-valued function satisfying an ordinary l...
The Continuous Skolem Problem asks whether a real-valued function satisfying a linear differential e...
The Continuous Skolem Problem asks whether a real-valued function satisfying a linear differential e...
This talk is about reachability problems for continuous-time linear dynamical systems. A central dec...
It is well understood that the interaction between discrete and continuous dynamics makes hybrid aut...
The Continuous Skolem Problem asks whether a real-valued function satisfying a linear differen- tial...
We show that the problem of determining if a given integer linear recurrent sequence has a zero-a pr...
It is a longstanding open problem whether there is an algorithm to decide the Skolem Problem for lin...
The celebrated Skolem-Mahler-Lech Theorem states that the set of zeros of a linear recurrence sequen...
We study the decidability of the Skolem Problem, the Positivity Problem, andthe Ultimate Positivity ...
We prove the NP-hardness of two problems. The first is the well-known minimal realization problem in...
Given a linear recurrence sequence (LRS), specified using the initial conditions and the recurrence ...
We study decidability and complexity questions related to a continuous analogue of the Skolem-Pisot ...
We study decidability and complexity questions related to a continuous analogue of the Skolem-Pisot ...
AbstractWe study decidability and complexity questions related to a continuous analogue of the Skole...
Abstract. The Continuous Skolem Problem asks whether a real-valued function satisfying an ordinary l...
The Continuous Skolem Problem asks whether a real-valued function satisfying a linear differential e...
The Continuous Skolem Problem asks whether a real-valued function satisfying a linear differential e...
This talk is about reachability problems for continuous-time linear dynamical systems. A central dec...
It is well understood that the interaction between discrete and continuous dynamics makes hybrid aut...
The Continuous Skolem Problem asks whether a real-valued function satisfying a linear differen- tial...
We show that the problem of determining if a given integer linear recurrent sequence has a zero-a pr...
It is a longstanding open problem whether there is an algorithm to decide the Skolem Problem for lin...
The celebrated Skolem-Mahler-Lech Theorem states that the set of zeros of a linear recurrence sequen...
We study the decidability of the Skolem Problem, the Positivity Problem, andthe Ultimate Positivity ...
We prove the NP-hardness of two problems. The first is the well-known minimal realization problem in...
Given a linear recurrence sequence (LRS), specified using the initial conditions and the recurrence ...