From Kolflow Project

Contents 1 Published deliverables 2 D11 2.1 Deliverable description 3 D12 3.1 Deliverable description 4 D21 4.1 Deliverable description 5 D41 5.1 Deliverable description 6 D51 6.1 Deliverable description 7 D61 7.1 Deliverable description 8 D42 8.1 Deliverable description 9 D13 9.1 Deliverable description 10 D22 10.1 Deliverable description 11 D31 11.1 Deliverable description 12 D52 12.1 Deliverable description 13 D62 13.1 Deliverable description 13.2 Project Structure 13.3 Calendar of tasks 13.4 Deliverables

Published deliverables

To access deliverables just click on the deliverable number

Id	deadline	task	number	title	delivered
D11	00	Task1	1.1	kick off meeting	1true
D12	33	Task1	1.2	creation and continuous updates	1true
D21	66	Task21	2.1	Building a corpus for experimenting continuous knowledge extraction.	1true
D41	66	Task4	4.1	State of the art on the different topics addressed in this task	1true
D51	66	Task5	5.1	State of the art on the three topics studied (Distributed Semantic Wikis, distributed querying distributed alter-ego assistant),	1true
D61	66	Task6	6.1	Man-machine collaboration scenarios	1true
D42	1010	Task4	4.2	Algorithm to explain basic query mechanisms	1true
D13	1212	Task1	1.3	Yearly workshop 1	1true
D22	1212	Task22	2.2	Integrating a knowledge extraction system from texts in a semantic wiki. methodology, modules, and experiments.	1true
D31	1212	Task3	3.1	algorithms and architecture of the interactive semantic inconsistency managing system	1true
D52	1212	Task5	5.2	Many semantic web applications integrate data from distributed triple stores and to be efficient, they need to know what kind of content each triple store holds in order to assess if it can contribute to its queries. We present an algorithm to build indexes summarizing the content of triple stores. We extended Depth-First Search coding to provide a canonical representation of RDF graphs and we introduce a new join operator between two graph codes to optimize the generation of an index. We provide an incremental update algorithm and conclude with tests on real datasets.	1true
D62	1212	Task6	6.2	Man-machine collaboration scenarios progress report	1true

D11

Deliverable description

Code : D1.1

Task / Sub-task : Task1

Deadline : month 0

Description : kick off meeting

Concerns : Kick-off meeting

Status : yes

Kickoff documents : kick-off_meeting

D12

Deliverable description

Code : D1.2

Task / Sub-task : Task1

Deadline : month 3

Description : creation and continuous updates

Concerns : Kolflow

Status : true

This task corresponds to the maintenance of the kolflow web site.

D21

Deliverable description

Code : D2.1

Task / Sub-task : Task21

Deadline : month 6

Description : Building a corpus for experimenting continuous knowledge extraction.

Concerns :

Status : yes

• Knowledge and data about cooking, used in the Taaable project are publically available at: wikitaaable.loria.fr. These resources have been completed and corrected.
• Several data links have been created. Dumps in RDF and XML, as well as a

sparql endpoint are now available from the main page of wikitaaable.loria.fr.

• This corpus has to be imported in DSMW.

  D41

Deliverable description

Code : D4.1

Task / Sub-task : Task4

Deadline : month 6

Description : State of the art on the different topics addressed in this task

Concerns :

Status : yes

The deliverable corresponds to:

• Rakebul Hasan and Fabien Gandon: Explanation in the Semantic Web: a survey of the state of the art. Research Report RR-7974, INRIA, (May 2012). Link
• Pierre-Antoine Champin, Amélie Cordier, Élise Lavoué, Marie Lefevre and Alain Mille: Traces, Assistance and Communities, a review. Research Report RR-LIRIS-2012-006, LIRIS, (April 2012). Link

  D51

Deliverable description

Code : D5.1

Task / Sub-task : Task5

Deadline : month 6

Description : State of the art on the three topics studied (Distributed Semantic Wikis, distributed querying distributed alter-ego assistant),

Concerns :

Status : yes

The deliverable corresponds to:

• Luis Daniel Ibáñez, Hala Skaf-Molli, Pascal Molli, Olivier Corby: Synchronizing semantic stores with commutative replicated data types. WWW (Companion Volume) 2012:1091-1096 Synchronizing semantic stores with commutative replicated data types
• State of the art on alter-ego assistants is studied in D4.1. There is no specific state of the art on distributed alter-ego assistants.
• State of art on Distributed Wikis and Distributed Semantic Wikis (HAL).

  D61

Deliverable description

Code : D6.1

Task / Sub-task : Task6

Deadline : month 6

Description : Man-machine collaboration scenarios

Concerns :

Status : yes

This deliverable has been joined with Deliverables D62.

In addition, some assistance scenarios are described in this Media:assistance_document.pdf.

D42

Deliverable description

Code : D4.2

Task / Sub-task : Task4

Deadline : month 10

Description : Algorithm to explain basic query mechanisms

Concerns :

Status : yes

The deliverable corresponds to:

• Rakebul Hasan and Fabien Gandon: Linking justifications in the collaborative semantic web applications. WWW (Companion Volume) 2012: 1083-1090 Download (slides)

  D13

Deliverable description

Code : D1.3

Task / Sub-task : Task1

Deadline : month 12

Description : Yearly workshop 1

Concerns : Yearly workshop 1

Status : yes

This correspond to workshop in Lyon: Second_Meeting

D22

Deliverable description

Code : D2.2

Task / Sub-task : Task22

Deadline : month 12

Description : Integrating a knowledge extraction system from texts in a semantic wiki. methodology, modules, and experiments.

Concerns :

Status : yes

The deliverable corresponds to:

• Amélie Cordier, Emmanuelle Gaillard and Emmanuel Nauer: Man-Machine Collaboration to Acquire Cooking Adaptation Knowledge for the TAAABLE Case-Based Reasoning System. WWW (Companion Volume) 2012: 1113-1120.
• My Thao Tand and Yannick Toussaint: A Continuous Process From Texts to Ontology.

  D31

Deliverable description

Code : D3.1

Task / Sub-task : Task3

Deadline : month 12

Description : algorithms and architecture of the interactive semantic inconsistency managing system

Concerns :

Status : yes

The deliverable corresponds to:

• Merging taxonomies Amélie Cordier Jean Lieber Julien Stevenot File:Delivrable3.1.pdf

  D52

Deliverable description

Code : D5.2

Task / Sub-task : Task5

Deadline : month 12

Description : Many semantic web applications integrate data from distributed triple stores and to be efficient, they need to know what kind of content each triple store holds in order to assess if it can contribute to its queries. We present an algorithm to build indexes summarizing the content of triple stores. We extended Depth-First Search coding to provide a canonical representation of RDF graphs and we introduce a new join operator between two graph codes to optimize the generation of an index. We provide an incremental update algorithm and conclude with tests on real datasets.

Concerns : Kolflow

Status : yes

This deliverable corresponds to:

• Incremental characterization of RDF Triple Stores, N° RR-7941 (2012) Adrien Basse, Fabien Gandon, Isabelle Mirbel, Moussa Lo

  D62

Deliverable description

Code : D6.2

Task / Sub-task : Task6

Deadline : month 12

Description : Man-machine collaboration scenarios progress report

Concerns :

Status : yes

The deliverables corresponds to:

• Diego Torres, Pascal Molli, Hala Skaf-Molli, Alicia Díaz: Improving Wikipedia with DBpedia. WWW (Companion Volume) 2012: 1107-1112 Improving Wikipedia with DBpedia (slides)
• Hala Skaf-Molli, Emmanuel Desmontils, Emmanuel Nauer, Gérôme Canals, Amélie Cordier, Marie Lefevre, Pascal Molli, Yannick Toussaint: Knowledge continuous integration process (K-CIP). WWW (Companion Volume) 2012: 1075-1082 Knowledge Continuous Integration Process (K-CIP) (slides)
• Pierre-Antoine Champin, Amélie Cordier, Élise Lavoué, Marie Lefevre, Hala Skaf-Molli: User assistance for collaborative knowledge construction. WWW (Companion Volume) 2012:1065-1074 User assistance for collaborative knowledge construction(slides)

Project Structure

Page	Task title	activity	responsible
Task1	Coordination	Project coordination	GDD
Task2	Continuous extraction, edition, and annotation	extracting knowledge units from texts using data mining	Orpailleur
Task21	Collecting data
Task22	Formal methods for knowledge extraction.
Task23	Continuous extraction of knowledge.
Task24	Semantic Annotation.
Task3	Inferences and Interactions for dealing with Semantic Inconsistencies	Design and experiment strategies for dealing with Semantic Inconsistencies	Orpailleur
Task31	Revision and Merging of Ontologies.
Task32	Human-Computer Interactions for Managing Consistency.
Task33	Interactive Revision and Merging of Ontologies.
Task34	Interactive Reasoning with a Globally Inconsistent Family of Ontologies.
Task4	Traces and explanations: documenting inferences, query solving and interactions	Design and experiment tracing and explanation approaches	Wimmics
Task41	Alter Ego Assistant.
Task42	Opening query-solving mechanisms.
Task5	Social semantic space	Design and experiment of a social semantic space	Silex
Task51	Distributed semantic wikis.
Task52	Distributed semantic queries.
Task53	Distributed alter ego assistant.
Task6	Scenarios and Evaluations	project evaluation	GDD

Calendar of tasks

iCalendar

Deliverables

Id	dealine	task	number	title
D11	00	Task1	1.1	kick off meeting
D12	33	Task1	1.2	creation and continuous updates
D21	66	Task21	2.1	Building a corpus for experimenting continuous knowledge extraction.
D41	66	Task4	4.1	State of the art on the different topics addressed in this task
D51	66	Task5	5.1	State of the art on the three topics studied (Distributed Semantic Wikis, distributed querying distributed alter-ego assistant),
D61	66	Task6	6.1	Man-machine collaboration scenarios
D42	1010	Task4	4.2	Algorithm to explain basic query mechanisms
D13	1212	Task1	1.3	Yearly workshop 1
D22	1212	Task22	2.2	Integrating a knowledge extraction system from texts in a semantic wiki. methodology, modules, and experiments.
D31	1212	Task3	3.1	algorithms and architecture of the interactive semantic inconsistency managing system
D52	1212	Task5	5.2	Many semantic web applications integrate data from distributed triple stores and to be efficient, they need to know what kind of content each triple store holds in order to assess if it can contribute to its queries. We present an algorithm to build indexes summarizing the content of triple stores. We extended Depth-First Search coding to provide a canonical representation of RDF graphs and we introduce a new join operator between two graph codes to optimize the generation of an index. We provide an incremental update algorithm and conclude with tests on real datasets.
D62	1212	Task6	6.2	Man-machine collaboration scenarios progress report
D43	1515	Task4	4.3	Algorithm to provide performance and errors indicators
D23	1818	Task23	2.3	Specification of a continuous knowledge extraction system
D44	1818	Task4	4.4	Test and evaluation of the alter ego assistant with regard to the scenarios
D53	1818	Task5	5.3	Algorithms and architecture for a distributed semantic wiki and a distributed alter-ego assistant
D45	2020	Task4	4.5	Algorithm to explain ontology-based processing
D14	2424	Task1	1.4	Yearly workshop 2
D32	2424	Task3	3.2	prototype and tests of the interactive semantic inconsistency managing system
D63	2424	Task6	6.3	Man-machine collaboration scenarios progress report
D46	2626	Task4	4.6	Algorithm to suggest queries and changes to queries
D54	2828	Task5	5.4	Algorithm to distribute query-solving
D55	3434	Task5	5.5	Algorithm to explain and document the distributed solving, Process language and machine for man-machine coordination
D16	3636	Task1	1.6	Final report
D15	3636	Task1	1.4	Final open workshop
D25	3636	Task23	2.5	Continuous extraction, edition and annotation in a semantic wiki ; report advances on this task at the end of the project.
D24	3636	Task24	2.4	Dynamic semantic annotation in a semantic wiki: definitions and specifications
D33	3636	Task3	3.3	prototype of the extension integrating management of ”human-machine” and ”logical” inconsistencies
D57	3636	Task5	5.7	Test and evaluation according to the project scenarios
D56	3636	Task5	5.6	Algorithm adapted to conflict detection
D64	3636	Task6	6.4	Man-machine collaboration scenarios progress report