Josh Garay Jake Chipperfield Connor Huskins

Slides:

Advertisements

Similar presentations

With ovirt & virt manager

Advertisements

Ed Duguid with subject: MACE Cloud

 What Is Desktop Virtualization?  How Does Application Virtualization Help?  How does V3 Systems help?  Getting Started AGENDA.

1 Planetary Network Testbed Larry Peterson Princeton University.

Moving Your Computer Lab(s) to the Cloud Rick O’Toole & Dave Hicking University of Connecticut Libraries.

Our Group Andrew McGillivray David Collins Tyler Todd.

Red Riders and Pink Nightmares: A Journey into Virtualization. Darren Schoen Director of Technology Infrastructure, Broward Center for the Performing Arts.

TechNet and Community Tour - Dynamic IT Dynamic Desktop Deployment Level Advanced.

Microsoft ® Application Virtualization 4.5 Infrastructure Planning and Design Series.

© 2010 VMware Inc. All rights reserved VMware ESX and ESXi Module 3.

Scalable Server Load Balancing Inside Data Centers Dana Butnariu Princeton University Computer Science Department July – September 2010 Joint work with.

Adaptive Server Farms for the Data Center Contact: Ron Sheen Fujitsu Siemens Computers, Inc Sever Blade Summit, Getting the.

Lester S. Stoltzfus Director of Technology Lampeter-Strasburg School District Michael R. Balik Assistant Director of Technology Perkiomen Valley School.

Security’s Final Fantasy Virtual Networks with User Mode Linux.

VAP What is a Virtual Application ? A virtual application is an application that has been optimized to run on virtual infrastructure. The application software.

3 Cloud Computing.

TECHNOLOGY GUIDE THREE Emerging Types of Enterprise Computing.

Introduction to the Virtual Desktop Pilot at Fermilab.

SSI-OSCAR A Single System Image for OSCAR Clusters Geoffroy Vallée INRIA – PARIS project team COSET-1 June 26th, 2004.

INTRODUCTION TO CLOUD COMPUTING CS 595 LECTURE 7 2/23/2015.

Component 4: Introduction to Information and Computer Science Unit 4: Application and System Software 1 Health IT Workforce Curriculum Version 1.0/Fall.

Solids Modeling System Migration Presented By 3Tech: Ryan Scott, Jimmy Vuong, Samson Tran.

DIY: Your First VMware Server. Introduction to ESXi, VMWare's free virtualization Operating System.

Introduction to VMware Virtualization

JKP Cloud Team Cloud Computing. What is cloud computing? Characteristics. Types of Cloud Computing. Deployment. Proposal. Concerns. Conclusion. AGENDA.

SUANWO Virtual Server Farm Bryan Antonio Michael Wojzcuk Sukhdeep Kahlon Capstone Project 2011.

ITServices Virtualization Terry Black January 2013.

Network Plus Virtualization Concepts. Virtualization Overview Virtualization is the emulation of a computer environment called a Virtual Machine. A Hypervisor.

Presented by John Marian, Andrew Buhr, and Alvin Chen.

Tyler Hellard, Taylor Kraft and Zachary Preece.  Project Background  Project Accomplishments  Budget  Conclusion  Acknowledgements  Question and.

High Performance Computing on Virtualized Environments Ganesh Thiagarajan Fall 2014 Instructor: Yuzhe(Richard) Tang Syracuse University.

On Demand Internet By The Cool Beans Initiative  Hugh Becking  Gary Chung.

By Colin Phan, Ken Lee Marquez, Gyu Beom Choi. Agenda  Introductions  Project Information  Challenges  Successes  Lessons Learned  Budget  The.

Software Scalability Issues in Large Clusters CHEP2003 – San Diego March 24-28, 2003 A. Chan, R. Hogue, C. Hollowell, O. Rind, T. Throwe, T. Wlodek RHIC.

Headline in Arial Bold 30pt HPC User Forum, April 2008 John Hesterberg HPC OS Directions and Requirements.

Agenda Introductions Project Background AccomplishmentsChallenges Lessons Learned Budget The Journey Final Product Recommendations.

© 2010 VMware Inc. All rights reserved vSphere 4.1: Install, Configure, Manage.

LINUX F ree operating system Created by Linus Torvalds when he was a student at the University of Helsinki in 1991 First released the system to his friends,

DEA IT CONSULTING THE TEAM: DAVID CLARKE EMMANUEL CAUBALEJO ADAM WHEATON CIITS Server Infrastructure Optimization.

IT320 OPERATING SYSTEM CONCEPTS Unit 3: Welcome to Linux September 2012 Kaplan University 1.

Desktop Virtualization

David Palme Portland Schools. Why I’m Here Today Portland Public Schools Small Department 1.5 FTE Old Equipment 20 Servers (8 10+ years old, 5 ESXI, 5.

School Leaving Microsoft Windows Behind. Why Consider Linux? Less viruses Greater stability Reduce hardware costs Reduce licensing costs Reduce.

Networking Components BY: JOSON ABRAHAM LTEC 4550.

LINUX CLUSTERING USING OPENMOSIX Jose Matthews Computer Electronic Networking, EKU College of Business and Technology.

| nectar.org.au NECTAR TRAINING Module 4 From PC To Cloud or HPC.

Chapter 1: Introduction to Linux. 2 Introduction Computer Components: –Hardware –Software Types of hardware and software Important components of an OS.

What we DO need to make Desktop Grids a Success in Practice Michela Taufer UCSD - TSRI.

© 2011 VMware Inc. All rights reserved Course Introduction Module 1.

Research Computing at the SSCC. What We Do Provide computing support of Social Science researchers. Focus on statistical computing.

Cloud Computing 3. TECHNOLOGY GUIDE 3: Cloud Computing 2 Copyright John Wiley & Sons Canada.

ShoreTel Virtualization February, © 2014 ShoreTel, Inc. All rights reserved worldwide. Unified Communications Deployment Model 1 Secure Reliable.

Computer Technology Project

Cloud Technology and the NGS Steve Thorn Edinburgh University (Matteo Turilli, Oxford University)‏ Presented by David Fergusson.

Introduction to VMware Virtualization

SP-Portal2016 Developed by KRN-2016 Kevin Titong Ricardo Sandrea

Virtualization OVERVIEW

Cloud Computing Cloud computing: (the Internet represents the Cloud).

By CES Tech Connor Plouffe, Eric Gavlin, and Stephen Costa

Chapter 2: The Linux System Part 1

Virtualization Charles Warren.

An introduction to the Linux environment v

Automated Infrastructure as a Service

Virtualization Charles Warren.

Software Engineering and Architecture

Module 02 Operating Systems

Presentation transcript:

Josh Garay Jake Chipperfield Connor Huskins

Agenda Project Background Expected Outcomes Accomplishments Budget Conclusion References & Acknowledgements

Project Background Why a cluster? o Old Computers not being used Saves them from landfills Can combine weak, otherwise useless computers into something useful Recycling/”Green IT” Data security o Relevant to personal interests “Super Computing” Small scale farming Performance vs. Price

Project Background Con’t Uses for clusters? o Personal Farms o Rendering o o Heavy duty processing What we were trying to prove o Ease of implementation o Cheap performance/cost reduction o Security of personal data o Reduction of E-waste o That we can!

Expected Outcomes Stand-alone image/operating system o Easy implementation on systems o User-Friendly set up User-Friendly terminals o Running on Raspberry Pi’s o Easy to set up o Efficient and secure Boosted performance Set and forget approach Wide variety of applicable uses

Accomplishments What did we accomplish: o Functioning single system image(SSI) cluster (5 nodes) What is an SSI cluster? What is a node? o VMware virtual infrastructure (For compatibility) o Remote management through vSphere and Remote Desktop o Increased knowledge base: VMware (vSphere, ESXi) Linux (Fedora, Debian, Knoppix, etc.) Many different clustering technologies(MPI, SSI, MSI, etc.) Virtual and physical Networking (Switch, firewall, etc.) Personal limitations Planning and research techniques

Accomplishments How we did it: o Linux Fedora Core 3 with OpenSSI kernel (single system image) o Terminals (Laptops, Raspberry Pi’s for management) o VMware/Virtualization (For compatibility) Key components to success: o Remote management o Determination o Availability of components o Open-Source programs/software o Documentation/Online support

Budget Projected: o Hardware/Facilities: $900 o Software: $100 o Labour: $45, 400 Final: o Hardware: $520 o Software: $0 (Excluding SAIT Licensed software) o Labour: $16, 700

Conclusion Expected Outcomes o What we wanted to see from this project Background o What we wanted to prove o Our goals Accomplishments o What we accomplished o What we learned Budget o Projected vs. Final

References & Acknowledgements Jason Fisher – Project sponsor, support Fedora Project/Red Hat Inc. o OpenSSI project o VMware o o Among many other support sites!