Our findings suggest that largely local and relatively ad hoc decision making processes are being made in relation to resource allocations for predictive genetic tests and that a more coordinated and, potentially, national approach to allocation decisions in this context may be appropriate.
In this talk we will focus on a fundamental resource allocation problem in this context, that of finding a minimum cost embedding of a network slice onto a graph representing the available resources of our architecture.
Indeed, our data lends support to the development of a more coordinated and, potentially, national approach to allocation decisions in this context.
As a comparative case study between the ME-OWA method and the two standards used in the military and commercially, this study evaluates reliability allocation in the context of a fighter aircraft airborne radar system.
This study examines preliminary information on local social institutional arrangements for water allocation in the context of Ostrom's rules for self-governing institutions.
Taking a similar approach, Kevin Clark of Delphi embedded the discussion of capital allocation in the context of the "Safe, Green, and Connected" mega-trends identified earlier.
In Q&A, investors have sought commentary on how CEOs think about capital allocation in the context of the current concerns regarding the extent, timing, and impact of share buy-backs.
Game theory [12] provides a possible analytical framework to develop decentralized and/or distributed algorithms for resource allocation in the context of interacting entities having eventually conflicting interests.
This paper proposes a conceptual framework that could be used to enhance equitable resource allocation in the context of resource scarcities and ongoing unmet need.
This study highlights the complexity of resource allocation decision-making in this context as variations in estimated incremental effectiveness have markedly different implications for policy depending on the specificity of the outcome.
For instance, Pazner and Schmeidler (1974) found out that there may not exist envy-free and Pareto-efficient allocations in the context of production with unequal skills (when there are high-skilled individuals who are strongly averse to labor).
