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Register for one of the pre-conference workshops taking place concurrently on Wednesday, September 25. There are separate fees for these workshops (see below under the workshop list). When you register for the Annual Meeting, select the workshop you are interested in attending.
PRE-CONFERENCE WORKSHOP #1 HAS UNFORTUNATELY BEEN CANCELLED FOR SPR 2019 -Please contact Cat Norris with any questions or concerns.
Pre-Conference Workshop #2
This workshop / unconference / hackathon will allow participants to learn about and develop scientific practices that promote openness, integrity, and reproducibility of psychophysiological research. We welcome everyone to join us for a full day of workshops, hackathons, and presentations about Open Science methods and developments in psychophysiology, such as pre-registration, using R for analysis, open source experimental programming, sharing open science software tools, forming large-scale reproducibility projects, etc. Much of our meeting time will consist of unstructured conversations and workgroups to develop and promote open science practices. Thus, this is a different type of pre-conference workshop, in that we hope to use our time together to start (and learn about ongoing) initiatives.
If you would like to attend this workshop, we highly recommend that you contact Eric Vanman, email@example.com, so that you can be added to a group in which we will develop a working agenda in the months preceding the SPR meeting. We will share this agenda on a public site and then use it during the workshop in September. It is also recommended that you bring a laptop to the workshop so that you can access the OSF and Google pages that we will be using during the day.
Sample Agenda Items (to be finalized before the meeting):
· MultiLab Projects on EMG, Impedance Cardiography, Startle Eyeblink, etc.
Pre-Conference Workshop #3
Organizer: Edward Bernat, University of Maryland, College Park
This workshop will provide a conceptual and practical introduction to the application of principal components analysis (PCA) to time-frequency transforms (TFTs) of event-related potential (ERP) data. This approach has been useful for separating overlapping activity in ERPs, e.g. providing more specific measures of underlying processes.
A primary focus will be on amplitude measures, with extensions provided to time-frequency phase-synchrony measures (intertrial and interchannel), in the same framework. Amplitude reflects regional activity, while interchannel phase synchrony can index functional connectivity between regions during processing (e.g. medial-lateral functional connectivity). Approaches for indexing specific time-frequency activity will be covered (e.g. overlapping theta and delta activity during the N2, ERN, FN, etc.), from several tasks (e.g. gambling feedback, go/no-go, oddball, flanker).
Provided examples and hands on practice will center on an open-source matlab toolbox developed for this analytic framework. All analytic approaches can be implemented using the same process in the toolbox, which will be detailed in the workshop. The workshop will focus on the reduced Interference distribution (RID), from Cohen's class of TFTs, but the concepts and methods introduced are applicable to different TFT approaches (e.g. wavelets).
Pre-Conference Workshop Registration Fees
On or Before 8/26/19
Optional Workshop -- Tuesday, September 23, 2019 -- FREE
This one-day workshop is an introduction to the use of independent components analysis (ICA) and principal components analysis (PCA) for the purposes of preprocessing data, identification of ERP components, inference testing, and enhancement of source analysis. The session will consist of a mix of lecture and hands-on tutorials. The EP Toolkit (Dien, 2010) will be used to conduct all the analyses. The EP Toolkit is an open source software package that requires Matlab (2016 or later) to run. Attendees will need to bring a laptop with Matlab if they are to participate in the tutorials. A CD with the installation files for the EP Toolkit (not including Matlab) and tutorial datasets will be provided, but installing it beforehand is recommended. Attendees are also welcome to bring their own data as an alternative to the tutorial datasets.
National Institutes of Health
9000 Rockville Pike
Building 10, NMRF Conference Room (B1D55)
Bethesda, MD 20892