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About 10,000 papers for “Resource distribution”

Intergenerational Resource Distribution

Elizabeth Finneron‐Burns · 2024

Abstract This chapter answers one component of the content question: how much must we conserve for future generations? First it considers and rejects relational and telic versions of intergenerational egalitarianism, as well as existing accounts of strict and moderate sufficientarianism. It argues that a contractualist should endorse a form of what I call ‘reason-balanced sufficientarianism’ whereby the farther one is below the sufficiency threshold, the stronger their claims for assistance. However, while being below sufficiency is a very strong reason to demand assistance, it is not a ‘trump’. This means that while in general the fact that a person is below sufficiency presents them with a very strong reason to reject principles that do not assist them in achieving sufficiency, other reasons may sometimes prevail. The chapter uses reason-balanced sufficientarianism to develop three principles of intergenerational resource distribution.

Cited by 0

Bioeconomic modelling and resource distribution

Bailly, D. · Figshare · 1991

“If the only tool that you have is a hammer - - all problems tend to look like nails!" This thought was offered in discussion, partly as an observation on previous practice, but particularly asa warning against restricted, oversimplistic views of methods for fisheries analysis and management. It was noted that the majority of papers presented to the symposium had concentrated on questions of production in relation to biological or environmental constraints. The closing theme of the symposium, and this Workshop, demonstrated and emphasized that production analysis must be supplemented by analysis of marketing, since the choice of cultured species and cultivation techniques will be guided by the demand for fish and shellfish relative to the costs of growing them. This article is part of Marine Science Symposia Volume 192 - "The ecology and management aspects of extensive mariculture". To access other articles from this volume, please use the link to the volume on the upper right hand side.

Cited by 0Open access

Distribution of the resource classification.

Cuirong Wang (10183673), Zhaoping Yang (8048300) · Figshare · 2021

<p>Visualization based on data from <a href="http://www.gscloud.cn" target="_blank">http://www.gscloud.cn</a> and <a href="http://www.webmap.cn/" target="_blank">http://www.webmap.cn/</a>. Republished from <a href="http://www.gscloud.cn" target="_blank">http://www.gscloud.cn</a> under a CC BY license, with permission from Geospatial data cloud, original copyright [2020].</p>

Cited by 0Open access

Resource-distribution via Boolean constraints

James Harland, David Pym · ACM Transactions on Computational Logic · 2003

We consider the problem of searching for proofs in sequential presentations of logics with multiplicative (or intensional) connectives. Specifically, we start with the multiplicative fragment of linear logic and extend, on the one hand, to linear logic with its additives and, on the other, to the additives of the logic of bunched implications ( BI ). We give an algebraic method for calculating the distribution of the side-formulæ in multiplicative rules which allows the occurrence or non-occurrence of a formula on a branch of a proof to be determined once sufficient information is available. Each formula in the conclusion of such a rule is assigned a Boolean expression. As a search proceeds, a set of Boolean constraint equations is generated. We show that a solution to such a set of equations determines a proof corresponding to the given search. We explain a range of strategies, from the lazy to the eager, for solving sets of constraint equations. We indicate how to apply our methods systematically to large family of relevant systems.

Cited by 27

Reconfiguring connected resource distribution systems

Paul E. Rosendall, Michael Pekala, David Scheidt · 2011

In this paper we consider complex mechanical systems that operate within harsh, uncertain environments where mission success depends critically upon the system's ability to monitor and maintain its own internal health. In particular, we focus on the problem of reconfiguring a system's internal resource distribution subsystems in response to one or more damage events. We present a graph-based approach that guarantees the resulting states adhere to a desirable resource segregation constraint. We also provide results using this approach in conjunction with optimization techniques to reconfigure a representative hardware test platform.

Cited by 2

Bioeconomic modelling and resource distribution

Bailly, D. · International Council for the Exploration of the Sea (ICES) · 1991

“If the only tool that you have is a hammer - - all problems tend to look like nails!" This thought was offered in discussion, partly as an observation on previous practice, but particularly asa warning against restricted, oversimplistic views of methods for fisheries analysis and management. It was noted that the majority of papers presented to the symposium had concentrated on questions of production in relation to biological or environmental constraints. The closing theme of the symposium, and this Workshop, demonstrated and emphasized that production analysis must be supplemented by analysis of marketing, since the choice of cultured species and cultivation techniques will be guided by the demand for fish and shellfish relative to the costs of growing them. This article is part of Marine Science Symposia Volume 192 - "The ecology and management aspects of extensive mariculture". To access other articles from this volume, please use the link to the volume on the upper right hand side.

Cited by 0Open access

VOLITIONAL RESOURCE AND ITS DISTRIBUTION

Глазунов Юрий Трофович, Сидоров Константин Рудольфович · Sibirskiy psikhologicheskiy zhurnal · 2018

Cited by 0Open access

Comparison of resource distribution metrics on multi-resource projects

Önder Halis Bettemir, Tuğba Erzurum · Journal of Construction Engineering Management & Innovation · 2019

Resource leveling is implemented to reduce the fluctuations of the daily resource usage and the peak resource usage throughout the construction period. Measurement of peak resource demand is straightforward, while fluctuations of resource distribution are difficult to evaluate. Therefore, many resource distribution metrics are proposed in order to measure the fluctuations of the resource distribution. In this study, minimum moment, absolute difference, sum of the squares, and minimum deviation resource distribution metrics are compared by implementing resource distribution on four case study problems obtained from the previous studies. The case study problems are optimized by exhaustive enumeration in order to ensure that the global optimum is obtained for each resource distribution metric. Recently the comparison was conducted for small projects. In this study, larger projects are evaluated to examine the effects of the project size and the search domain. Optimized resource distribution metrics are compared in terms of peak resource demand and the overall resource distribution histogram. Similarity to the standard 'S' curve is expected for good fit resource distribution. The metrics are also compared in terms of easiness of implementation and computational demand. Results of the analyses revealed that minimum moment metric provided lower peak resource demand among the other resource distribution metrics. In addition to this, computational demand and easiness of implementation of the minimum moment metric is the most suitable. The results of this research can be beneficial for the project managers through the selection of appropriate resource distribution metric.

Cited by 6Open access

Discuss the resource distribution in water resource management shallowly

Juan Liu · 2005

From analysing essential features, such as nature, economy, ecology of the water resource, etc., put forward necessity and urgency that water resource science disposes, have probed into and given full play to the government and disposed and disposed double function with the market especially, realize relying mainly on two grades of governments, the water resource distribution in order to be complemented of market regulation is machine-processed.

Cited by 0