Workshop Practice (PDT109/2)

The National Research Council's Disasters Roundtable and the Institute of Medicine's Roundtable on Environmental Health Sciences, Research, and Medicine were established as mechanisms for bringing various stakeholders together to discuss timely issues in a neutral setting. The goal was not to resolve these issues, but to create an environment conducive to scientific debate. The members of the respective Roundtables comprise representatives from academia, industry, nongovernmental agencies, and government, whose perspectives range widely and represent the diverse viewpoints of researchers, federal officials, and public interest. This report is the summary of a workshop was convened by the two Roundtables as a contribution to the debate on the health risks of disasters and the related need to build capacity to deal with them. The meeting was strengthened by integrating perspectives from these two fields, so that the agenda represented information from both communities and provided an opportunity to look at some of the most pressing research and preparedness needs for health risks of disasters.

The topic of audio effects probably excites more passion, more discussion, and more controversy than almost any other aspect of recording and especially mixing. Yet even after reading never-ending streams of magazine articles and participating in any number of discussions in the ever-expanding range of Internet audio forums, musicians and producers can still find the subject of effects shrouded in mystery, myth, and confusion. Used wisely, audio effects can play an important part in adding color, life, and clarity to a good mix. Used badly, they can and will spoil it. THE AUDIO EFFECTS WORKSHOP is designed to help anyone involved in recording and post-production understand audio effects and how to use them. First, you'll learn about the nature of sound and how the human ear receives it and perceives it--foundational knowledge that's key to understanding how audio effects work to modify sound. Next, you'll be introduced to numerous audio effects. Using the host DAW of your choice, you will employ a carefully chosen selection of audio files from the supplied DVD to work through step-by-step tutorials to explore, examine, and learn what each effect does, how it works, and the role of each of its various controls, both on its own and when used along with other parameters and effects. The effects you'll learn about will include noise gates, EQ, compressors, expanders, limiters, chorus, delay, reverb, modulators, stereo imaging, stereo panning, and more. You'll also be introduced to a number of analysis tools, and you'll see just how useful and important these can be. You'll then take the crucial next steps, learning how these different effects behave in combination with each other. In this context, you'll learn about concepts such as serial and parallel effects (FX) processing and how to use them to your advantage. Concepts are explained in a friendly, conversational tone, using real-world practical examples.

Genetic Programming Theory and Practice V was developed from the fifth workshop at the University of Michigan’s Center for the Study of Complex Systems. It aims to facilitate the exchange of ideas and information related to the rapidly advancing field of Genetic Programming (GP). This volume is a unique and indispensable tool for academics, researchers and industry professionals involved in GP, evolutionary computation, machine learning and artificial intelligence.

Improving Access to and Confidentiality of Research Data summarizes a workshop convened by the Committee on National Statistics (CNSTAT) to promote discussion about methods for advancing the often conflicting goals of exploiting the research potential of microdata and maintaining acceptable levels of confidentiality. This report outlines essential themes of the access versus confidentiality debate that emerged during the workshop. Among these themes are the tradeoffs and tensions between the needs of researchers and other data users on the one hand and confidentiality requirements on the other; the relative advantages and costs of data perturbation techniques (applied to facilitate public release) versus restricted access as tools for improving security; and the need to quantify disclosure risks--both absolute and relative--created by researchers and research data, as well as by other data users and other types of data.