Johnson & Johnson Virtual Medical Offices and Research Laboratories

Slides:



Advertisements
Similar presentations
InterPlay Live, Distributed, Surreal Cinema another language Jimmy Miklavcic Beth Miklavcic Another Language/University of Utah CHPC.
Advertisements

InterPlay Live, Distributed, Surreal Cinema another language Jimmy Miklavcic Beth Miklavcic Another Language/University of Utah CHPC Performing on a High-Tech.
E-Infrastructure for e-Science Red Universitaria Nacional – REUNA Paola Arellano Executive Director.
Internet 2. Written & presented by: Martina Blackwood.
Virtual SharePoint Summit 2010 hosted by Rackspace Overcoming Collaboration Challenges with SharePoint Chris Samson Leslie Sistla Virtual SharePoint Summit.
Networking Issues for WED, WestGrid, and Heritage Projects Dr. Pierre Boulanger Advanced Man-Machine Interface Laboratory University of Alberta
BERAC Charge A recognized strength of the Office of Science, and BER is no exception, is the development of tools and technologies that enable science.
Interactive Systems Technical Design
Information Technology for Ocean Observations and Climate Research TYKKI Workshop, December 9-11, 1998, Tokyo, Japan Nancy N. Soreide NOAA Pacific Marine.
Taylor Trayner. Definition  Set of business processes developed in an organization to create, store, transfer, and apply knowledge  Knowledge is a firm.
Internet 2 Corporate Value Proposition Stuart Kippelman (J&J) Jeff Lemmer (Ford) December 12, 2005.
3D INTERNET.
ASM Mahfujur Rahman Bridging Virtual to Real: A New Approach to Annotation, 2D/3D Representation and Interaction with Ambient.
November 18, 1999 Internet 2 Mike Rackley Head of Information Technology Services
Understanding Multimedia
PRESENTED BY Geenas GS S7, ECE Roll.No:  Introduction.
Www. MasterOfThings. com Application Enablement Platform with a visual IDE.
Medical Education and the Lambda Grid Parvati Dev, PhD Stanford University SUMMIT Lab Parvati Dev, PhD Stanford University SUMMIT Lab.
National Computational Science Alliance Tele-Immersion - The Killer Application for High Performance Networks Panel Talk at a Vanguard Meeting in San Francisco,
EGI-InSPIRE RI EGI-InSPIRE EGI-InSPIRE RI Vision for European DCIs Steven Newhouse Project Director, EGI-InSPIRE 15/09/2010.
Tele-immersion in eCommerce Saša Glasenhardt “Lošinjska plovidba - Brodarstvo”
Shaping the scientific evolution of technology enhanced learning noe-kaleidoscope.org #90 contractors — 23 countries 1100 researchers (2/3) and PhD students.
Visually Virtual Reality System Presented by : Tamara Webb Megan Ryden.
INTERNET OF THINGS: A CHALLENGE OR TECHNOLOGICAL FETISHISM Marie-Pierre Besnard Université de Caen Basse-Normandie - NIMEC Frédérique Alfonsi Université.
22 nd APAN Meeting, Singapore1 The Future isn’t what it used to be.
EDUCAUSE 2005 Annual Conference October 19, 2005.
University of Chicago, Section of General Surgery UC Hospitals, Center for Clinical Information Rigorous Exploration of Medical Data.
Virtual Systems Engineering Course objective: To study methods for design and analysis of virtual systems What is a virtual system ? A virtual system is.
TECHNOLOGY TERMS BY:SHAQUILLA WATSON&SIMONE TAYLOR.
A Data Centre for Science and Industry Roadmap. INNOVATION NETWORKING DATA PROCESSING DATA REPOSITORY.
Augmented Reality Authorized By: Miss.Trupti Pardeshi. NDMVP, Comp Dept. Augmented Reality 1/ 23.
Internet2 AdvCollab Apps 1 Access Grid Vision To create virtual spaces where distributed people can work together. Challenges:
TELE-IMMERSION PRESENTED BY: N. Saai Kaushiik N. Saai Kaushiik.
CONTENT FOCUS FOCUS INTRODUCTION INTRODUCTION COMPONENTS COMPONENTS TYPES OF GESTURES TYPES OF GESTURES ADVANTAGES ADVANTAGES CHALLENGES CHALLENGES REFERENCE.
AGENDA  Introduction  Early developments  Requirements for immersive tele conferences systems  How tele immersion works  Share table environment 
NORDUnet NORDUnet e-Infrastrucure: Grids and Hybrid Networks Lars Fischer CTO, NORDUnet Fall 2006 Internet2 Member Meeting, Chicago.
Mixed Reality Conferencing Hirokazu Kato, Mark Billinghurst HIT Lab., University of Washington.
Wiki’s and Web 2.0 Tools Session 3. Wiki’s
Action Line 4-2 Call 1&2 projects ALIVE: Enhancement of narrative spaces by telepresence CROSSES: Virtual Reality for training people to urban emergency.
Internet2 Applications & Engineering Ted Hanss Director, Applications Development.
Evaluating Climate Visualization: An Information Visualization Approach -By Mridul Sen 1.
2003 NTHU IEEM 1 Enterprise Integration Collaborative Product Design – Using Access Grid Project as an Example Group No.11 : 林彥伯 (Gilbert)
Virtual Reality Prepared By Name - Abhilash Mund Regd.No Branch - Comp.sc & engg.
Chapter 1: Explore the Network
Globalization and Information Technology
Electronic Visualization Laboratory University of Illinois at Chicago
S. Pescarin, S. Zanni CNR ITABC, Rome, Italy
PRESENTATION ON 3D-INTERNET
Cara Clifford Instructor, Learn iT!
An Introduction to the IoT and why it matters. Ben May
Information Day on “Search Engines for Audio-Visual Content”
Un-Private House MoMA / MIT : Interactive Table
Grid Computing.
What is Augmented Reality?
Recap: introduction to e-science
Empowering worker capabilities through vision
Message 1 Title Goes Here Message 2 Title Goes Here
Empowering worker capabilities through vision
Trends in Virtual Interfaces
DIGITAL LIBRARY.
Communication Technology TGJ – Mr. Pisani
TELE-PRESENCE BY BHABANI SANKAR SENAPATI.
(soon to be
Introduction to Operating Systems
Chapter 17: Client/Server Computing
Communication Technology TGJ – Mr. Pisani
HUMAN AND SYSTEMS ENGINEERING:
Communication Technology TGJ – Mr. Pisani
– Graphics and Visualization
December 12th, 2003 Benjamin Lok
Presentation transcript:

Johnson & Johnson Virtual Medical Offices and Research Laboratories Stuart Kippelman Director Advanced Technologies Research

Research Focus Bridge the gap between J&J scientific research and computing abilities Create solutions for scientists toughest challenges Focus on content, then technology Connect every J&J operating company worldwide

Collaboration Completely redefining how scientists communicate, and collaborate Focus is to make the technology invisible Connect not just people, but scientific instrumentation Provides an “always live” experience

Venue Research Areas Single User Small-Scale Retrofit Designed Spaces Office of the Future Designed Spaces Large Venue

Research Areas Advanced Networking – Internet2 Communication & Collaboration Teleimmersion & Visualization Office of the Future Research High-Definition Video Scientific Content Capture Future “Massive” Storage

Scientific Office of the Future A complete redefinition about how scientists work Full teleimmersion experience Allow advanced technologies to be used in any space, not just dedicated ones Vision and mechanism for testing research successes Currently creating a prototype immersion cubicle

Scientific Office of the Future It’s a full virtual collaborative environment Integrated display technology High-speed network access Integrated technologies including virtual reality, networking, graphics, visualization, databases, real-time systems, media, and human computer interaction