Titlebook: Optical Frequency-Modulated Continuous-Wave (FMCW) Interferometry; Jesse Zheng Book 2005 Springer-Verlag New York 2005 instruments.interfe

BALE

Optical Frequency-Modulated Continuous-Wave (FMCW) Interferometry

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Assignment

罐里有戒指

無可非議

execution time (around a few seconds). As a result, these algorithms often miss out on promising candidates and thus, result in low solution quality. In contrast, this paper proposes a novel algorithm called ., which explores a much larger search space and obtains a significantly better solution qua

黑豹

ual explanations based on a similarity preserving approach. Unlike submodular optimization, in our method the problem is considered as a co-selection task. This approach achieves a co-selection of instances and features over the explanations provided by any explainer. The proposed framework is more

Connotation

n top of the already expensive density or distance computation..Recently developed measure called sGrid is a simple and efficient density estimator which allows a fast systemic search. While it is efficient compared to other distance and density-based measures, it is also a dimensionally bias measur

FAWN

ration, which is evaluated by referring to scientific articles that can support the claims made in the online health information considered. With respect to the literature, the proposed solution is fully unsupervised and does not require any human intervention. It is experimentally evaluated on a pu

經(jīng)典

propose a systematic theoretical analysis framework, based on which we determine the theoretical bound of localization performance. The proposed framework can help us understand the nature of wireless localization technology and guide us to optimize a practical localization system. In this chapter,

朋黨派系

propose a systematic theoretical analysis framework, based on which we determine the theoretical bound of localization performance. The proposed framework can help us understand the nature of wireless localization technology and guide us to optimize a practical localization system. In this chapter,