28 February 20001 UN Meeting on Cartography and Geographic Information Science Matching User’s Needs to Technology - An Architectural Approach Chris Duhring.

Slides:



Advertisements
Similar presentations
How Customers Develop Factiva Products Ann Lee Special Libraries Association June 13, 2000.
Advertisements

Objectives to improve citizens awareness and comfort industrial competitiveness efficiency of public administrations by enhancing and supporting the use,
Scope of TOGAF ADM The scope of the four architecture domains of TOGAF align very well with the first four rows of the Zachman Framework, as shown in the.
UNIVERSITY OF TWENTE - FACULTY OF GEO-INFORMATION SCIENCE AND EARTH OBSERVATION (ITC) Human Sensor Web project h2.0 Inform and Empower Initiative Human.
Spatial Data Infrastructure: Concepts and Components Geog 458: Map Sources and Errors March 6, 2006.
Software Modeling SWE5441 Lecture 3 Eng. Mohammed Timraz
Leading Open Source SOA Dragon SOA Governance Solution Olivier FABRE eBM Websourcing.
Overview of Nursing Informatics
NSDI and Cyberinfrastructure Doug Nebert April 2010.
02/12/00 E-Business Architecture
Copyrights 2002 Introduction to SAP Enterprise Portals September SAP Enterprise Portal 101 Naeem Hashmi Chief Technology Officer Information Frameworks.
1 IS112 – Chapter 1 Notes Computer Organization and Programming Professor Catherine Dwyer Fall 2005.
IACT 901 Module 9 Establishing Technology Strategy - Scope & Purpose.
8 Systems Analysis and Design in a Changing World, Fifth Edition.
Topics Problem Statement Define the problem Significance in context of the course Key Concepts Cloud Computing Spatial Cloud Computing Major Contributions.
Web-based Portal for Discovery, Retrieval and Visualization of Earth Science Datasets in Grid Environment Zhenping (Jane) Liu.
Enterprise Architecture
Microsoft ® Application Virtualization 4.6 Infrastructure Planning and Design Published: September 2008 Updated: February 2010.
Developing Enterprise Architecture
WLIA Spring Regional June 5, 2014 DOA ENTERPRISE GEOPORTAL REPOSITORY PROJECT.
Database Design - Lecture 1
Copyright 2013, Net.Orange, Inc. All rights reserved.Confidential and proprietary. Do not distribute without permission. Net.Orange App Development Net.Orange.
Engineering, Operations & Technology | Information TechnologyAPEX | 1 Copyright © 2009 Boeing. All rights reserved. Architecture Concept UG D- DOC UG D-
C Copyright © 2009, Oracle. All rights reserved. Appendix C: Service-Oriented Architectures.
George Heinrichs CEO SM IntelliCast Target Notification.
Geospatial Systems Architecture Todd Bacastow. Views of a System Architecture ISO Reference Model of Open Distributed Processing (RM-ODP) –Enterprise.
The Challenge of IT-Business Alignment
Geospatial Systems Architecture Todd Bacastow. GIS Evolution
2 Systems Architecture, Fifth Edition Chapter Goals Describe the activities of information systems professionals Describe the technical knowledge of computer.
SCSC 311 Information Systems: hardware and software.
material assembled from the web pages at
RUP Design RUP Artifacts and Deliverables
Geospatial Technical Support Module 2 California Department of Water Resources Geospatial Technical Support Module 2 Architecture overview and Data Promotion.
Future. Market One of the fastest growth job sectors in U.S. Geospatial Technology is a leader in innovation, with nanotechnology and biotechnology Geospatial.
Roadmap to successful ECM implementation Kateřina Divišová British Chamber of Commerce
Component 11/Unit 8b Data Dictionary Understanding and Development.
1 Schema Registries Steven Hughes, Lou Reich, Dan Crichton NASA 21 October 2015.
1 ISA&D29-Oct ISA&D29-Oct-13 Systems Analyst: problem solver IT and Strategic Planning.
Information Systems Engineering. Lecture Outline Information Systems Architecture Information System Architecture components Information Engineering Phases.
Lecture # 3 & 4 Chapter # 2 Database System Concepts and Architecture Muhammad Emran Database Systems 1.
@ 2008 Copyright NIC I Do not distribute without permission E-Services for Transforming to the Next Generation Government “A Case Study of India” Suchitra.
Foundations of Geospatial System Development II Todd S. Bacastow Professor of Practice for Geospatial Intelligence John A. Dutton e-Education Institute.
Geospatial Systems Architecture Todd Bacastow. Views of a System Architecture Enterprise Information Computational Engineering Technology.
1 Computing Challenges for the Square Kilometre Array Mathai Joseph & Harrick Vin Tata Research Development & Design Centre Pune, India CHEP Mumbai 16.
9 Systems Analysis and Design in a Changing World, Fourth Edition.
Computing Ontology Part II. So far, We have seen the history of the ACM computing classification system – What have you observed? – What topics from CS2013.
Delivering Fixed Content to Oracle Portal Doug Daniels & Ken Barrette Quest Software.
® GEOSS AIP 5 Water SBA Update HDWG June 2012 Matt Austin NOAA Stefan Fuest KISTERS Jochen Schmidt NIWA.
EGovOS Panel Discussion CIO Council Architecture & Infrastructure Committee Subcommittee Co-Chairs March 15, 2004.
Module 1: Introducing Windows Server 2003 Network Infrastructure Planning, Tools, and Documentation.
Geospatial Systems Architecture
Distributed Data Analysis & Dissemination System (D-DADS ) Special Interest Group on Data Integration June 2000.
ADC Portal & Clearinghouse GEO Architecture and Data Committee 2-3 March 2006 George Percivall OGC Chief Architect
Smart cloud orchestrator - the first implementation in the world at Wroclaw University of Technology for supporting design processes in education at universities.
Web Service in Geographic Information System Bing Wu.
Jemerson Pedernal IT 2.1 FUNDAMENTALS OF DATABASE APPLICATIONS by PEDERNAL, JEMERSON G. [BS-Computer Science] Palawan State University Computer Network.
Aligning Business Process Architecture and Enterprise Architecture: A Model Driven - Service Oriented Approach Chris Capadouca Business Solutions Architect.
Integrating the Healthcare Enterprise The IHE Process: Developing Standards-based Solutions Kevin O’Donnell Co-chair, IHE Radiology Planning Committee.
Enterprise Architectures. Core Concepts Key Learning Points: This chapter will help you to answer the following questions: What are the ADM phase names.
Introduction to Metadata March 2016 What is Metadata?
Federal Land Manager Environmental Database (FED) Overview and Update June 6, 2011 Shawn McClure.
Enterprise Architectures Course Code : CPIS-352 King Abdul Aziz University, Jeddah Saudi Arabia.
Project Outline I A New CRM database must accomplish the following:  Deliver support resources for internal IT  Integrate all data from existing CRM.
Chapter 1 Computer Technology: Your Need to Know
Workplan for Updating the As-built Architecture of the 2007 GEOSS Architecture Implementation Pilot Session 7B, 6 June 2007 GEOSS Architecture Implementation.
Flanders Marine Institute (VLIZ)
City of San Marcos Enterprise GIS
Layers Data from IBM-Rational and Craig Larman’s text integrated into these slides. These are great references… Slides from these sources have been modified.
Census Geography: Organizational and Institutional Issues
ESS VIP ICT Project Task Force Meeting 5-6 March 2013.
Presentation transcript:

28 February UN Meeting on Cartography and Geographic Information Science Matching User’s Needs to Technology - An Architectural Approach Chris Duhring Solutions Architect SGI Professional Services

28 February Key Technologies Spatial Information Technologies Receipt - Conflation & Integration Management Access - Information Interaction Dissemination - Packaged Delivery Analysis Infrastructure Technologies Networks - Communications & Security Storage - Hierarchical & Distributed Processing - Distributed Users Spatial Information ReceiptManagement Access NetworksStorageProcessing Analysis Dissemination

28 February Architectural Approach Develop objective architecture Definitions – Establish common definitions and language Scenarios – Identify scenarios that exemplify the role of spatial imagery and information at the United Nations – Detail the current, planned and/or possible variations of these scenarios Key Questions – Match scenarios to technical and architectural questions – Identify time phasing of driving needs and requirements Identify phased implementation plan Link to budget and resource limitations Match to technology availability

28 February Key Questions What is your spatial area-of-interest? What types of spatial imagery and information do you use, and what types are you projecting to use? What is your workflow for spatial imagery and information and how to you project that this evolve in the future? Where do your components fit in a broader system context? What is your installed base, now and projected for the future? What standards does your domain call for? What are your current or planned applications?

28 February Questions & Implications

28 February Initial Observations Diversity of users (categorized by access methods) – Published maps for analysis and as reference information (Map Consumers) – Specific information over specific areas of the Earth (Information Consumers) – Interact with information for analysis and update (Enterprise Users) Global extent of the UN system (based on initial assessment) – 22 candidate providers of spatial information at 13 fixed locations plus field locations – 9 additional candidate or current users of spatial information at 9 fixed locations plus field locations Range of information and systems already in place

28 February Supporting User Diversity 1.Map Consumer searches Catalog and downloads resources 2.Catalog includes references to published maps, generated maps and maps from other catalogs 3.Generated maps include most recent views of high-interest area 4. Information consumer accesses tailored map information 5. Map Server extracts information Geographic Database 6.Enterprise User interacts with Geographic Database 7.Geographic Database holds integrated version of the UN’s spatial information

28 February Recommendation Adopt architectural approach to integrating United Nations geographic and spatial information Develop objective architecture that addresses UN domain – Diverse users – Global extent – Range of existing information and systems Establish phased implementation plan – Realities of budgets and resources – Availability of technology

28 February Backup Material

28 February Spatial Information Providers & Users

28 February Spatial Information Users