Activity 2006-2008 - Projects:
the contribution to the EU
pages in preparation)
Management Intelligence Reinforcement (see
Socio-cognitive Modelling of Human, Organisation and Computer High-Intelligent
This is new initiative of the EU project proposal in frame of the
two steps FET Open Program
- Cordis EoI Page
- EMIR's Consortum
is a subproject of the ITEA EUREKA
responsible person: Dr. A.M. Gadomski.
This R&D sub-Project has been proposed by HID. It is
- Global Methodology of e-Design of Complex
- Functional Specification of Intelligent Cognitive
Advisor for the e-Design of Complex
Page during updating
EU Project Proposal
CIMA , Computer Intelligent
for High Risk Decision
Support. CIMA is focused on reinforcement of management intelligence, it
is a scientific-technology
collaboration of ENEA and IBS-PAN
(Institute of Systems Research, Polish Academy of Science).
The project has been activated in frame of the Polish-Italian Bilateral
(The Government Italo-Polish Commission: Scientific cooperation is based
on the Italian - Polish
agreement signed 27/11/1960).
The project has been defined in the area of newest systemic cross-disciplinary
approaches, always more frequently requested for the solutions of complex
real world problems
of the modern global information society on its way to a sustainable development.
The CIMA project deals with the integrated modeling of distributed
reasoning processes in
the managerial decision-making under uncertain high-risk
The cooperation is a research platform for the expected common participation
in EU or other
international projects based on socio-cognitive
engineering and validation of methodologies,
models and technologies for multipurpose managerial IDSSs ( Intelligent
for high-risk decisions.The cooperation includes common organization of
and promotions of new research initiatives.
Preselected Polish business organizations were considered as test-case
end-users and the
Organization of the Special
Session on SOCIO-COGNITIVE ENGINEERING IN THE MODELLING OF BUSINESS
INTELLIGENCE in conjunction with the BIS 2002 Conference.
A.M.Gadomski, A.Straszak. Socio-Cognitive Engineering Paradigms for
Business Intelligence Modelling: the TOGA
conceptualization. Proceedings of the 5th Business Information System
International Conference– BIS 2002, Poznan,
Poland, April 24-25, 2002 (Abstract).
responsible person: Prof. A.Straszak.
responsible person: Dr. A.M. Gadomski
Project HAM - Human
Agent cognitive Modeling (since 1999):
a long-term ENEA's scientific cooperation with ECONA
(Interuniversity Center for the
Research on Cognitive Processing in Natural and Artificial Systems), Rome.
HAM objective is a theoretical and experimental validation of methodological
frames for the
cognitive modeling of a human agent mind (user-modeling) and an artificial cognitive
advisor for the
conceptual cooperation between humans and intelligent (or proto-intelligent)
The cooperation iincludes promotion of common scientific
events: seminars, workshops,
and is based on a synergy of research.
The research effort is oriented towards the modeling of the abstract
cognitive/mind functions and, in
consequence, should lead to their computer simulations, understanding and
Decision Support Systems (IDSS).
The methodology framework employed is initially based on the TOGA meta-theory and
cognitive agent architecture [IPK
Cognitive Agent prototype] .
[ ECONA Seminar - transparent sheets in Italian: ECONA-VD99.htm
Report 1999-2001- Seminar]
Results: 3 student thesis.
Cooperation in the organization of two international workshops:
- First International Workshop
on Socio-Cognitive Engineering Foundations SCEF-2003
and AIA03 Round-Table, Rome,Sep.2003.
- MLEM-2004: M-Learning for Emergency Management First International Workshop,
Rome, July, 2004.
Pestilli, A. M.Gadomski, M.Olivetti-Belardinelli, (2000, December).
Route spatial representation of decisional
problems: Application of TOGA framework to the modeling of cognitive agent.
International Conference on Spatial
Cognition: Scientific Research and Applications, Rome, Italy ( Prototype,
Ppt presentation ).
F.Pestilli, (2000, December). Cognitive Modeling: IPK Cognitive
Agent.-Thesis in Italian (En.Index, IPK Cognitive
Agent-Transparent Sheets - zip for download ).
F. Pestilli, A. M.Gadomski, & M.Olivetti-Belardinelli, (1999) Approccio
alla modellizzazione dei processi cognitivi:
rapporti tra Psicologia e Scienze dell’Artificiale.Valentini Day della
Facoltà di Psicologia, Università degli Studi di
Roma La Sapienza, Roma (ppt presentation, italian -pdf).
A.M.Gadomski,A.Salvatore, A. Di Giulio. Case Study Analysis of Disturbs
in Spatial Cognition: Unified TOGA Approach,
Proc. of 2nd International Conference on Spatial Cognition (ICSC2003),
Rome, 24-27 November 2003. 29 Abstract
A. Di Giulio, A.M.Gadomski. Chatterbot Cognitive Interface: Ergonomics
and Usability in e-Business support, the
ENEA - HID Seminar material, 26 Feb. 2004, (Ppt presentation).
responsible person: Prof. M. Olivetti Belardinelli
ENEA's responsible person: Dr. A.M.Gadomski
Global Disaster Information Network -
participation in the organization of
challenger - for the GDIN2002
Conference, June 18-22, 2002,
(Sponsor: Dr. Raniero Guerra, Director General, International
Relations, Instituto Superiore di
This activity is a consequence of the previous long-term ENEA's MINDES
a precedent participation in the GEMINI
initiatives. The modeling of G-DIN domains and
interventions require strong systemic socio-cognitive engineering
Introduction to the Modeling of Large-Scale Disaster Management.
Tutorial at the GDIN'2002 Conference, Rome, Italy, 2002.
ENEA's responsible person: Dr. A.M.Gadomski
Mobile Learning and e-Learning
e-Learning < Distance Learning < Instruction
practical aspects of this field are managed in ENEA by
Anna Moreno together with Usability
Lab ( F.Fontana)
This activity is focused on (
< Instruction )
- One of
HID Group interests
is focused on : reinforcement of intelligence
technologies and methods, investigation and development of student
and tutor generic cognitive
reasoning models for the definition of e-learning/instruction strategy
and for the design of
e-Learning Intelligent Support Systems (see also the
Theoretical base for e-Learning and
m-learning is the
IPK methodological frame.
A cooperative e-learning and distributed m-learning based on the TOGA
frameworks should enable to construct active
gnosis (==IPK*) structures and domain-oriented
hypotheses of learning strategies
on the various IPK
Moreover, proper inquiry strategy may provide an opportunity
to teach students of a
meta-cognitive thinking, which in turn should improve reflection, monitoring,
controlling of their own cognitive learning processes.
- Modeling of the cognitive intefrace and
flexible support for m-learning in emergency
A .M.Gadomski, F.Fontana Intelligent
Agents in Distance Learning Systems ( pdf),,
The UNINFO & eForm Meeting, May, 2001 (
- Formazione integrata per New Economy).
A.M.Gadomski, F.Fontana, Agenti Cognitivi Semi-Intelligenti per Imprese
Virtuali di e-Learning: Applicazioni di
Metodologia TOGA e Tecnologie Web Multimediali. AIIA Group
E-Learning Workshop, Jan. 2003, Rome.(abs),
The article published in AIIA Notizie Journal, 2003.
- Partecipation in the UNINFO and ISO acttivity on Learning Technologies
- Promotion and organization of MLEM-2004: First
International Workshop on Mobile-Learning for
Management , Bracciano - Rome, July, 2004.
( in TOGA)
is defined as: information or preferences or knowledge or all together
and it is always
related to a preselected domain/(s) of activity of a cognitive agent.
National project in
fase of the proposal