Sentence examples for continuous resources from inspiring English sources

Dealing with numerical information is practically important in many real-world planning domains where the executability of an action can depend on certain numerical conditions, and the action effects can consume or renew some critical continuous resources, which in pddl can be represented by numerical fluents.

Including dedicated energy crops, perennial crops in particular, in intensive food-cropping systems could mitigate some of the pressures on farmland biodiversity by lowering input levels, lowering the speed of production cycles, increasing crop diversity, regenerating soils and providing continuous resources for ecosystem service providers [24, 50, 72, 73].

Our work distinguishes from prior optimization works in that it does not treat the spectrum as the set of discrete orthogonal channels but the continuous resource.

These maps enable the study of the role of food resources as a continuous resource in winter habitat selection by caribou, rather than assuming food as a coarser, categorical or thematic variable assigned to discrete areas of the landscape as has been done in most previous studies.

Continuous resource use variables and costs were expressed as means, and SEs and categorical variables as percentages.

In that sense batch cultures used in our experiment are pulsed resource-environments with initial resource input with no continuous resource inflow to the study system.

Another important insight from our genetic data was that selection appeared to target different phenotypes in treatments where the same continuous resource variable was decreased to different degrees.

It is anticipated that these lines, originating from histologically different carcinomas, will provide a valuable, continuous resource for the investigation and treatment of these aggressive tumours.

First, some models conceptualize WM as a continuous resource that can be flexibly applied to representations (Bays & Husain, 2008; Wilken & Ma, 2004).

The RDH was later presented as a statistical model [ 4] and then as a mathematical model by Bacon et al. (1991), that widened the analysis to continuous resource variation which made similar predictions while being more robust [ 31].

Here, as opposed to the ongoing activity found in batch or continuous systems, resources are brought together for a period of time, focused on a particular task, such as the development of a new product, and then disbanded and reassigned.