W5b: RNA-Seq II Analysis
RNA-seq II aims to provide tools for analysis of gene expression data from read counts to biology using R. To facilitate learning, the workshop will use a real case study ...
Find out more »W36: Mergeomics for Multiomics Integration
Mergeomics is a computational tool designed to elucidate the underlying pathways, networks, and key regulators of complex diseases by integrating multi-omics data (genomics, transcriptomics, epigenomics, proteomics, etc). With use of ...
Find out more »Accessible Study Recruitment & Consent Process
Planning for an accessible study recruitment effort. Advertising in accessible digital environments, making PDFs accessible, email outreach that is accessible and mobile app ads that are accessible. Creating a accessible ...
Find out more »Generalized Linear Regression Models in R
This workshop introduces the generalized linear regression model, which extends the linear regression model to accommodate outcomes with different distributions. The workshop briefly reviews linear regression concepts as necessary, and ...
Find out more »NIH Data Sharing Policies – Tips for Participant Protections and Data Security
Policy and how they harmonize with one another. This talk will delve into participant protections describing frameworks to consider when working with participant data, especially from American Indian or Alaskan ...
Find out more »W33: Accessing Clinical Databases
The UCLA ATLAS Precision Health Biobank integrates genetic information and de-identified medical records to enable precision health research. This introductory workshop will cover the basics of extracting health-related phenotypes from ...
Find out more »Accessing and Activating Audiovisual Materials for Your Research
Through this workshop attendees will learn how to search, access, and activate audiovisual materials to help with their research. This includes step-by-step processes of searching through UCLA's expansive Special Collections ...
Find out more »Rapid AI Prototyping with custom GPTs pt. 1
Learn how to rapidly build a low cost AI prototype for research and education with custom GPTs, prompt engineering, and turn-key solutions from leading LLM providers.
Find out more »Parallel Transpose Algorithms: Massively Parallel Computing with GPUs Series
Several highly accurate computational methods, such as spectral and compact finite difference techniques, require complete grid data along spatial axes when solving partial differential equations on structured grids. However, modern ...
Find out more »Rapid AI Prototyping with custom GPTs pt. 2
Learn how to rapidly build a low cost AI prototype for research and education with custom GPTs, prompt engineering, and turn-key solutions from leading LLM providers. This will be a ...
Find out more »Rapid AI Prototyping with custom GPTs pt. 2
Learn how to rapidly build a low cost AI prototype for research and education with custom GPTs, prompt engineering, and turn-key solutions from leading LLM providers. This will be a ...
Find out more »