Next era a massive database requires advanced computing mechanisms for gleaning knowledge from heterogeneous subordinate databases. Future decisions will increasingly rely on the ability to search through a large set ...
详细信息
ISBN:
(纸本)9781424464203
Next era a massive database requires advanced computing mechanisms for gleaning knowledge from heterogeneous subordinate databases. Future decisions will increasingly rely on the ability to search through a large set of possibilities to optimally find, and easily formulate knowledge. Establishing such computing mechanisms is a vital development for future sustainability. This research involves in importance of a heuristic as being a category of knowledge that is convenient for the next era knowledge-based rapid decisions era. It introduced a model delves into massive databases to glean heuristics. The feasibility of model deployment is manifested via simulating case study. This work exploited inference and verification methodologies for a hidden heuristic crystallization. This research is elaborated in the following sections: section I introduces the basic concepts used within this research context. Section 2 discusses the difficulties and issues of deployment a heuristic-gleaning mechanism with massive databases. Section 3 exemplifies the exercised case study. Section 4 introduces heuristic gleaning system, which contains a schematic approach, major functions and interoperable components, and a main line algorithm. The conclusion and future work are given in section 5.
We present a breakthrough algorithm for efficient estimation of objective function sensitivities for time-domain TLM with nondispersive boundaries. The original electromagnetic structure is simulated using TLM. An adj...
详细信息
ISBN:
(纸本)0780376951
We present a breakthrough algorithm for efficient estimation of objective function sensitivities for time-domain TLM with nondispersive boundaries. The original electromagnetic structure is simulated using TLM. An adjoint TLM simulation that runs backward in time is derived and solved. The sensitivities of the objective function with respect to all the designable parameters are estimated using only the original and adjoint simulations. Our approach is illustrated through estimating the sensitivities of an objective function with respect to the dimensions of a waveguide discontinuity.
暂无评论