Framed Techniques

Optimization is all about smart trade-offs given difficult choices. This course focuses on three specific aspects of numerical optimization: correctly setting up optimization problems, linear programming, and integer programming.

Taught by Enzo Tedeschi FCP213 will take you through some of the basics and some of the intricacies of Final Cut Pro. As with any other post-production tool true value comes from its proper use within a well-designed workflow. So in addition to a bit of "what does this button do" Enzo will more importantly be talking about Final Cut Pro's place within the larger context of a production as well as more creative editing techniques for storytelling. While this course will slightly touch on items covered in our other FCP offerings with a new prof comes new and interesting perspectives. Tedeschi is an Editor whose ten-year body of work covers drama documentary television series and commercials.

This book provides a concise discussion of fundamental functional data analysis (FDA) techniques for analysing biomechanical data, along with an up-to-date review of their applications. The core of the book covers smoothing, registration, visualisation, functional principal components analysis and functional regression, framed in the context of the challenges posed by biomechanical data and accompanied by an extensive case study and reproducible examples using R. This book proposes future directions based on recently published methodological advancements in FDA and emerging sources of data in biomechanics. This is a vibrant research area, at the intersection of applied statistics, or more generally, data science, and biomechanics and human movement research. This book serves as both a contextual literature review of FDA applications in biomechanics and as an introduction to FDA techniques for applied researchers. In particular, it provides a valuable resource for biomechanics researchers seeking to broaden or deepen their FDA knowledge.