Add to ORKGPartial-order schedules are valued because they are flexible, and therefore more robust to unexpected delays. Previous work has indicated that constructing partial-order schedules by a two-stage method, in which a fixed-time schedule is first found and
In this work, we consider RCPSP/max with durational uncertainty. We focus on computing robust Partia...
Abstract. The paper introduces the notion of freely completable partial solutions to characterize co...
In this work we improve on existing scheduling techniques suitable for scheduling problems at the tr...
Partial-order schedules are valued because they are flexible, and therefore more robust to unexpecte...
This paper considers the problem of generating partial or-der schedules (POS), that is, schedules wh...
Abstract. In the context of Scheduling under uncertainty, Partial Order Schedules (POS) provide a co...
In many scheduling problems involving tasks with multiple deadlines, there is typically a large degr...
Robustness is essential for schedules if they are being executed under uncertain conditions. In this...
We study a natural variant of scheduling that we call partial scheduling: in this variant an instanc...
We consider a schedule optimization problem where each ac-tivity to be scheduled has a duration-depe...
We study a natural variant of scheduling that we call partial scheduling: In this variant an instanc...
We consider the Resource-Constrained Project Scheduling Problem with minimal and maximal time lags u...
International audienceWe consider here a logistic platform or more generally a node of a supply chai...
Over the last few years there has been a revival of interest in the idea of least-commitment plannin...
A partial-order plan (POP) compactly encodes a set of sequential plans that can be dynamically chose...
In this work, we consider RCPSP/max with durational uncertainty. We focus on computing robust Partia...
Abstract. The paper introduces the notion of freely completable partial solutions to characterize co...
In this work we improve on existing scheduling techniques suitable for scheduling problems at the tr...
Partial-order schedules are valued because they are flexible, and therefore more robust to unexpecte...
This paper considers the problem of generating partial or-der schedules (POS), that is, schedules wh...
Abstract. In the context of Scheduling under uncertainty, Partial Order Schedules (POS) provide a co...
In many scheduling problems involving tasks with multiple deadlines, there is typically a large degr...
Robustness is essential for schedules if they are being executed under uncertain conditions. In this...
We study a natural variant of scheduling that we call partial scheduling: in this variant an instanc...
We consider a schedule optimization problem where each ac-tivity to be scheduled has a duration-depe...
We study a natural variant of scheduling that we call partial scheduling: In this variant an instanc...
We consider the Resource-Constrained Project Scheduling Problem with minimal and maximal time lags u...
International audienceWe consider here a logistic platform or more generally a node of a supply chai...
Over the last few years there has been a revival of interest in the idea of least-commitment plannin...
A partial-order plan (POP) compactly encodes a set of sequential plans that can be dynamically chose...
In this work, we consider RCPSP/max with durational uncertainty. We focus on computing robust Partia...
Abstract. The paper introduces the notion of freely completable partial solutions to characterize co...
In this work we improve on existing scheduling techniques suitable for scheduling problems at the tr...