4/27/2006Education Technology Presentation 2006 1 Visual Grid Tutorial PI: Dr. Bina Ramamurthy Computer Science and Engineering Dept. Graduate Student:

Slides:



Advertisements
Similar presentations
CONCEPTUAL WEB-BASED FRAMEWORK IN AN INTERACTIVE VIRTUAL ENVIRONMENT FOR DISTANCE LEARNING Amal Oraifige, Graham Oakes, Anthony Felton, David Heesom, Kevin.
Advertisements

E-Science Data Information and Knowledge Transformation Thoughts on Education and Training for E-Science Based on edikt project experience Dr. Denise Ecklund.
BINA RAMAMURTHY (COMPUTER SCIENCE AND ENG. DEPARTMENT): JESSICA POULIN (BIOLOGY DEPARTMENT): KATHARINA DITTMAR (BIOLOGY.
Joint CASC/CCI Workshop Report Strategic and Tactical Recommendations EDUCAUSE Campus Cyberinfrastructure Working Group Coalition for Academic Scientific.
Database Systems: Design, Implementation, and Management Tenth Edition
Which Course? Where Does Your City University Degree Lead? Dr. Sebastian Hunt Associate Dean.
1 Undergraduate Curriculum Revision Department of Computer Science February 10, 2010.
EInfrastructures (Internet and Grids) US Resource Centers Perspective: implementation and execution challenges Alan Blatecky Executive Director SDSC.
Systems Engineering in a System of Systems Context
Introduction and Overview “the grid” – a proposed distributed computing infrastructure for advanced science and engineering. Purpose: grid concept is motivated.
Aaron C. Clark Eric N. Wiebe Tom Shown Miriam Ferzli Contributions by Rachel McBroom North Carolina State University Department of Mathematics, Science,
Texas A&M University College of Education eEducation Group.
Data Sources & Using VIVO Data Visualizing Scholarship VIVO provides network analysis and visualization tools to maximize the benefits afforded by the.
3/23/2007Education Technology Presentation Creating an Interactive Online Tutorial (for Grid Computing) PI: Dr. Bina Ramamurthy Computer Science.
Introduction to Grid Computing Ann Chervenak Carl Kesselman And the members of the Globus Team.
CCLI PI 2008www.tech.uh.edu/rock COLLABORATIVE RESEARCH: REMOTE LABORATORY FOR OPTICAL CIRCUITS COURSES Driss Benhaddou and Deniz Gurkan University of.
ALICE 3D PROGRAM WORKSHOP. ALICE & MATHEMATICS Using Alice in Mathematics Using 3D Graphics to add in the understanding of math concepts.
Imperial College Web Review Imperial College.... An audience-focused realignment of our web strategy with our College strategy, our market, technology.
15 th Conference on Software Engineering Education and Training Foundation Software Engineering Practices for Capstone Projects and Beyond Annegret Goold.
Teaching Fellow Admissions Tutor for Computer Science Director of Undergraduate Studies.
ALISE 2014 Conference Jeonghyun Kim & William E. Moen
EGI-Engage EGI-Engage Engaging the EGI Community towards an Open Science Commons Project Overview 9/14/2015 EGI-Engage: a project.
Project MLExAI Machine Learning Experiences in AI Ingrid Russell, University.
Presentation to Senior Management Team 24 th October 2008 UCD IT Services IT Strategy
Nicholas LoulloudesMarch 3 rd, 2009 g-Eclipse Testing and Benchmarking Grid Infrastructures using the g-Eclipse Framework Nicholas Loulloudes On behalf.
IT ISSUES & TRENDS, 2015 Faculty Technology Day Wednesday, August 19, 2025.
IPlant Collaborative Tools and Services Workshop iPlant Collaborative Tools and Services Workshop Collaborating with iPlant.
Creating and Operating a Digital Library for Information and Learning– the GROW Project Muniram Budhu Department of Civil Engineering & Engineering Mechanics.
1 Computer Programming (ECGD2102 ) Using MATLAB Instructor: Eng. Eman Al.Swaity Lecture (1): Introduction.
Jarek Nabrzyski, Ariel Oleksiak Comparison of Grid Middleware in European Grid Projects Jarek Nabrzyski, Ariel Oleksiak Poznań Supercomputing and Networking.
IPlant Collaborative Tools and Services Workshop iPlant Collaborative Tools and Services Workshop Collaborating with iPlant.
The Future of the iPlant Cyberinfrastructure: Coming Attractions.
Delivering e-Security Education through e-Learning V.K.Sharma Lakshmi Kalyani CDAC, Noida.
1 4/23/2007 Introduction to Grid computing Sunil Avutu Graduate Student Dept.of Computer Science.
NA-MIC National Alliance for Medical Image Computing UCSD: Engineering Core 2 Portal and Grid Infrastructure.
GRID Overview Internet2 Member Meeting Spring 2003 Sandra Redman Information Technology and Systems Center and Information Technology Research Center National.
CSE 102 Introduction to Computer Engineering What is Computer Engineering?
Dynamic Web Pages Jin Wu INF 385E Information Architecture School of Information 11/2/2006 Jin Wu INF 385E Information Architecture School of Information.
1 "Workshop 31: Developing a Hands-on Undergraduate Parallel Programming Course with Pattern Programming SIGCSE The 44 th ACM Technical Symposium.
Development of e-Science Application Portal on GAP WeiLong Ueng Academia Sinica Grid Computing
GRID ANATOMY Advanced Computing Concepts – Dr. Emmanuel Pilli.
Oman College of Management and Technology Course – MM Topic 7 Production and Distribution of Multimedia Titles CS/MIS Department.
1 An Execution-Driven Simulation Tool for Teaching Cache Memories in Introductory Computer Organization Courses Salvador Petit, Noel Tomás Computer Engineering.
Education Transform Resources
ECSE Core Curriculum Innovation in Engineering Education.
Collaborative Tools for the Grid V.N Alexandrov S. Mehmood Hasan.
PARALLEL AND DISTRIBUTED PROGRAMMING MODELS U. Jhashuva 1 Asst. Prof Dept. of CSE om.
Tutorial on Science Gateways, Roma, Catania Science Gateway Framework Motivations, architecture, features Riccardo Rotondo.
By: Lacey Williams. Introduction Troubles in CS education Lack of comprehension of the basics Seen in first-year CS students Are there long-term effects?
Cloud Computing: Concepts, Technologies and Business Implications B. Ramamurthy & K. Madurai &
Q Education Transform Resources. Intel® is Committed to Transforming Education for the Next Generation Intel supports education transformation 
System Software Laboratory Databases and the Grid by Paul Watson University of Newcastle Grid Computing: Making the Global Infrastructure a Reality June.
CIM Modeling for E&U - (Short Version)
Joslynn Lee – Data Science Educator
NSDL: A New Tool for Teaching and Learning.
ICT PSP 2011, 5th call, Pilot Type B, Objective: 2.4 eLearning
Education Transform Resources
Scope of this workshop and that of curriculum initiative (What?)
Chapter 18 MobileApp Design
InTeGrate supports integrated interdisciplinary learning about resource and environmental issues across the undergraduate curriculum to create a sustainable.
Visual Environments for STEM Learning: Experiences and Opportunities
Dynamic Web Pages Jin Wu INF 385E Information Architecture
What are your Career Options?
Essential Components.
Distributed systems: How did we get here?
Women in Science and Engineering (WISE): Computing Unplugged
Final Review Bina Ramamurthy 1/13/2019 BR.
Defining the Grid Fabrizio Gagliardi EMEA Director Technical Computing
OU BATTLECARD: Oracle Identity Management Training
OU BATTLECARD: E-Business Suite Courses and Certifications
Presentation transcript:

4/27/2006Education Technology Presentation Visual Grid Tutorial PI: Dr. Bina Ramamurthy Computer Science and Engineering Dept. Graduate Student: Surabhi Abhayankar Undergraduate Student: Min Suk Cha This project is partially supported by Educational Technology Grant of University at Buffalo and NSF DUE CCLI A&I

4/27/2006Education Technology Presentation Introduction: Grid Computing Grid computing offers an open and standard framework for integrating resources and computations across distributed, heterogeneous and dynamic organizations. It is an emerging technology that is expected to provide scalable solutions for a wide range complex scientific problems. –Examples: drug discovery, advanced weather prediction models; modeling spreading of avian flu; financial portfolio management; space applications

4/27/2006Education Technology Presentation Problem Addressed While the grid can solve a wide range of problems, lack of a proper learning tool is hiding its real worth and impairing its growth and application. To address these problems, we have designed and implemented a Visual Grid Tutorial (ViGOR) tool to disseminate to grid concepts and application models.

4/27/2006Education Technology Presentation ViGOR Tool We have designed a tool that grid concepts at three levels of detail: 1.Executive Summary High level information 2.Basic Concepts Architectural details and building blocks enabling a grid 3.Grid Programming Programming models with optional code details

4/27/2006Education Technology Presentation Tool Screen Shot

4/27/2006Education Technology Presentation Discussion Topics Design of ViGOR Implementation Details Grid Computing Concepts Illustrated Usage Models Broader Impact of ViGOR Summary References Demo

4/27/2006Education Technology Presentation Design Details Fully animated visual tour of the concepts presented at three levels: –Executive or policy maker –Grid user –Grid programmer There levels will be presented embedded within each other and one can easily navigate among the three

4/27/2006Education Technology Presentation Implementation Details Vector graphics offered by Flash and the related e-learning support offered by Macromedia worked in favor of choosing Flash as the basic medium for development of ViGOR. Moreover, it provides more slick and portable outputs. ViGOR has been developed as a stand alone, web-accessible tool.

4/27/2006Education Technology Presentation Grid Computing Concepts Different types of grid Core services offered by the grid –soft-state management, notification, service data, routing, logging and virtualization System level services –Security and job execution Higher level services –Storage services, information services and resource framework Application models Programming models

4/27/2006Education Technology Presentation Usage Models Level 1 (Executive summary level) can be used to publicize the grid technology to any audience from high school students to corporate policy makers and novices to grid. Level 2 (Grid user level) will teach users how to use a grid for problem solving in their domain. Level 3 (Grid programmer level) will expose programming models and code details. Used in all distributed systems courses. (CSE4/586)

4/27/2006Education Technology Presentation Broader Impact Provide a healthy support for the growth of the grid. Provide many inquiring minds a visual tour of the grid technology. Offer an appealing façade to motivate undergraduates and visual learners to explore the grid. Adaptable, independent, and easily accessible. Framework for collaboration among grid computing specialists and domain experts.

4/27/2006Education Technology Presentation Summary ViGOR is a unique project that will explicitly showcase the grid technology. Learning tool ViGOR will complement the grid curriculum effort that is underway at UB and elsewhere. We plan to leverage ViGOR effort to seek external funding for expansion of ViGOR.

4/27/2006Education Technology Presentation Future: ViGOR Version 2 Add more content: grid computing area is vast Improve visual appeal: current version is still textual Evaluate the usefulness of the tool

4/27/2006Education Technology Presentation References –Grid related information –Macromedia Flash and e-learning suite of software and some sample projects –PI’s NSF-supported grid curriculum project to improve the technical preparedness of our workforce for the grid. The project is called Grid For Collaboration, Research and Education (GridFoRCE)

4/27/2006Education Technology Presentation ViGOR1.0 ViGOR1.2