Several heuristic assignment algorithms are then devised and evaluated via extensive simulations with realistic settings.
Shape rules as a natural-language equivalent are then devised by describing design functions and clarifying the topology of shapes.
An immunity genetic algorithm is then devised to determine the best IGA parameter sequence, which minimizes the objective function.
From the behaviour obtained experimentally, constitutive equations including failure criteria are then devised to be used in the design of FRP structures.
A distributed refinement algorithm is then devised that dramatically improves on the load balance for the routing tree produced by the top-down algorithm.
A fix for the vulnerability is then devised and a "patch" is issued by computer security companies such as Kaspersky and/or by software and computer companies.
A conventional CAES (C-CAES) was modeled based on commercialized CAESs, and a steam-injected CAES (SI-CAES) was then devised by adding a heat recovery steam generator.
A station-keeping strategy that minimizes propellant consumption is then devised, and comparisons are made between the cost of a solution based on impulsive maneuvers and one with continuous thrust.
To investigate the feasibility of locating the distal dose falloff in real time during patient treatment, a prompt gamma measuring system composed of multi-layer shielding structures was then devised.
