Given by Geoffrey C. Fox at General NPAC ScreenDumps on April 1996 on . Foils prepared 4 April 1996
Outside Index
Summary of Material
This resource contains a variety of Screendumps from april 1996
|
Outside Index Summary of Material
Geoffrey Fox |
Syracuse University |
NPAC |
111 College Place |
Syracuse NY 13244-4100 |
Science 256,281-412, 17 April 92 |
Figure 1 shows two components of a gravitational wave versus time
|
Science 256,281-412, 17 April 92 |
Figure 2 shows two components of a gravitational wave versus time
|
Science 256,281-412, 17 April 92 |
Science 256,281-412, 17 April 92
|
(Upper solid curve) and in a more advanced interferometer (lower solid curve) |
The dashed curves show various contributions to the first interferometer's noise. |
Science 256,281-412, 17 April 92 |
Comparison between rms noise h/rms in LIGO's first and advanced detector systems and the characteristic amplitude h/c of gravitational wave bursts from several hypothesized sources
|
Science 256,281-412, 17 April 92 |
See http://www.genmagic.com/internet/trends/ |
See http://www.genmagic.com/internet/trends/ |
See http://www.genmagic.com/internet/trends/ |
See http://www.genmagic.com/internet/trends/ |
From Gregor von Laszewski |
From Gregor von Laszewski |
From Gregor von Laszewski |
From Gregor von Laszewski |
From Gregor von Laszewski |
From Wojtek Furmanski |
From Wojtek Furmanski |
From Wojtek Furmanski |
From Wojtek Furmanski |
From Wojtek Furmanski |
From Wojtek Furmanski |
From Wojtek Furmanski |
From Wojtek Furmanski and Zeynep Odcikin Ozdemir |
From Wojtek Furmanski and Zeynep Odcikin Ozdemir |
From Wojtek Furmanski and Zeynep Odcikin Ozdemir |
From Wojtek Furmanski and Zeynep Odcikin Ozdemir |
From Wojtek Furmanski and Zeynep Odcikin Ozdemir |
From Wojtek Furmanski and Zeynep Odcikin Ozdemir |
From Wojtek Furmanski and Zeynep Odcikin Ozdemir |
From Wojtek Furmanski and Zeynep Odcikin Ozdemir |
From Wojtek Furmanski and Zeynep Odcikin Ozdemir |
From Wojtek Furmanski and Zeynep Odcikin Ozdemir |
From Wojtek Furmanski and Zeynep Odcikin Ozdemir |
From Wojtek Furmanski and Zeynep Odcikin Ozdemir |
From work of Ed Lipson and Dave Warner |
From work of Ed Lipson and Dave Warner |
My SGI INDY gets .54 Megaflops for Java 100 by 100 Linpack |
It has 200 Mhz R4400 and current Netlib benchmark for this chip is 32 mflops for optimized Fortran |
For better resolution see JPEG Version |
An example of Web-based Computing |
It lets researchers author tools and leave them on the machine of choice on the web |
It allows multiple data bases to intercommunicate with each other and the functional operators that the software tools represent and to make a web browser the window into this system. |
see Original |
Presented July 22 at Harbin Institute of Technology by Geoffrey Fox |
Presented July 22 at Harbin Institute of Technology by Geoffrey Fox |
Presented July 22 at Harbin Institute of Technology by Geoffrey Fox |
Presented July 22 at Harbin Institute of Technology by Geoffrey Fox |
Presented July 22 at Harbin Institute of Technology by Geoffrey Fox |
Presented July 22 at Harbin Institute of Technology by Geoffrey Fox |
Careweb Poster from May 96 Meetings |
For May 96 Meetings and later Presentations |
One Level Down from NPAC CareWeb HomePage |
One Level Down from NPAC CareWeb HomePage |
One Level Down from NPAC CareWeb HomePage |
One Level Down from NPAC CareWeb HomePage |
One Level Down from NPAC CareWeb HomePage |
One Level Down from NPAC CareWeb HomePage |
see http://www.netlib.org/benchmark/linpackjava/ |
Note Just in Time Compilers are giving a factor of 10 from June 96 Measurements! |
see http://www.npac.syr.edu/projects/pulsar |
Includes text triangle where every letter just requires 3 Gestures |
see http://www.npac.syr.edu/projects/pulsar |
http://www.npac.syr.edu/thinkquest/pub/index.html |
http://www.infomall.org |
http://www.infomall.org |
http://www.infomall.org |
Control Application layout (started in Netscape browser). Two users logged in. List of available applications visible. |
Screen of User1. Talking Heads and Whiteboard applets started. User2 collaborates with User 1 in 2 sessions (Talking Heads and Whiteboard). |
Screen of User2. Talking Heads and Whiteboard applets started. User2 collaborates with User 1 in 2 sessions (Talking Heads and Whiteboard). |
Screen of User1. Talking Heads, Whiteboard and Cross Product applets started. User1 collaborates with User2 in 2 sessions -- see previous picture for User 2 view |
Screen of User1. Weather Report, Hopfield Neural Network and Cross Product applets started. |
Screen of User1. Chat and Collaborative HTML Browser applet started. |
Screen of User1. Various applets started. Three users logged in. Collaboration in different sessions presented. |
Tango project web page. |
Hysteresis and Avalanches from Cornell (Sethna) |
Video on Demand Project |
Our H.263 decoding filter is shown. Source filter, color space converter and video renderer are standard AM filters. This graph is automatically constructed by ActiveX control shown in AMocx2 file. |
Video on Demand Project |
NPAC audio decoder is an ADPCM decoder. |
Video on Demand Project |
This time we replaced file source filter with our video client. This graph is automatically constructed by ActiveX control shown in AMocx3 file. |
Video on Demand Project |
Just for comparison. |
Video on Demand Project |
This is the same ActiveX control used on previous screendump, but this time it plays H.263 file from local disk. It uses H.263 decoder developed in NPAC (based on Telenor decoder) and built into ActiveMovie. |
Video on Demand Project |
Thanks to extension of AcitveMovie we can use its standard mechanisms to play from video server. |
Video on Demand Project |
Video on Demand Project |
Video on Demand Project |
Video on Demand Project |
Video on Demand Project |
Video on Demand Project |
This runs on a PC with Optibase MPEG1 decoder. Then software extends Video for Windows functionality by a) playing from the network; b) handling an alien hardware. This setup has capability of displaying video on an independent large screen monitor. |
Video on Demand Project |
The figure presents the last (third) stage of the user interaction with VoD Client, inside Internet Explorer browser. Close caption text and video window with controls are embedded and communicate with each other within one HTML page. |
one of screendumps presenting the user interaction with Video on Demand Client for Windows 95/NT |
Video on Demand Project |
Links on the HTML page initiate seeking to a particular position in the movie. |
he Video Client displays ActiveMovie OLE control with a video window (right lower corner). |
ActiveMovie Control Properties window provides an extended interface to the Video Client (right upper corner). |
one of screendumps presenting the user interaction with Video on Demand Client for Windows 95/NT |
Video on Demand Project |
Video on Demand Project |
one of screendumps presenting the user interaction with Video on Demand Client for Windows 95/NT |
Video on Demand Project |
The end user can choose a movie and request to start playback from any position in the movie related to the keyword. |
one of screendumps presenting the user interaction with Video on Demand Client for Windows 95/NT |
Video on Demand Project |
VSAM is the system to manipulate video archive metadata. |
Video on Demand Project |
VSAM is the system to manipulate video archive metadata. |
Video on Demand Project |
VSAM is the system to manipulate video archive metadata. |
NPAC Web Based Geographical Information System in Collaborative Mode |
Two GIS application launched on the different machines, but set to be displayed on one screen to show that every instance of GIS in slave mode is synchronized with GIS in master mode. Master browser (upper right) is easily recognized by decoration (thumb-wheels, buttons) around its render area. |
NPAC Web Based Geographical Information System in Collaborative Mode |
The same contents as previous picture but arranged in the way that windows of the same GIS application are in one row. Upper row application is in master mode. |
NPAC Web Based Geographical Information System in Collaborative Mode |
This shows screen look during normal usage. Only one instance of GIS application is launched and displayed on one machine. Every participant has the same set of windows displaying the same contents.: |
NPAC Web Based Geographical Information System in Stand Alone Mode |
Terrain model is a very sparse triangle mesh obtained as a result of adaptive mesh simplification. Both elevation data and textures are compressed 16-32 times using NPAC's proprietary wavelet compression algorithms. |
NPAC Web Based Geographical Information System in Stand Alone Mode |
Terrain model is a very sparse triangle mesh obtained as a result of adaptive mesh simplification. Both elevation data and textures are compressed 16-32 times using NPAC's proprietary wavelet compression algorithms. |
NPAC Web Based Geographical Information System in Stand Alone Mode |
A GIS application is a specialized OpenInventor viewer, however it accepts any OpenInventor 2.1 scene model. That's why it's so easy to integrate it with third party applications, which produce IO/VRML output. The images show GIS integration with Weather Simulation application. A GIS viewer can also display animated objects controlled by Simulation Engine. |
NPAC Web Based Geographical Information System in Stand Alone Mode |
A GIS application is a specialized OpenInventor viewer, however it accepts any OpenInventor 2.1 scene model. That's why it's so easy to integrate it with third party applications, which produce IO/VRML output. The images show GIS integration with Weather Simulation application. A GIS viewer can also display animated objects controlled by Simulation Engine. |
NPAC Web Based Geographical Information System in Stand Alone Mode |
A GIS application is a specialized OpenInventor viewer, however it accepts any OpenInventor 2.1 scene model. That's why it's so easy to integrate it with third party applications, which produce IO/VRML output. The images show GIS integration with Weather Simulation application. A GIS viewer can also display animated objects controlled by Simulation Engine. |
NPAC Web Based Geographical Information System |
GIS application integrated with Illustra database. A user via an HTML form selects the area of his interest, the object he wants to be displayed, etc., and a CGI script creates a virtual world model. http://sandman:8880/map.html. |
shown here is the NPAC java weather viewer on the left, and a satellite image of the weather. |
shown here is the NPAC java weather viewer on the left, and a satellite image of the weather. |
Also shown is the surface reports, isobars and isotherms shown with the current weather data. |
Below is a picture of our weather animator. Here we save picture files for every hour, and then play them back in this java applet animator. |
3D reconstruction of Visible Human Data. |
3D reconstruction of Visible Human Data. |
3D reconstruction of Visible Human Data. |
(VRML/Open Inventor files) |
3D reconstruction of Visible Human Data. |
(VRML/Open Inventor files) |
3D reconstruction of Visible Human Data. |
(VRML/Open Inventor files) |
3D reconstruction of Visible Human Data. |
(VRML/Open Inventor files) |
3D reconstruction of Visible Human Data. |
(VRML/Open Inventor files) |
3D reconstruction of Visible Human Data. |
(VRML/Open Inventor files) |
This uses NPAC Web linked Database Technology |
NPAC HPJava Activity -- Michael Chang and Bryan Carpenter |
NPAC HPJava Activity -- Michael Chang and Bryan Carpenter |
NPAC HPJava Activity -- Michael Chang and Bryan Carpenter |
NPAC HPJava Activity -- Michael Chang and Bryan Carpenter |
NPAC HPJava Activity -- Michael Chang and Bryan Carpenter |
NPAC HPJava Activity -- Michael Chang and Bryan Carpenter |
NPAC HPJava Activity -- Michael Chang and Bryan Carpenter |
NPAC HPJava Activity -- Michael Chang and Bryan Carpenter |
From NIST Sp2 Web Interface by Robert Lipman http://www.nist.gov/itl/div887/sasg/websubmit/ |
From NIST Sp2 Web Interface by Robert Lipman htt/www.nist.gov/itl/div887/sasg/websubmit/ |
From NIST Sp2 Web Interface by Robert Lipman htt/www.nist.gov/itl/div887/sasg/websubmit/ |
Web Interface was developed by NPAC through NSF REU Program |
Web HPF Interface was based on thesis work of Kivanc Dincer at NPAC |
Parallel Compiler Runtime System November96 |
Set of Illustrations of JavaScript WebWisdom Education and Presentation Delivery System |
Set of Illustrations of JavaScript WebWisdom Education and Presentation Delivery System |
Set of Illustrations of JavaScript WebWisdom Education and Presentation Delivery System |
Set of Illustrations of JavaScript WebWisdom Education and Presentation Delivery System |
Set of Illustrations of JavaScript WebWisdom Education and Presentation Delivery System |
Set of Illustrations of JavaScript WebWisdom Education and Presentation Delivery System |
Set of Illustrations of JavaScript WebWisdom Education and Presentation Delivery System |
Set of Illustrations of JavaScript WebWisdom Education and Presentation Delivery System |
Set of Illustrations of JavaScript WebWisdom Education and Presentation Delivery System |
Math is not imported from Persuasion Outline File Used in WebWisdom |
Set of Illustrations of JavaScript WebWisdom Education and Presentation Delivery System |
Set of Illustrations of JavaScript WebWisdom Education and Presentation Delivery System |
WebWisdom defaults to HTML where "contains all information" and Persuasion/Poewerpoint original Otherwise |
You can always use either version |