Speakers
- Ben Alex
- Michael Alford
- Andres Almiray
- Scott Andrews
- Alex Antonov
- Alef Arendsen
- Mattias Arthursson
- Shay Banon
- Jean Barmash
- Antranig Basman
- Chris Beams
- Burt Beckwith
- Peter Bell
- Tim Berglund
- Imad Bernoussi
- Jonas Boner
- Jon Brisbin
- Jeff Brown
- Kent Brown
- Dennis Callaghan
- Isaac Christoffersen
- Andy Clement
- Christophe Coenraets
- Adrian Colyer
- Michael Cote
- Hamlet D'Arcy
- Joshua Davis
- Scott Davis
- Hans Dockter
- Keith Donald
- Christian Dupuis
- Justin Edelson
- Mike Esler
- Mike Evans
- Danno Ferrin
- Robert Fischer
- Adam Fitzgerald
- Andrew Glover
- Jeremy Grelle
- Filip Hanik
- Colin Harrington
- Rob Harrop
- Ryan Heaton
- Jennifer Hickey
- Pete Higgins
- Hal Hildebrand
- Al Hilwa
- Juergen Hoeller
- Jim Jagielski
- Steve Jin
- Rod Johnson
- Mike Keith
- Jack Kennedy
- Mik Kersten
- Paul King
- Dave Klein
- Mark Kralj-Taylor
- Guillaume LaForge
- Costin Leau
- Scott Leberknight
- Peter Ledbrook
- Charles Lee
- John Lewis
- Patrick Linskey
- Martin Lippert
- Mat Lowery
- Wayne Lund
- Randy MacBlane
- Andi Mann
- Maudrit Martinez
- Ross Mason
- Tom McCuch
- Richard McDougall
- Sudhir Menon
- Marty Messer
- Russell Miles
- Jim Moore
- Ryan Morgan
- Justin Murray
- Billy Newport
- John Newton
- Peter Niederwieser
- Glyn Normington
- Brian Oliver
- Pratik Patel
- Prasad Pimplaskar
- Mark Pollack
- Alexandru Popescu
- Arjen Poutsma
- Yan Pujante
- Cameron Purdy
- Jags Ramnarayan
- Mark Richards
- Thomas Risberg
- Jared Rodriguez
- John Rymer
- Vipul Savjani
- Stefan Schmidt
- Mark Schwartz
- Nati Shalom
- Ken Sipe
- Brian Sletten
- Javier Soltero
- Randy Stafford
- Mike Stenhouse
- Matt Stine
- Rossen Stoyanchev
- Venkat Subramaniam
- Dave Syer
- Matthew Taylor
- Mark Thomas
- Greg Turnquist
- Thomas Van de Velde
- Erwin Vervaet
- Scott Vlaminck
- Alexander von Zitzewitz
- Chris Wall
- Craig Walls
- Lucas Ward
- Kevin Whinnery
- James Williams
- David Winterfeldt
- Chip Witt
- Eberhard Wolff
- Aaron Zeckoski
- Oleg Zhurakousky
- Ari Zilka
- Kris Zyp
Richard McDougall
Principal Engineer in the Office of the CTO, VMWare
Richard McDougall is a Principal Engineer in the Office of the CTO at VMware, where he focuses on scalability, observability and performance of virtualization systems. One of his particular projects is characterizing the performance of Oracle Database on VMware Infrastructure.
Richard is the co-author of “Solaris Internals”, “Solaris Performance and Tools” (solarisinternals.com) and the lead author for “Resource Management” (Prentice Hall/Sun Blueprints). He has written numerous articles and papers on measurement, monitoring and capacity planning of Solaris systems, and frequently speaks at industry and customer technical conferences on the topics of system performance and resource management.
Richard and his performance team have published and blogged on several Oracle performance topics on vmware.com including http://www.vmware.com/resources/techresources/1055 and http://blogs.vmware.com/performance/ .
Richard is the co-author of “Solaris Internals”, “Solaris Performance and Tools” (solarisinternals.com) and the lead author for “Resource Management” (Prentice Hall/Sun Blueprints). He has written numerous articles and papers on measurement, monitoring and capacity planning of Solaris systems, and frequently speaks at industry and customer technical conferences on the topics of system performance and resource management.
Richard and his performance team have published and blogged on several Oracle performance topics on vmware.com including http://www.vmware.com/resources/techresources/1055 and http://blogs.vmware.com/performance/ .
Presentations
Technical walkthrough of Hypervisors and Virtualization for Spring Developers
This talk is aimed at Spring and Java developers who are interested in getting a deeper technical understanding of hypervisors and virtualization technology. We will explain the architecture of desktop and server virtualization, discuss the impacts to performance, and walk through the key tools and metrics that are available to monitor system performance. We take a whole stack view from the Java application, servlet container through and all layers of operating system and virtualization software. We will study several Java and Database workloads and observe measured performance in virtualized environments.
Session Detail