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Concepts Link to section 'Containers & Images' of 'Concepts' Containers & ImagesĪn image is a simple text file that defines the source code of an application Geddes, Lanelle E., SeptemJanuary 25, 2016. Link to section 'Citations' of 'Biography of Lanelle Geddes' CitationsĪrchives and Special Collections. She also received the Lafayette YWCA Salute to Women Award and the Westminster Village Lifetime Service Award for her work within the community. She was an AMOCO Foundation (Murphy) Award winner, a fellow of the University Teaching Academy, and a Helen B Schleman Gold Medallion Awardee. Geddes' research and teaching had far-reaching impacts, and she received many awards over the course of her career. Geddes retired as a professor emeritus in 2003. From 1996-2003, Geddes also taught pathophysiology to IU School of Medicine students at Purdue University. Her inclusion of pathophysiology encouraged her students to make better clinical judgments and to be stronger patient advocates. Her teaching emphasized the impact of human pathophysiologic alterations and their influence on nursing and medical care. Geddes' research was focused on cardiovascular physiology. In addition, Geddes was also instrumental in instituting a four-year nursing baccalaureate program and starting the Freshman Scholars, a program that provided scholarships to outstanding incoming freshman. While at Purdue, Geddes challenged traditional perceptions of nurses as merely doctors' assistants who were wrongly believed to have no expertise or skill for diagnosis and treatment. In 1980, she was promoted to the Head of the Department and served as Head until 1991. Lanelle started in the School of Nursing as the Assistant Head of the Department. Geddes, was the head of the Department of Biomedical Engineering. Geddes joined the faculty at Purdue in 1975 where her husband, Leslie A. After receiving her PhD, Geddes taugh at the Texas Women's University and in the Department of Physiology at Baylor College of Medicine in Houston. in Nursing from the University of Houston in 1957, and earned a PhD in Biophysics there in 1970. (Nerger) Geddes was born on Septemin Houston, Texas to Carl O. Geddes nodes run CentOS 8 and use Rancher and Kubernetes as the resource manager for resource and workload orchestration. Geddes Hyperconverged GPU Nodes Number of Nodes Geddes Hyperconverged Worker Nodes Worker Type Link to section 'Geddes Specifications' of 'Overview of Geddes' Geddes SpecificationsĪll Geddes compute nodes have 128 processor cores and 100 Gbps Infiniband interconnects. More information about her life and impact on Purdue is available in an ITaP Biography of Geddes. Geddes is named in honor of Lanelle Geddes, Professor of Nursing. Link to section 'Geddes Namesake' of 'Overview of Geddes' Geddes Namesake Please subscribe to our Community Cluster Program Mailing List to stay informed on the latest purchasing developments or contact us if you have any questions. To purchase access to Geddes today, go to the Cluster Access Purchase page. Funded by the National Science Foundation under grant OAC-2018926, Geddes consists of Dell Compute nodes with two 64-core AMD Epyc 'Rome' processors (128 cores per node). Geddes is a Community Composable Platform optimized for composable, cloud-like workflows that are complementary to the batch applications run on Community Clusters. Link to section 'Overview of Geddes' of 'Overview of Geddes' Overview of Geddes Funded by the National Science Foundation under grant OAC-2018926, Geddes consists of Dell compute nodes with two 64-core AMD Epyc 'Rome' processors (128 cores per node). This cloud-style flexibility provides researchers the ability to self-deploy and manage persistent services to complement HPC workflows and run container-based data analysis tools and applications. The Geddes Composable Platform isĪ Kubernetes based private cloud managed with Rancher that provides a platform for creating composable infrastructure on demand.
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#Cyberduck purdue software
New usage patterns have emerged in research computing that depend on the availability of custom services such as notebooks, databases, elastic software stacks, and science gateways alongside traditional batch HPC.