Realities in Science Data and Information - Let's go for translucency AGU FM10 IN13B-02 Peter Fox (RPI) Tetherless World.

Slides:



Advertisements
Similar presentations
Geoinformatics 2008 Fox Semantic Provenance 1 Semantic Provenance for Image Data Processing Peter Fox (HAO/ESSL/NCAR) Deborah McGuinness (RPI) Jose Garcia,
Advertisements

WHAT IS THE NATURE OF SCIENCE?
Reviewing Papers: What Reviewers Look For Session 19 C507 Scientific Writing.
Presenting Provenance Based on User Roles Experiences with a Solar Physics Data Ingest System Patrick West, James Michaelis, Peter Fox, Stephan Zednik,
The Semantic Web Week 13 Module Website: Lecture: Knowledge Acquisition / Engineering Practical: Getting to know.
McGuinness – Microsoft eScience – December 8, Semantically-Enabled Science Informatics: With Supporting Knowledge Provenance and Evolution Infrastructure.
Provenance-aware faceted search Peter Fox Stephan Zednik Patrick West Tetherless World Constellation, RPI EGU 2010.
Thinking Processes By Marvi Matos. College of Engineering, UPR BS, Chem E My background.
Department of Computer Science, University of Maryland, College Park 1 Sharath Srinivas - CMSC 818Z, Spring 2007 Semantic Web and Knowledge Representation.
Knowledge Provenance in Semantic Wikis Li Ding, Jie Bao, and Deborah McGuinness Tetherless World Constellation, Rensselaer Polytechnic Institute Troy,
Prepared by Long Island Quality Associates, Inc. ISO 9001:2000 Documentation Requirements Based on ISO/TC 176/SC 2 March 2001.
Ken Library Discovery: From Ponds to Oceans to Streams LIBRARY DISCOVERY From Ponds to Oceans to Streams Ken Varnum University of Michigan.
Citation and Recognition of contributions using Semantic Provenance Knowledge Captured in the OPeNDAP Software Framework Patrick West 1
Semantic Web Technologies Lecture # 2 Faculty of Computer Science, IBA.
Scientific Knowledge Discovery in Complex Semantic Networks of Geophysical Systems (no pressure…) EGU2012, NP2.6 April 25, 2012, Vienna, Austria Peter.
1 CS 178H Introduction to Computer Science Research What is CS Research?
Key integrating concepts Groups Formal Community Groups Ad-hoc special purpose/ interest groups Fine-grained access control and membership Linked All content.
Using DCO Data (Infrastructure, Management, Analysis, Visualization, …) Peter (Marshall Ma) and the Data Science
Publishing and Visualizing Large-Scale Semantically-enabled Earth Science Resources on the Web Benno Lee 1 Sumit Purohit 2
Design Science Method By Temtim Assefa.
Copyright © 2013 Curt Hill The Zachman Framework What is it all about?
References: [1] [2] [3] Acknowledgments:
Big Idea 1: The Practice of Science Description A: Scientific inquiry is a multifaceted activity; the processes of science include the formulation of scientifically.
Marking Scheme ISM ISM Top-up. Project Contents Abstract, – A one page summary (max. 400 words) of the Intent, work undertaken. Introduction, – An overview.
The Data Ring: Community Content Sharing Serge Abiteboul (INRIA) Alkis Polyzotis (UC Santa Cruz)
1 Security on Social Networks Or some clues about Access Control in Web Data Management with Privacy, Time and Provenance Serge Abiteboul, Alban Galland.
The Rise of Informatics as-a Research Domain WIRADA Science Symposium August 2, 2011, Melbourne Peter Fox (RPI and WHOI)
Verification and Validation in the Context of Domain-Specific Modelling Janne Merilinna.
©Ferenc Vajda 1 Semantic Grid Ferenc Vajda Computer and Automation Research Institute Hungarian Academy of Sciences.
WHAT IS THE NATURE OF SCIENCE?. SCIENTIFIC WORLD VIEW 1.The Universe Is Understandable. 2.The Universe Is a Vast Single System In Which the Basic Rules.
Transparency, applications, and ab- stuff – effect on tools for e-science: it’s all about Informatics June 21, 2010, IATUL 2010 Peter Fox (RPI and WHOI)
1 Semantic Provenance and Integration Peter Fox and Deborah L. McGuinness Joint work with Stephan Zednick, Patrick West, Li Ding, Cynthia Chang, … Tetherless.
FDT Foil no 1 On Methodology from Domain to System Descriptions by Rolv Bræk NTNU Workshop on Philosophy and Applicablitiy of Formal Languages Geneve 15.
School of Education, CASEwise: A Case-based Online Learning Environment for Teacher Professional Development Chrystalla.
1 Foundations VI: Provenance Deborah McGuinness and Peter Fox CSCI Week 12, November 30, 2009.
Semantics and analytics = making the data and the decisions smarter? Digital Antiquity CI Feb 7-8, 2013, Arlington VA Peter Fox (RPI and WHOI)
Knowledge Networks and Science Data Ecosystems December 7, 2012, AGU12 IN54A-02. Peter Fox (RPI/ Tetherless World Constellation and WHOI/AOP&E)
Why and how you value your plumber: establishing and conveying value in the outcomes of a data virtual organization. Peter Fox (TWC/RPI) ESIP, Jan
Of 33 lecture 1: introduction. of 33 the semantic web vision today’s web (1) web content – for human consumption (no structural information) people search.
Formalising a protocol for recording provenance in Grids Paul Groth – University of Southampton.
Deepcarbon.net Xiaogang Ma, Patrick West, John Erickson, Stephan Zednik, Yu Chen, Han Wang, Hao Zhong, Peter Fox Tetherless World Constellation Rensselaer.
1 RDA and Metadata Peter Fox (my view) Metadata session
Semantic Similarity Computation and Concept Mapping in Earth and Environmental Science Jin Guang Zheng Xiaogang Ma Stephan.
Writing Informative Grades College and Career Readiness Standards for Writing Text Types and Purposes arguments 1.Write arguments to support a substantive.
A Semantic Web Approach for the Third Provenance Challenge Tetherless World Rensselaer Polytechnic Institute James Michaelis, Li Ding,
1 Class exercise II: Use Case Implementation Deborah McGuinness and Peter Fox CSCI Week 8, October 20, 2008.
 Key integrating concepts  Groups  Formal Community Groups  Ad-hoc special purpose/ interest groups  Fine-grained access control and membership 
Formal Specification: a Roadmap Axel van Lamsweerde published on ICSE (International Conference on Software Engineering) Jing Ai 10/28/2003.
Do I need statistical methods? Samu Mäntyniemi. Learning from experience Which way a bottle cap is going to land? Think, and then write down your opinion.
Explainable Adaptive Assistants Deborah L. McGuinness, Tetherless World Constellation, RPI Alyssa Glass, Stanford University Michael Wolverton, SRI International.
How Environmental Informatics is Preparing Us for the Era of Big Data AGU FM 2013 GC11F-01 December 09, 2013, MW 3001 Peter
NMFS Use Case 1 review/ evaluation and next steps April 19, 2012 Woods Hole, MA Peter Fox (RPI* and WHOI**) and Andrew Maffei (WHOI) *Tetherless World.
Information Model Driven Semantic Framework Architecture and Design for Distributed Data Repositories AGU 2011, IN51D-04 December 9, 2011 Peter Fox (RPI)
Teaching Children About Food Safety Food Safety Professional Development for Early Childhood Educators.
Plagiarism Miss H. 2008/2009. The entire content of this presentation comes from TurnItIn.com Turnitin allows free distribution and non-profit use of.
Annotating and Embedding Provenance in Science Data Repositories to Enable Next Generation Science Applications Deborah L. McGuinness.
The Role of Virtual Observatories and Data Frameworks in an Era of Big Data NIST bIG dATA June 14, 2012, Gaithersburg, MD Peter Fox (RPI and WHOI)
The Semantic eScience Framework AGU FM10 IN22A-02 Deborah McGuinness and Peter Fox (RPI) Tetherless World Constellation.
MDD-Kurs / MDA Cortex Brainware Consulting & Training GmbH Copyright © 2007 Cortex Brainware GmbH Bild 1Ver.: 1.0 How does intelligent functionality implemented.
WHAT IS THE NATURE OF SCIENCE?
‘Ontology Management’ Peter Fox (Semantic Web Cluster lead)
Inquiry learning and SimQuest
Peter Fox (TWC/RPI) ESIP, Jan
Lesson Planning Sequence
Knowledge Basis for Design Steve Frezza, Ph. D., C.S.D.P.
Ontology Evolution: A Methodological Overview
EOSC services architecture
Review of End of Year/ End of Grant Reports
Science Data Platforms: Informatics Architectures at the Forefront.
Agenda Software development (SD) & Software development methodologies (SDM) Orthogonal views of the software OOSD Methodology Why an Object Orientation?
Presentation transcript:

Realities in Science Data and Information - Let's go for translucency AGU FM10 IN13B-02 Peter Fox (RPI) Tetherless World Constellation

And the reality? It’s about the questions that are being asked, e.g. When was the last sensor calibration and who did it, why was it done and where are the results? Exactly what physics routines went into this model run and how do I know this is the actual output it generated (and that it has not been altered)?

The ecosystem? These are what enable scientists or anyone to explore/ confirm/ deny their ‘hunches’ or get answers to direct questions… Accountability ProofExplanationJustificationVerifiability ‘Transparency’ (the illusion of it) Trust Provenance - Internal/ External Identity

Why an illusion? It’s not that the word transparency is wrong, it is what it is being used for – –“If I let you see everything, you can get answers to your questions” Nope, not unless you are very lucky… It depends on –Who is asking the question (and why) –What the answer will be used for –CONTEXT and ROLE (poorly represented)

Fox VSTO et al.5 But back to reality Fragmentation Disconnection Encapsulation Data as service … all are bad for the questions that are being asked

So … translucency See just what is necessary and suff. Practical definition –As close to the relevant data, information and knowledge artifacts presented in an appropriate form –Damn, yes, I mean curation Methodological means –Lenses (with filters, roles if possible) –Bags –Logic, i.e. rules

Some of this is, er… Provenance - Origin or source from which something comes, intention for use, who/what generated for, manner of manufacture, history of subsequent owners, sense of place and time of manufacture, production or discovery, documented in detail sufficient to allow reproducibility Knowledge provenance; enrich with semantics (especially the relations between concepts previously isolated, and retaining context) and semantically-aware tools

Complexity (see IN43C-05) 8

And some … Identity –YOUR identity –Friends, organizations –Communities –Peer and non-peer relations Accountability –By whom, to whom –When and how often Documentation – are you happy Ted?

We need a Knowledge Base Knowledge provenance Descriptions of the artifacts Domain specific terms/ language 10 Questions Who What/when/why/ how Answer

Access Control Essential For Establishing Trust Licensing Intellectual property Security/ defence Endangered species Sensitive Data / Information Defining authorized access

Proof Markup Language PML Justification –Explanation –Causality graph Provenance –Conclusion –Source –Engine –Rule Trust –Trust/Belief metrics NodeSet Justification Conclusion NodeSet Justification Conclusion NodeSet Justification Conclusion Engine Rule hasAntecedentList hasSourceUsage hasInferenceRule hasInferenceEngine SourceUsage Source DateTime 12

Open Provenance Model Agents –Catalyst and controlling entity of a process Processes –Action or Series of actions performed resulting in new artifacts Artifacts –Immutable piece of state Roles –Non-semantic flat tags used to provide context in relations Artifact Process wasGeneratedBy(Role) Agent Artifact used(Role) wasControlledBy(Role) Artifact wasDerivedFrom(Role) Process wasGeneratedBy(Role) wasTriggeredBy(Role) 13

E.g. Knowledge Base – see Zednik et al. IN43C-06

My suggestion(s) Accommodation of dynamic content in an open (web) environment (distrust) Filter/ lens models and implementations in tools/ applications Declarative semantics to formalize the meaning/ terms and relations - progress Rules to define the combinations of evidence required - starting “In their face” end-user modeling – getting real use cases for presentation of ‘facts’