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Scripted foilset Problem Solving Environments from Simulation, Medicine and Defense using the Web

Given by Geoffrey Fox, Wojtek Furmanski at CRPC Annual Meeting on May 14-17 1996. Foils prepared May 12 1996
Outside Index Summary of Material

We contrast demands from four areas
  • Healthcare -- especially nursing and the Bridge concept introduced by Balch and Warner
  • Defense -- Command and Control where Web is a natural COTS technology
  • Distance Education with many issues in common with Collaboratory needed in Science and Engineering
  • Computational Science and Engineering which is "small" area which needs to leverage all it can!
We review progress in Web Technology and suggest that commercial efforts for the first three broad based applications can be leveraged with special tools aimed at parallel and distributed computing PSE's

Table of Contents for full HTML of Problem Solving Environments from Simulation, Medicine and Defense using the Web

 Denote Foils where Image Critical
Denote Foils where HTML is sufficient
1 Problem Solving Environments from Simulation, Medicine and Defense and the Web
2 Abstract for Problem Solving Environments and the Web
3 PSE and the Web --- List of Foils - I
4 PSE and the Web --- List of Foils - II
5 PSE and the Web -- Base Concepts
6 PSE and the Web -- Evolution Path
7 Web Phase Transition/Revolution '95/'96 - I
8 Web Phase Transition/Revolution '95/'96 - II
9 Web Expansion Phase -- '96 and Beyond
10 Web Tech Development: Commerce vs Academia
11 NPAC Strategy: Technology and Application Niches
12 Web Technologies at NPAC: Terms and Concepts
13 Web Technologies at NPAC: Current Status
14 Web Technologies at NPAC: WebAMR Example
15 Example WebPSE Applications
16 Multi-purpose Bridge Technology -- Overview
17 Multi-purpose Bridge Technology --- Examples
18 CareWeb for Telemedicine/Nursing - I
19 CareWeb for Telemedicine/Nursing - II
20 Command and Control
21 Distance Education and Science Collaboratory
22 Large Scale Numerical Computing
23 Next Steps in Visual Programming for Chaining and Aggregating Services -- WebFlow!!
24 Web based HPCC at NPAC: URLs
25 Home Page of the CareWeb Bridge Demo
26 CareWeb Connection Manager: Login Page.
27 CareWeb Database Manager: All tables used in the School Nursing demo.
28 CareWeb School Manager: All Schools in the Syracuse City School District.
29 Home Page of a particular school.
30 Home Page of a school nurse.
31 Home page of a student (boy).
32 Assessment Form for Asthma.
33 Educational material on Asthma.
34 Home page for a nurse practitioner.
35 CareWeb interactive Consulting: Video Channel.
36 CareWeb Interactive Consulting: WebCast Channel.
37 HotJava Based Chat System used in CareWeb
38 HotJava Based WhiteBoard used in CareWeb
39 Entry Point to Netscape Frame Based Emulation of Granite Sentry Command and Control System
40 Basic View of Netscape Frame Based Emulation of Granite Sentry Command and Control System
41 Weather Prediction Invoked from Netscape Frame Based Emulation of Granite Sentry Command and Control System
42 Outline of Visible Human Project - I
43 Segmentation Definition Java Applet - II
44 Segmentation AVS Environment (from around 1991) I
45 Main Window for Java Interface to Distributed Computing Environment
46 Screens Opened for Java Interface to Distributed Computing Environment
47 Data Window Opened for Java Interface to Distributed Computing Environment
48 Specification Screen Opened for Java Interface to Distributed Computing Environment
49 Subroutine Specification Screen Opened for Java Interface to Distributed Computing Environment

Outside Index Summary of Material

HTML version of Scripted Foils prepared May 12 1996

Foil 1 Problem Solving Environments from Simulation, Medicine and Defense and the Web

From Problem Solving Environments from Simulation, Medicine and Defense using the Web CRPC Annual Meeting -- May 14-17 1996. *
Full HTML Index
CRPC Annual Meeting
May 16 1996
Geoffrey Fox
NPAC
Syracuse University
111 College Place
Syracuse NY 13244-4100
HTML version of Scripted Foils prepared May 12 1996

Foil 2 Abstract for Problem Solving Environments and the Web

From Problem Solving Environments from Simulation, Medicine and Defense using the Web CRPC Annual Meeting -- May 14-17 1996. *
Full HTML Index
We contrast demands from four areas
  • Healthcare -- especially nursing and the Bridge concept introduced by Balch and Warner
  • Defense -- Command and Control where Web is a natural COTS technology
  • Distance Education with many issues in common with Collaboratory needed in Science and Engineering
  • Computational Science and Engineering which is "small" area which needs to leverage all it can!
We review progress in Web Technology and suggest that commercial efforts for the first three broad based applications can be leveraged with special tools aimed at parallel and distributed computing PSE's
HTML version of Scripted Foils prepared May 12 1996

Foil 3 PSE and the Web --- List of Foils - I

From Problem Solving Environments from Simulation, Medicine and Defense using the Web CRPC Annual Meeting -- May 14-17 1996. *
Full HTML Index
PSE and the Web -- Base Concepts
PSE and the Web -- Evolution Path
Web Phase Transition/Revolution '95/'96
Web Phase Transition/Revolution '95/'96 (cont)
Web Expansion Phase -- '96 and Beyond
Web Tech Development: Commerce vs Academia
NPAC Strategy: Technology and Application Niches
Web Technologies at NPAC: Terms and Concepts
Web Technologies at NPAC: Current Status
Some Web Technologies at NPAC: WebAMR Example
HTML version of Scripted Foils prepared May 12 1996

Foil 4 PSE and the Web --- List of Foils - II

From Problem Solving Environments from Simulation, Medicine and Defense using the Web CRPC Annual Meeting -- May 14-17 1996. *
Full HTML Index
Example WebPSE Applications
Multi-purpose Bridge Technology -- Overview
Multi-purpose Bridge Technology -- Examples
CareWeb for Telemedicine/Nursing - I
CareWeb for Telemedicine/Nursing - II
Command and Control
Distance Education and Science Collaboratory
Large Scale Numerical Computing
Web based HPCC at NPAC -- URLs
HTML version of Scripted Foils prepared May 12 1996

Foil 5 PSE and the Web -- Base Concepts

From Problem Solving Environments from Simulation, Medicine and Defense using the Web CRPC Annual Meeting -- May 14-17 1996. *
Full HTML Index
We adopt a broad view/definition of Problem Solving Environment as a distributed system capable of attacking complex, so far unsolvable problems by integrating information and computation.
  • This includes both scientific and large scale enterprise computing systems.
Development of such systems was slow/inefficient so far due to the separation of (lower end) PC computing world (focused on productivity tools for information processing such as authoring or database) and (higher end) UNIX computing world (focused on HPCC)
Both platforms become now integrated by the Web phenomenon in the form of what we called WebWindows paradigm.
Hence, Web based distributed computing within the WebWindows framework offers a novel, unique and powerful model for PSEs that include and integrate NII and HPCC components.
HTML version of Scripted Foils prepared May 12 1996

Foil 6 PSE and the Web -- Evolution Path

From Problem Solving Environments from Simulation, Medicine and Defense using the Web CRPC Annual Meeting -- May 14-17 1996. *
Full HTML Index
We discuss here the multi-prong evolution path of the Web computing, starting form the "Web Revolution '95/'96' and extrapolating from the current 'Web Expansion Phase' towards the WebWindows based WebTop Systems to come
We review both the base Web Technologies under development (commercially and in academia) and selected pilot projects / prototype applications at NPAC
Base NPAC Technologies include: WebTools, WebVM, WebWork, WebFlow, Bridge Topologies, WebWindows, WebTop Systems
Prototype NPAC Applications include: Telemedicine, Command and Control, and Large Scale Computation Problems such as RSA Factoring-by-Web, Adaptive Mesh Refinement and Visible->Virtual Human
HTML version of Scripted Foils prepared May 12 1996

Foil 7 Web Phase Transition/Revolution '95/'96 - I

From Problem Solving Environments from Simulation, Medicine and Defense using the Web CRPC Annual Meeting -- May 14-17 1996. *
Full HTML Index
Until '95, Web was perceived as a hot novelty with yet to be defined serious killer applications (other than Mosaic->Netscape), market segments and business models.
In '95/'96, industry started to embrace Web as a promising viable platform for doing new style agile (faster, cheaper and better) computing in variety of information and computation domains.
There is still no single large scale killer application but rather a growing set of Intranet based information/computation systems that use open Web technologies to prototype proprietary systems for internal corporate use in a more cost effective fashion that in the PC/Windows framework
HTML version of Scripted Foils prepared May 12 1996

Foil 8 Web Phase Transition/Revolution '95/'96 - II

From Problem Solving Environments from Simulation, Medicine and Defense using the Web CRPC Annual Meeting -- May 14-17 1996. *
Full HTML Index
Some factors that contributed to this phase transition are:
Netscape2 plug-in support that attracted many software vendors to the Netscape platform
Successful Java marketing by Sun
Netscape's agile response to and support for Java, augmented by JavaScript/LifeWire add-on
Success of VRML/VAG forum that caused all major computer vendors to compete in the open VRML 2.0 design proposal contest
Aggressive use of the Web itself (and all of us...) by Netscape/Sun for marketing, distribution, debugging and customer feedback support of the Web software products via the sequence of ever changing/never really working alpha/beta releases
  • Why do we put up with so many bugs!
HTML version of Scripted Foils prepared May 12 1996

Foil 9 Web Expansion Phase -- '96 and Beyond

From Problem Solving Environments from Simulation, Medicine and Defense using the Web CRPC Annual Meeting -- May 14-17 1996. *
Full HTML Index
As of today (May '96), we are in the middle of the "expansion phase", triggered by the '95/'96 "revolution"
Netscape3 is out with support for Live3D (inlined VRML) and CoolTalk (Internet Phone). LiveMedia (inlined video based on OpenDVE/RTP) is coming soon. FastTrack Web servers offer now page authoring, site management, mailing services, scripted database interfaces and so on. A mortal Netscape-Microsoft war is imminent.
Meanwhile, JavaSoft expands with a different strategy , by collaborating with Microsoft, seeking new niches such as support for transparent database backends (JDBC), distributed computing (DMI), CASE tools (JDE) and open browser technology (beta HotJava), family of extension API's -- Media, Commerce, Security, Collaboration .
Meanwhile, Sun attempts at JavaVM based JavaOS and GNU is addressing open multiplatform JavaVM implementation.
Meanwhile, open Web community (with the major concentration in the VRML forum) starts addressing "open JavaScript" that would challenge JavaScript/LiveWire and eventually Java.
HTML version of Scripted Foils prepared May 12 1996

Foil 10 Web Tech Development: Commerce vs Academia

From Problem Solving Environments from Simulation, Medicine and Defense using the Web CRPC Annual Meeting -- May 14-17 1996. *
Full HTML Index
We correctly predicted the "revolution" and the current "expansion phase" in our WebWindows presentation at the CRPC annual meeting 1 year ago in Houston.
What was a prophecy 1 year ago, becomes everyone's idea today. What is still non-trivial is the proper strategy for academic computer science, given the unprecedented speed of the Web expansion and rapidly melting boundaries between Windows and UNIX.
We view the area of distributed Web based computing for PSE as a promising niche, given that industry will continue their focus on client-server aspects of the Web where the near term profit can be made.
We expect Web based PSE to evolve starting from the top-down Web interfaces to previous generation legacy systems (current state-of-the-art) and moving towards genuine bottom-up Web infrastructure (WebWindows).
HTML version of Scripted Foils prepared May 12 1996

Foil 11 NPAC Strategy: Technology and Application Niches

From Problem Solving Environments from Simulation, Medicine and Defense using the Web CRPC Annual Meeting -- May 14-17 1996. *
Full HTML Index
At NPAC, we follow a two-prong strategy, including component technology prototyping and integration technology development. --
Some component technology prototype projects are short lived -- their goal is to provide us with 'look ahead' and placeholders for the industry modules to come
For example, NPAC '95 prototypes such as WebTools, WebMail or WebDBMS are now being (partially) offered by Netscape in their '96 browsers and servers.
Meanwhile, however, we were able to make the next step in the conceptual design and start addressing the larger scope Web software system integration issues in terms of our '95 component technology prototypes.
We call them WebTop Systems or distributed applications based on leading edge Web technologies and the emergent WebWindows operating system.
HTML version of Scripted Foils prepared May 12 1996

Foil 12 Web Technologies at NPAC: Terms and Concepts

From Problem Solving Environments from Simulation, Medicine and Defense using the Web CRPC Annual Meeting -- May 14-17 1996. *
Full HTML Index
WebTools -- PDA-like Web based environment using CGI (to be improved)-extended personal Web servers to handle file management, e-mail etc.
WebWisdom -- JavaScript prototype for managing information hierarchies in the electronic presentation space for Virtual University
WebWork -- a mesh of WebTools-like servers, coordinated to perform a common (potentially world-wide) distributed computational task
WebVM -- an abstract VM implemented in terms of / on top of computationally extended evolving Web technologies
WebFlow -- a dataflow paradigm for visual programming on top of WebVM in terms of interactive browser tools (Java based visual flow editor)
WebHPL -- a high level object-oriented interpreted language on top of WebVM to support Web based HPCC
WebSpace -- pervasive collaboration support, based on Web/Oracle and Java collaboratory servers
WebWindows -- a Web(VM) based operating/windowing environment under collaborative development by the Web community
WebTop Systems -- an ensemble of toolkits and integration framework for WebWindows application development
HTML version of Scripted Foils prepared May 12 1996

Foil 13 Web Technologies at NPAC: Current Status

From Problem Solving Environments from Simulation, Medicine and Defense using the Web CRPC Annual Meeting -- May 14-17 1996. *
Full HTML Index
WebTools -- CGI/Perl prototype in '95, now being augmented by / integrated with Java, JavaScript and Web/Oracle.
WebWisdom -- Prototype done -- Productize next!
WebWork -- proof-of-the-concept application to factor RSA130 by a tree of Web servers (completed Apr'96)
WebVM -- minimal CGI prototype operational; work in progress on Java server support.
WebFlow -- simple Java applet for visual Web programming operational. Near term application testbeds: AMR, 3D Visible Human.
WebHPL -- WebHPF operational. Simple interpreted "little language" layer planned for WebAMR.
WebWindows -- exploring all three current platform candidates: UNIX, WindowsNT, JavaOS (HotJava, JDE, DMI, JDE).
WebTop Systems -- exploring Bridge topology as a reusable integration framework.
HTML version of Scripted Foils prepared May 12 1996

Foil 14 Web Technologies at NPAC: WebAMR Example

From Problem Solving Environments from Simulation, Medicine and Defense using the Web CRPC Annual Meeting -- May 14-17 1996. *
Full HTML Index
We illustrate here how the individual component technologies cooperate in a complete application, WebAMR (Adaptive Mesh Refinement)
A mesh of computationally extended Web servers, connected via HTTP based message passing, acts as WebVM that runs PDE solver modules for individual grids
In a simple static AMR topology (WebWork model), a tree of refined meshes is constructed by the user via the AVS like visual programming tools (WebFlow)
Dynamic AMR trees require interpreted programming support -- a pilot "little language" design towards WebHPL
WebAMR applications can be configured and run on heterogeneous clusters, including any WebWindows compliant platform
Example of WebTop System in this domain in a set of WebVM/WebFlow modules, packaged and customized as a PDE Toolkit for a given Grand Challenge community.
HTML version of Scripted Foils prepared May 12 1996

Foil 15 Example WebPSE Applications

From Problem Solving Environments from Simulation, Medicine and Defense using the Web CRPC Annual Meeting -- May 14-17 1996. *
Full HTML Index
CareWeb for Telemedicine -- local community network to support electronic student health record database and collaborative diagnosis by nurses, nurse practitioners and pediatricians.
Command and Control -- innovative use of Web technologies for integrating a suite of large scale applications (weather, electromagnetic scattering, telemedicine, GIS) contributing to a military Command and Control.
Distance Education and Science Collaboratory -- content (Virtual University, Living Schoolbook) and technology (WebFoil, WebSpace/LabSpace) development for delivering education over the Internet and providing collaboratory links between students and mentors.
Large Scale Numerical Computing -- A set of pilot projects that explore Web based HPCC starting from simple computational topologies. Current prototypes include: RSA Factoring-by-Web, Adaptive Mesh Refinement for PDEs, 3D Visible Human.
HTML version of Scripted Foils prepared May 12 1996

Foil 16 Multi-purpose Bridge Technology -- Overview

From Problem Solving Environments from Simulation, Medicine and Defense using the Web CRPC Annual Meeting -- May 14-17 1996. *
Full HTML Index
Most of the real world WebTop Systems will involve multi-user collaboratory modules. Even for scientific computing, complex toolkits such as WebAMR will be most conveniently supported by interactive consultation between developers and users.
Collaboratory multi-user components will be further enhanced in enterprise, commerce and community systems.
This is illustrated in our recent telemedicine prototype for nursing triage. Here we start from the collaboratory component involving nurses, nurse practioners and pediatricians and add HPCC components such as medical imaging and agent based diagnosis.
We view the Bridge topology (Warner & Balch '95), underlying such telemedicine systems, as a promising generic framework, applicable also for other problem domains.
A generic bridge includes "points of need", "points of expertise" and intelligent middleware that manages information resources and provides connectivity between customers and optimal services.
  • Bridge point of expertise consistent with Anchor desk in JWID military exercises
HTML version of Scripted Foils prepared May 12 1996

Foil 17 Multi-purpose Bridge Technology --- Examples

From Problem Solving Environments from Simulation, Medicine and Defense using the Web CRPC Annual Meeting -- May 14-17 1996. *
Full HTML Index
We present here examples of the bridge topology, instantiated in various application domains:
Domain Points of Need Points of Expertise Typical Services
TeleMedicine Nurses, Nurse Practioners Diagnosis
    • HomeCare
    • Units
Command Troops Commanders Decision
and Control Making
Distance Learners Teachers Mentoring
Education Students Consultants
Commerce Consumers Vendors Product Support
Science Schools Scientists Popular Science
Collaboratory Small Businesses Technology Transfer
HTML version of Scripted Foils prepared May 12 1996

Foil 18 CareWeb for Telemedicine/Nursing - I

From Problem Solving Environments from Simulation, Medicine and Defense using the Web CRPC Annual Meeting -- May 14-17 1996. *
Full HTML Index
Community collaboration including NPAC, SU College of Nursing, Syracuse City School District and SUNY Health Science Center (Univ. Hospital).
Initial goal is to provide electronic student health record database, healthcare education and Web based interactive consultation between nurses, nurse practitioners and pediatricians.
Trial demo implementation completed May'96. Trial deployment in select New York and North Carolina schools expected in fall '96.
CareWeb core module is given by Oracle database at NPAC with WOW/OWA/Internet gateway, remotely accessed by CareWeb customers.
The system integrates and offers customized access to ~30 databases, managing information about users, health education resources, and patient health records.
HTML version of Scripted Foils prepared May 12 1996

Foil 19 CareWeb for Telemedicine/Nursing - II

From Problem Solving Environments from Simulation, Medicine and Defense using the Web CRPC Annual Meeting -- May 14-17 1996. *
Full HTML Index
Typical CareWeb databases include: Customers, Connections, Transactions, Schools, Teachers, Nurses, Nurse Practitioners, Doctors, and Record Components such as Immunizations, Screening Tests, Health Histories, Progress Notes, Visit Logs, Assessment Forms etc.
CareWeb Information Pages offer customized educational support for healthcare personnel as well as students and parents, as well as decision tree support to be used in the next project stage for the agent-based automated diagnosis generation and verification.
Interactive consulting is based on shared record pages, optionally synchronized via phone chat or/and WebCast support, and VIC/VAT video support for 'talking heads' and/or video feeds from (Welch Allyn) multi-purpose fiberscopes for ear, nose and throat inspection.
The system offers multi-level security, including Internet guests (with anonymous limited access), CareWeb friends (with registered restricted access) and CareWeb customers (nurses, nurse practitioners, doctors, parents) with secure password based access, individual home pages and customized information/operational spaces.
HTML version of Scripted Foils prepared May 12 1996

Foil 20 Command and Control

From Problem Solving Environments from Simulation, Medicine and Defense using the Web CRPC Annual Meeting -- May 14-17 1996. *
Full HTML Index
Real--time decision support for military
Includes telemedicine as a special case for miltary medical activities
  • It is the classic "system of systems" very suitable for loose integration with Web technologies
HPCC applications include Image Processing, Tracking, Spatial Assessment, Weather, Electromagnetic Simulation
Incorporates a Java/VRML based GIS in which we hope to integrate 3D terrain with output of weather simulations
Netscape2/JavaScript prototype is "exact" copy of deployed system at Cheyenne Mountain -- consistent with COTS phylosophy
HTML version of Scripted Foils prepared May 12 1996

Foil 21 Distance Education and Science Collaboratory

From Problem Solving Environments from Simulation, Medicine and Defense using the Web CRPC Annual Meeting -- May 14-17 1996. *
Full HTML Index
A group of Web based education projects at NPAC, including:
  • Virtual University -- scalable CPS certificate to be offered over the Internet
  • WebWisdom -- experiments with Web based electronic presentation technologies (includes instrumented HotJava and Netscape2 + JavaScript prototypes)
  • Living Schoolbook -- broadband multimedia content for K-12 distance education over NYNET
  • NPAC WebSpace -- Web based plug-in for schools and small business into the advanced science laboratory LabSpace developed by ANL
Associated Web technologies include Java, HotJava, JavaScript, VRML, Web/Oracle, and a set of prototype collaboratory spaces such as:
  • AskNPAC Chat -- Oracle Server and client pull for realtime e-mail -- apply to chemists for NHSE (Software Exchange)
  • Java Chat --- Java collaboratory server and applet chat client
  • CareWebCast --- remotely guided collaboratory database navigator
HTML version of Scripted Foils prepared May 12 1996

Foil 22 Large Scale Numerical Computing

From Problem Solving Environments from Simulation, Medicine and Defense using the Web CRPC Annual Meeting -- May 14-17 1996. *
Full HTML Index
RSA Factoring-by-Web -- collaboration with Arjen Lenstra and Boston/CSC. New NFS factoring algorithm successfully applied to RSA130 factoring on a tree of Web+CGI servers (FAFNER by Jim Cowie/CSC). SC'95 Teraflop Challenge Award. Next Challenge -- RSA155.
WebHPF -- Web front-end to HPF compiler and PVM-based distributed runtime. Supports CASE tools for program development, process management and performance monitoring.
Adaptive Mesh Refinement -- planned WebVM/WebFlow application to support Grand Challenge PDE solvers. Includes static AMR trees specified by visual authoring and dynamic trees, implemented via interactive scripting modules.
Visible->Virtual Human -- 3D reconstruction of the human body, based on the image database from the National Library of Medicine. Currently implemented is color segmentation stage (embarrassingly parallel), to be followed by WebVM/WebFlow based algorithms with non-trivial internode communication (surface reconstruction, object labelling and grouping).
HTML version of Scripted Foils prepared May 12 1996

Foil 23 Next Steps in Visual Programming for Chaining and Aggregating Services -- WebFlow!!

From Problem Solving Environments from Simulation, Medicine and Defense using the Web CRPC Annual Meeting -- May 14-17 1996. *
Full HTML Index
New powerful Web'96 technologies from Netscape, JavaSoft, Oracle, NeXT etc. will result in a new generation of interactive services
A natural next step is to start Chaining (Integrating) such services to a distributed PSE by providing a server to server communication and dataflow support
However Web'96 becomes also increasingly complex with its competing and overlapping multi-lingual standards
  • HTML, CGI, Perl, Java, JavaScript, LiveWire, VRML, VRMLScript
Visual Programming for a multi-server Web (We call it WebVM) based dataflow (we call it WebFlow) is a natural next generation user-friendly programming environment
We view the area of distributed Web based computing for PSE as a promising niche for NPAC and academic R and D where we expect industry to continue their focus on client-server aspects of the Web where near term profits can be made
HTML version of Scripted Foils prepared May 12 1996

Foil 24 Web based HPCC at NPAC: URLs

From Problem Solving Environments from Simulation, Medicine and Defense using the Web CRPC Annual Meeting -- May 14-17 1996. *
Full HTML Index
Overview --- http://www.npac.syr.edu/projects/webbasedhpcc
WebTools --- http://king.syr.edu:2006/WebTools.html
RSA Factoring-by-Web -- http://www.npac.syr.edu/factoring
Distance Education / Virtual University -- -- http://www.npac.syr.edu/users/gcf/foilsbyarea.html
WebSpace/Labspace -- http://www.npac.syr.edu/projects/webspace
Web based Telemedicine -- http://www.npac.syr.edu/projects/careweb
HTML version of Scripted Foils prepared May 12 1996

Foil 25 Home Page of the CareWeb Bridge Demo

From Problem Solving Environments from Simulation, Medicine and Defense using the Web CRPC Annual Meeting -- May 14-17 1996. *
Full HTML Index
From CareWeb Collaboration NPAC-SU School of Nursing-SUNY HSC-Syracuse City School District
NPAC Team led by Wojtek Furmanski-Ed Lipson-Roman Markowski
HTML version of Scripted Foils prepared May 12 1996

Foil 26 CareWeb Connection Manager: Login Page.

From Problem Solving Environments from Simulation, Medicine and Defense using the Web CRPC Annual Meeting -- May 14-17 1996. *
Full HTML Index
From CareWeb Collaboration NPAC-SU School of Nursing-SUNY HSC-Syracuse City School District
NPAC Team led by Wojtek Furmanski-Ed Lipson-Roman Markowski
HTML version of Scripted Foils prepared May 12 1996

Foil 27 CareWeb Database Manager: All tables used in the School Nursing demo.

From Problem Solving Environments from Simulation, Medicine and Defense using the Web CRPC Annual Meeting -- May 14-17 1996. *
Full HTML Index
From CareWeb Collaboration NPAC-SU School of Nursing-SUNY HSC-Syracuse City School District
NPAC Team led by Wojtek Furmanski-Ed Lipson-Roman Markowski
HTML version of Scripted Foils prepared May 12 1996

Foil 28 CareWeb School Manager: All Schools in the Syracuse City School District.

From Problem Solving Environments from Simulation, Medicine and Defense using the Web CRPC Annual Meeting -- May 14-17 1996. *
Full HTML Index
From CareWeb Collaboration NPAC-SU School of Nursing-SUNY HSC-Syracuse City School District
NPAC Team led by Wojtek Furmanski-Ed Lipson-Roman Markowski
HTML version of Scripted Foils prepared May 12 1996

Foil 29 Home Page of a particular school.

From Problem Solving Environments from Simulation, Medicine and Defense using the Web CRPC Annual Meeting -- May 14-17 1996. *
Full HTML Index
From CareWeb Collaboration NPAC-SU School of Nursing-SUNY HSC-Syracuse City School District
NPAC Team led by Wojtek Furmanski-Ed Lipson-Roman Markowski
HTML version of Scripted Foils prepared May 12 1996

Foil 30 Home Page of a school nurse.

From Problem Solving Environments from Simulation, Medicine and Defense using the Web CRPC Annual Meeting -- May 14-17 1996. *
Full HTML Index
From CareWeb Collaboration NPAC-SU School of Nursing-SUNY HSC-Syracuse City School District
NPAC Team led by Wojtek Furmanski-Ed Lipson-Roman Markowski
HTML version of Scripted Foils prepared May 12 1996

Foil 31 Home page of a student (boy).

From Problem Solving Environments from Simulation, Medicine and Defense using the Web CRPC Annual Meeting -- May 14-17 1996. *
Full HTML Index
From CareWeb Collaboration NPAC-SU School of Nursing-SUNY HSC-Syracuse City School District
NPAC Team led by Wojtek Furmanski-Ed Lipson-Roman Markowski
HTML version of Scripted Foils prepared May 12 1996

Foil 32 Assessment Form for Asthma.

From Problem Solving Environments from Simulation, Medicine and Defense using the Web CRPC Annual Meeting -- May 14-17 1996. *
Full HTML Index
From CareWeb Collaboration NPAC-SU School of Nursing-SUNY HSC-Syracuse City School District
NPAC Team led by Wojtek Furmanski-Ed Lipson-Roman Markowski
HTML version of Scripted Foils prepared May 12 1996

Foil 33 Educational material on Asthma.

From Problem Solving Environments from Simulation, Medicine and Defense using the Web CRPC Annual Meeting -- May 14-17 1996. *
Full HTML Index
From CareWeb Collaboration NPAC-SU School of Nursing-SUNY HSC-Syracuse City School District
NPAC Team led by Wojtek Furmanski-Ed Lipson-Roman Markowski
HTML version of Scripted Foils prepared May 12 1996

Foil 34 Home page for a nurse practitioner.

From Problem Solving Environments from Simulation, Medicine and Defense using the Web CRPC Annual Meeting -- May 14-17 1996. *
Full HTML Index
From CareWeb Collaboration NPAC-SU School of Nursing-SUNY HSC-Syracuse City School District
NPAC Team led by Wojtek Furmanski-Ed Lipson-Roman Markowski
HTML version of Scripted Foils prepared May 12 1996

Foil 35 CareWeb interactive Consulting: Video Channel.

From Problem Solving Environments from Simulation, Medicine and Defense using the Web CRPC Annual Meeting -- May 14-17 1996. *
Full HTML Index
From CareWeb Collaboration NPAC-SU School of Nursing-SUNY HSC-Syracuse City School District
NPAC Team led by Wojtek Furmanski-Ed Lipson-Roman Markowski
HTML version of Scripted Foils prepared May 12 1996

Foil 36 CareWeb Interactive Consulting: WebCast Channel.

From Problem Solving Environments from Simulation, Medicine and Defense using the Web CRPC Annual Meeting -- May 14-17 1996. *
Full HTML Index
From CareWeb Collaboration NPAC-SU School of Nursing-SUNY HSC-Syracuse City School District
NPAC Team led by Wojtek Furmanski-Ed Lipson-Roman Markowski
HTML version of Scripted Foils prepared May 12 1996

Foil 37 HotJava Based Chat System used in CareWeb

From Problem Solving Environments from Simulation, Medicine and Defense using the Web CRPC Annual Meeting -- May 14-17 1996. *
Full HTML Index
From Wojtek Furmanski
HTML version of Scripted Foils prepared May 12 1996

Foil 38 HotJava Based WhiteBoard used in CareWeb

From Problem Solving Environments from Simulation, Medicine and Defense using the Web CRPC Annual Meeting -- May 14-17 1996. *
Full HTML Index
From Wojtek Furmanski
HTML version of Scripted Foils prepared May 12 1996

Foil 39 Entry Point to Netscape Frame Based Emulation of Granite Sentry Command and Control System

From Problem Solving Environments from Simulation, Medicine and Defense using the Web CRPC Annual Meeting -- May 14-17 1996. *
Full HTML Index
From Wojtek Furmanski
HTML version of Scripted Foils prepared May 12 1996

Foil 40 Basic View of Netscape Frame Based Emulation of Granite Sentry Command and Control System

From Problem Solving Environments from Simulation, Medicine and Defense using the Web CRPC Annual Meeting -- May 14-17 1996. *
Full HTML Index
From Wojtek Furmanski
HTML version of Scripted Foils prepared May 12 1996

Foil 41 Weather Prediction Invoked from Netscape Frame Based Emulation of Granite Sentry Command and Control System

From Problem Solving Environments from Simulation, Medicine and Defense using the Web CRPC Annual Meeting -- May 14-17 1996. *
Full HTML Index
From Wojtek Furmanski
HTML version of Scripted Foils prepared May 12 1996

Foil 42 Outline of Visible Human Project - I

From Problem Solving Environments from Simulation, Medicine and Defense using the Web CRPC Annual Meeting -- May 14-17 1996. *
Full HTML Index
From Wojtek Furmanski and Zeynep Odcikin Ozdemir
HTML version of Scripted Foils prepared May 12 1996

Foil 43 Segmentation Definition Java Applet - II

From Problem Solving Environments from Simulation, Medicine and Defense using the Web CRPC Annual Meeting -- May 14-17 1996. *
Full HTML Index
From Wojtek Furmanski and Zeynep Odcikin Ozdemir
HTML version of Scripted Foils prepared May 12 1996

Foil 44 Segmentation AVS Environment (from around 1991) I

From Problem Solving Environments from Simulation, Medicine and Defense using the Web CRPC Annual Meeting -- May 14-17 1996. *
Full HTML Index
From Wojtek Furmanski and Zeynep Odcikin Ozdemir
HTML version of Scripted Foils prepared May 12 1996

Foil 45 Main Window for Java Interface to Distributed Computing Environment

From Problem Solving Environments from Simulation, Medicine and Defense using the Web CRPC Annual Meeting -- May 14-17 1996. *
Full HTML Index
From Gregor von Laszewski
HTML version of Scripted Foils prepared May 12 1996

Foil 46 Screens Opened for Java Interface to Distributed Computing Environment

From Problem Solving Environments from Simulation, Medicine and Defense using the Web CRPC Annual Meeting -- May 14-17 1996. *
Full HTML Index
From Gregor von Laszewski
HTML version of Scripted Foils prepared May 12 1996

Foil 47 Data Window Opened for Java Interface to Distributed Computing Environment

From Problem Solving Environments from Simulation, Medicine and Defense using the Web CRPC Annual Meeting -- May 14-17 1996. *
Full HTML Index
From Gregor von Laszewski
HTML version of Scripted Foils prepared May 12 1996

Foil 48 Specification Screen Opened for Java Interface to Distributed Computing Environment

From Problem Solving Environments from Simulation, Medicine and Defense using the Web CRPC Annual Meeting -- May 14-17 1996. *
Full HTML Index
From Gregor von Laszewski
HTML version of Scripted Foils prepared May 12 1996

Foil 49 Subroutine Specification Screen Opened for Java Interface to Distributed Computing Environment

From Problem Solving Environments from Simulation, Medicine and Defense using the Web CRPC Annual Meeting -- May 14-17 1996. *
Full HTML Index
From Gregor von Laszewski
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