modeling information technology needs in the agriculture domain

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1 Modeling Information Technology Needs in the Agriculture Domain Anna Perini, Angelo Susi {perini,susi}@irst.itc.it ITC - IRST, SRA Division Via Sommarive 18 - 38050 Povo, Trento SRA Division TROPOS Workshop 15-16.11.2001

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Modeling Information Technology Needs in the Agriculture Domain. Anna Perini, Angelo Susi {perini, susi } @irst.itc.it ITC - IRST, SRA Division Via Sommarive 18 - 38050 Povo, Trento. SRA Division. TROPOS Workshop 15-16.11.2001. OUTLINE. - PowerPoint PPT Presentation

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Page 1: Modeling Information Technology Needs in the Agriculture Domain

1

Modeling Information Technology Needs

in the Agriculture Domain

Anna Perini, Angelo Susi{perini,susi}@irst.itc.it

ITC - IRST, SRA Division

Via Sommarive 18 - 38050

Povo, Trento

SRA Division TROPOS Workshop 15-16.11.2001

Page 2: Modeling Information Technology Needs in the Agriculture Domain

2

OUTLINE

• The Integrated Production Problem in Agriculture

• The Problem Domain analysis (Tropos ER modeling)

• Analysis of the Needs

• A system at use of … (Tropos LR modeling)

SRA Division TROPOS Workshop 15-16.11.2001

Page 3: Modeling Information Technology Needs in the Agriculture Domain

3

OUTLINE

• The Integrated Production Problem in Agriculture

• The Problem Domain analysis (Tropos ER modeling)

• Analysis of the Needs

• A system at use of … (Tropos LR modeling)

SRA Division TROPOS Workshop 15-16.11.2001

Page 4: Modeling Information Technology Needs in the Agriculture Domain

4

Integrated Production in Agriculture two principles relatives to defense actions

• a tolerance threshold under which plant disease damages can be economically accepted

• a classification of chemicals and techniques, with respect to their impact on the environment, including growers and consumers, authorized by International Organization for Biological Control and by local government

SRA Division 4TROPOS Workshop 15-16.11.2001

Page 5: Modeling Information Technology Needs in the Agriculture Domain

5

Integrated Production: an example

SRA Division TROPOS Workshop 15-16.11.2001

• Venturia Inæqualis (a species of fungus, Ticchiolatura in Italian) an apples pest; on July 2% of infected fruit is considered an acceptable threshold

• the problem is to “Find the conditions and the actions to rise an amount of infected fruits less then 2%, using authorized techniques”

Page 6: Modeling Information Technology Needs in the Agriculture Domain

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Integrated Production: information and skills

• Historical data

Monitoring of current orchard status

Weather forecast

Information about chemicals

Synthesis of experiences from other advisors

SRA Division TROPOS Workshop 15-16.11.2001

Page 7: Modeling Information Technology Needs in the Agriculture Domain

7SRA Division

Integrated Production: two dimensions

• Technical dimension: orchards management, pest models development and use …

• Organizational dimension: coordination between Institutions, Producer Organizations, Advisors …each one having its own goal …. contributing to the global objective of making IP practices to become used …

TROPOS Workshop 15-16.11.2001

Page 8: Modeling Information Technology Needs in the Agriculture Domain

8

OUTLINE

• The Integrated Production Problem in Agriculture

• The Problem Domain analysis (Tropos ER modeling)

• Analysis of the Needs

• A system at use of … (Tropos LR modeling)

SRA Division TROPOS Workshop 15-16.11.2001

Page 9: Modeling Information Technology Needs in the Agriculture Domain

9SRA Division

Problem domain analysis

• Interviews to producers technicians and domain experts, acquisition of domain documentation

• Analysis of the actors roles and dependencies

• Description of actors, goals and dependencies into a ER model according to Tropos methodology:

Actor dependencies

goal-analysis

plan-analysis

TROPOS Workshop 15-16.11.2001

Page 10: Modeling Information Technology Needs in the Agriculture Domain

10SRA Division

IP organizational setting ER goal diagram

TROPOS Workshop 15-16.11.2001

Page 11: Modeling Information Technology Needs in the Agriculture Domain

11SRA Division

Goal-analysis Give assistance to producers

TROPOS Workshop 15-16.11.2001

Page 12: Modeling Information Technology Needs in the Agriculture Domain

12SRA Division

The Advisor – ER Goal Diagram Venturia inæqualis

TROPOS Workshop 15-16.11.2001

Page 13: Modeling Information Technology Needs in the Agriculture Domain

13

OUTLINE

• The Integrated Production Problem in Agriculture

• The Problem Domain analysis (Tropos ER modeling)

• Analysis of the Needs

• A system at use of … (Tropos LR modeling)

SRA Division TROPOS Workshop 15-16.11.2001

Page 14: Modeling Information Technology Needs in the Agriculture Domain

14SRA Division

Integrated Production Needs analysis

• For the Advisors decision support system:

model for pest management

Improve the quality of communication between advisors

• For the biology research institutes:

new techniques for the developing of pests models

TROPOS Workshop 15-16.11.2001

Page 15: Modeling Information Technology Needs in the Agriculture Domain

15

OUTLINE

• The Integrated Production Problem in Agriculture

• The Problem Domain analysis (Tropos ER modeling)

• Analysis of the Needs

• A system at use of … (Tropos LR modeling)

SRA Division TROPOS Workshop 15-16.11.2001

Page 16: Modeling Information Technology Needs in the Agriculture Domain

16SRA Division

The Advisor point of viewER Goal Diagram: Venturia Inæqualis

TROPOS Workshop 15-16.11.2001

Page 17: Modeling Information Technology Needs in the Agriculture Domain

17SRA Division

Late Requirement Goal Diagram

TROPOS Workshop 15-16.11.2001

Page 18: Modeling Information Technology Needs in the Agriculture Domain

18SRA Division

The dssPICO actor - LR Goal Diagram

TROPOS Workshop 15-16.11.2001

Page 19: Modeling Information Technology Needs in the Agriculture Domain

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Conclusion & Future work

• What’s next (from the Pico project perspective):

– architectural design, detailed design and development …

• Lessons learned:– An organization model - a “tool” which supports the communication

between the analysts and the users

• Issues for the research:– Modeling actors coordination through actor dependencies