Titlebook: Materials and Measurements in Molecular Electronics; Proceedings of the I Koji Kajimura,Shin-ichi Kuroda Conference proceedings 19961st edi

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for better attack detection.This book presents recent advances in intrusion detection systems (IDSs) using state-of-the-art deep learning methods. It also provides a systematic overview of classical machine learning and the latest developments in deep learning.  In particular, it discusses deep lear

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Spectroscopy Methods for Low-Dimensional Systemspectroscopy is taking a major part. Absorption and Reflectivity spectroscopy is a key method for determining band gaps, necessary for establishing of electronic band structures and phonon dispersion relations which are the basic characteristics of materials.

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Structure Determination by Using Pulsed ESRwhich is hidden underneath the linebroadening in conventional ESR of continuous-wave (cw) mode. Several examples in which the ESEEM method is applied to elucidate the local structure of impurities and point-defects which exist in low concentrations are demonstrated.

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Microscopic and Anisotropic Dynamics of Spin Carriers with/without Chargerials. By analyzing the ESR linewidth and/or the spin-lattice relaxation rate measured in a wide frequency range such as several MHz to 24 GHz, one can obtain a frequency spectrum of spin motion that gives characteristic parameters of such motion, anisotropic diffusion rates. The first example is a

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Optical and Dynamical Properties of One-Dimensional Excitons in Conjugated Polymersannier exciton. However, its one-dimensional character leads to an unusually large binding energy and an unusually small exciton size, for which the electronic correlation length turns out to be a decisive factor. These extraordinary features have important implications on the linear and nonlinear o

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