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#Quant theory software
The summary and presentation must indicate research activity on which you worked, your specific contribution, analytic methods employed, software employed, and the products of the research activity. A program co-director and an additional faculty member will formally evaluate your internship experience. You’ll also be required to give a short presentation in the Quantitative Methods forum. On completing the internship, you’ll be required to write a research summary of your activity. You’ll collaborate with, and be supervised by, a Vanderbilt faculty member throughout the process. The internship takes place in an applied research setting, such as a school system, medical school research setting, testing company or policy institute. You’ll be placed in your internship based on your skills and interests. Through this experience, you will develop and contribute to research designs, measurement plans, sampling schemes, and data and statistical analysis. In addition to required coursework, you’ll integrate quantitative research and theory with effective practice through an intensive internship.
#Quant theory professional
Some weeks, there are professional development and journal club discussions. Speakers include faculty and graduate students within the program and from across the university, as well as occasional invited speakers from other institutions. The Quantitative Methods program offers a biweekly colloquium series, featuring talks on various aspects of methodology. You’ll be placed in an internship based on your quantitative methods skills and interests, using your training in research design, measurement, and statistical software skills. The master’s degree in Quantitative Methods is a two-year program that culminates in a summer- or semester-long internship in which you provide design, measurement, and statistical support for a public or private organization in Nashville or the broader research community. Upon graduation, you’ll be equipped to apply research in school systems, health and medical settings, government and industry, dedicated research institutes, and other academic settings. All rights reserved.You’ll work closely with Quantitative Methods faculty members to develop expertise in both the theory and application of quantitative analysis in behavioral, social, and educational sciences.
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These results demonstrate the applicability of neural field models to the new regime of periodically driven nonlinear dynamics, enabling interpretation of experimental data in terms of specific generating mechanisms and providing new tests of the theory.Ĭopyright © 2012 Elsevier Inc. Moreover, photosensitive seizures are predicted for physiologically realistic model parameters yielding bistability between healthy and seizure dynamics. Further analysis of the driven dynamics as a function of the drive parameters reveals rich nonlinear dynamics that is predicted to be observable in future experiments at high drive amplitude, including period doubling, bistable phase-locking, hysteresis, wave mixing, and chaos indicated by positive Lyapunov exponents. Model power spectra over a range of drive frequencies show agreement with multiple features of experimental measurements, exhibiting nonlinear effects including entrainment over a range of frequencies around the natural alpha frequency f(α), subharmonic entrainment near 2f(α), and harmonic generation. The dominant features of these experimentally observed dynamics are reproduced by the dynamics of a quantitative neural field model subject to periodic drive. Strong periodic stimuli such as bright flashing lights evoke nonlinear responses in the brain and interact nonlinearly with ongoing cortical activity, but the underlying mechanisms for these phenomena are poorly understood at present.