11 research outputs found

    Spothaüs Eventos Masivos

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    Reporte del Proyecto de Aplicación Profesional realizado con Spothaüs Eventos Masivos, una empresa dedicada a la organización de eventos musicales con una especialización en la música electrónica. Se tuvo como objetivo incrementar el público en los eventos de Spothaüs. Durante el proyecto, se realizó una investigación de mercado dirigida a hombres y mujeres habitantes del estado de Jalisco, de 10 a 60 años de edad, con un NSE A/B, C+ y C, y con preferencia por la música electrónica. A partir de los resultados, se crearon estrategias de mercado más enfocadas hacia el público meta. En este proyecto trabajaron alumnas de las licenciaturas en Diseño Integral y en Mercadotecnia.ITESO, A.C

    Spothaüs Eventos Masivos

    No full text
    Reporte del Proyecto de Aplicación Profesional realizado con Spothaüs Eventos Masivos, una empresa dedicada a la organización de eventos musicales con una especialización en la música electrónica. Se tuvo como objetivo incrementar el público en los eventos de Spothaüs. Durante el proyecto, se realizó una investigación de mercado dirigida a hombres y mujeres habitantes del estado de Jalisco, de 10 a 60 años de edad, con un NSE A/B, C+ y C, y con preferencia por la música electrónica. A partir de los resultados, se crearon estrategias de mercado más enfocadas hacia el público meta. En este proyecto trabajaron alumnas de las licenciaturas en Diseño Integral y en Mercadotecnia

    Effect of the magnetic field on the nonlinear optical rectification and second and third harmonic generation in double δ-doped GaAs quantum wells

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    In this paper we are reporting the computation for the Nonlinear Optical Rectification (NOR) and the Second and Third Harmonic Generation (SHG and THG) related with electronic states of asymmetric double Si-δ-doped quantum well in a GaAs matrix when this is subjected to an in-plane (x-oriented) constant magnetic field effect. The work is performed in the effective mass and parabolic band approximations in order to compute the electronic structure for the system by a diagonalization procedure. The expressions for the nonlinear optical susceptibilities, χ0 (2), χ2ω (2), and χ 3ω (3), are those arising from the compact matrix density formulation and stand for the NOR, SHG, and THG, respectively. This asymmetric double δ-doped quantum well potential profile actually exhibits nonzero NOR, SHG, and THG responses which can be easily controlled by the in-plane (x-direction) externally applied magnetic field. In particular we find that for the chosen configuration the harmonic generation is in the far-infrared/THz region, thus and becoming suitable building blocks for photodetectors in this range of the electromagnetic spectra

    Nyquist-Shannon theorem application for Savitzky-Golay smoothing window size parameter determination in bio-optical signals

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    The amount of data generated in the laboratory increases constantly, where a common problem needed to be addressed during the data preparation stage is related to noise. The Savitzky-Golay method has been established as the common smoothing technique, where the process is based on two parameters: polynomial order and window size, which are commonly empirically determined. This work shows how the application of the Nyquist theorem allows to calculate the window size parameter of the Savitzky-Golay smoothing method, in order to process bio-optical signals. Like in the case of mid-IR glucose absorption and cervical spine X-ray images, from which a derivative based analysis allows to either confirm or determine regions of interest for further study

    Temporal patterns of active fire density and its relationship with a satellite fuel greenness index by vegetation type and region in Mexico during 2003–2014

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