The motion planning task is posed as a search over a directed graph, and the applicability of informed graph search techniques is investigated.
The design task is posed in mathematical terms as a multi-objective mixed integer non-linear programming (MINLP) problem, in which life cycle assessment (LCA) principles are used to quantify the environmental impact.
The optimization task is posed in mathematical terms as a multi-objective mixed-integer nonlinear program (moMINLP) that seeks to minimize the total annualized cost and environmental impact of the cycle.
The pattern discovery task is posed as a problem of extracting all (possibly more than one) non-overlapping, maximally extended, bond-preserving matchings.
We start this talk by surveying the application space, outlining several important analysis and learning tasks, and describing the contexts in which such problems are posed.
Many such tasks can be posed as convex optimization problems, so algorithms for distributed convex optimization serve as a powerful, general-purpose mechanism for training a wide class of models on datasets too large to process on a single machine.
In view of the history and results of voluminous studies over many years on the Shinkansen noise problem, and also of the roles and surrounding conditions of the Shinkansen as a mode of transport, however, new tasks are being posed concerning such aspects as how to accomplish environmental preservation in the future.
But I hope those tasked with executing the campaign are posing such questions, not only for the sake of winning their battles but also with an eye toward the future of that beleaguered city.
In [24], the task of detecting cover versions was posed as a classification problem.
These studies suggest that if a participant can be posed a task that requires simulation as part of semantic grounding, then asking them to move their bodies in ways contrary to what should be required of conceptual processing should give rise to detectable response time differences.
