Below is a listing of clips taken from:
Cyberinfrastructure for Humanities, Arts and Social Science presented
by
Fran Berman
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01) Fran Berman: Introduction
02) Fran Berman: Science is interdisciplinary; Research is a Team Sport;
03) Fran Berman: Integrated Cyberinfrastructure
04) Fran Berman: Neurosurgery Analogy for Cyberinfrastructure
05) Fran Berman: Supercomputing in 1951
06) Fran Berman: Faster Computation; Parallelism
07) Fran Berman: Grid Computing
08) Fran Berman: Layered Model; Grid Operating System
09) Fran Berman: Grid devices, technologies, sensors and
10) Fran Berman: Expanding the Grid to Devices and Sensors and Developing the Environment with Regard to Grid Policies, Economy and Network
11) Fran Berman: National Scale Grid Projects Cyberinfrastructure and Data Integration
12) Fran Berman: Layered Activities Integrated and Coordinated Through Existing Cyberinfrastructure
13) Fran Berman: Example of Large Data Project: National Virtual Observatory Exploring the Universe Systematically
14) Fran Berman: National Virtual Observatory (NVO)
15) Fran Berman: Standards Established for Data Collected from Telescopes
16) Fran Berman: Statistical Analysis of Astronomy Data
17) Fran Berman: NVO Data Collection and Analysis Workflow
18) Fran Berman: NVO Using Large Scale Data and Compute Power to Learning About Brown Stars
19) Fran Berman: How NVO Uses Cyberinfrastructure
20) Fran Berman: Using Cyberinfrastructure to Study Plate Tectonics
21) Fran Berman: Simulating Earthquakes with Cyberinfrastructure to Forecast and Prepare
22) Fran Berman: TeraShake 7.7 Model Used to Study Earthquake Visualizations
23) Fran Berman: How TeraShake Works
24) Fran Berman: TeraShake Simulation Animation
25) Fran Berman: Series of TeraShake Computations Help to Develop Los Angeles Building Codes
26) Fran Berman: Parallel Processing through Berkeley Open Infrastructure for Network Computing to Further Scientific Discovery
27) Fran Berman: Data Central Hosting Environment for Large Scale Data
28) Fran Berman: Commercial Computer Gaming Cyberinfrastructure
29) Fran Berman: Computer Gaming is Changing how Students Interact
30) Fran Berman: Next Generation Curriculum Attempts to Accommodate Young Technology Natives
31) Fran Berman: Next Generation Curriculum Example: Software Systems Class
32) Fran Berman: Conclusion Overview
33) Fran Berman: Prevalence of Digital Information
34) Fran Berman: Importance of Digital Preservation
35) Fran Berman: Key Challenges of Preserving Data
36) Fran Berman: Frequency of Data Loss and How to Protect Data
37) Fran Berman: Chronopolis Long Term Digital Preservation using Bright, Dim and Dark Copies of Data
38) Fran Berman: Measuring the Success Cyberinfrastructure Components
39) Fran Berman: Analogy- Successful Cyberinfrastructure Should be as Easy to Use as a Car
40) Fran Berman: Timeline for Improvement will Depend on Adaptation for Community Driven Usability and Use-Cost Equity
41) Fran Berman: Data Storage Choices Should be Made by the Appropriate Communities and SDSC
42) Fran Berman: Broadening Community Member Access to Data
43) Fran Berman: Community Expertise and Decision Authority from Humanities and Social Sciences
44) Fran Berman: Using Digital Data and Meta Data to Preserve Physical Data