2. The CORESENSE project has received funding from
the European Union’s Horizon Europe research and
innovation programme under grant agreement No.
CoreSense: A Hybrid Cognitive Architecture for Deep
Understanding
www.coresens
e.eu
CORESENSE
RICARDO SANZ
UPM Autonomous Systems
A HORIZON EUROPE PROJECT
3. CORESENSE 20221005 / CORESENSE KoM / Sanz / CORESENSE Vision 3
Machines that “understand”
Robots reflecting on the sense of their life
5. CORESENSE
What’s in a name?
CoreSense
Common Sense
20221005 / CORESENSE KoM / Sanz / CORESENSE Vision 5
6. What is this all about?
Machines that deeply know
about systems (as engineers
do) and can use this
knowledge to improve
resilience by deep knowledge-
based control and adaptation.
7. CORESENSE
CoreSense Strands
• AI and Cognition
• Robotics
• Control
• Systems and Software Engineering
• Philosophy
20221005 / CORESENSE KoM / Sanz / CORESENSE Vision 7
8. CORESENSE 20221005 / CORESENSE KoM / Sanz / CORESENSE Vision 8
Some Core Threads
• Model-based cognition
• The perceptual awareness pipeline
• Formalization using abstract concepts
• Reusable architecture and components
• Digital engineering up to runtime
9. CORESENSE 20221005 / CORESENSE KoM / Sanz / CORESENSE Vision 9
Model-based cognition
• Model-based cognitive systems create models of their
world and use them in the performance of action.
• World and model
are systems
• World and model
stay in a formal relation
10. CORESENSE 20221005 / CORESENSE KoM / Sanz / CORESENSE Vision 10
Representation and World
15. The (self-aware) system lifecycle
Deployment
System
Design
Requiremen
ts
User needs
System
Realization
needs requirements patterns system system-of-systems
Operation
The system operation shall delivered value
17. CORESENSE
WP NO WORK PACKAGE NAME CONTENT
WP1 Understanding and Awareness Theory A formal theory of understanding to generate world
and self-awareness for autonomous systems.
WP2 Awareness Architecture A system software-intensive cognitive architecture
based on the theory
WP3 Cognitive Modules and Structures Reusable architectural and functional components
WP4 System Lifecycle and Toolchain Engineering processes and tools supporting a
methodology of autonomous systems development
WP5 ROSification of Software Assets Deployment of assets in the ROS Ecosystem
WP6 Testbed: Manufacturing robots Manufacturing robots that show flexibility in dealing
with changing missions
WP7 Testbed: Inspection drones Industrial drones that show team-level resilience
WP8 Testbed: Social robots Robots that interact with humans and are able to show
human alignment and explainability.
20221005 / CORESENSE KoM / Sanz / CORESENSE Vision 17
WorkPackages
18. System Release
Testbed
Use Case
Concepts
Theory
SW Assets
ROS
Packages
Refined Theory
Refined SW
Handbook
Architecture
THEORY
TECHNOLOGY
APPLICATIONS
Life-cycle Methodology
Tooling
Use Case
Concepts
Use Case
Concepts Testbed
Testbed
System Release
System Release
19. Year 1 Year 2 Year 3 Year 4
WP1: Theory
WP3: Cognitive Modules
WP5: ROSification
WP4: Lifecycle and Toolchain
WP9: Dissemination, Exploitation and Communication
WP2: Architecture
THEORY
TECHNOLOGY
APPLICATIONS
WP6: Manufacturing Testbed
WP7: Drone Inspection Testbed
WP8 Social Robot Testbed
PROJECT
WP10: Project Management and Coordination
Milestone
1
Milestone
2
Milestone
3
Milestone
4
20. CORESENSE
In summary
• This project is about the use of
heterogeneous active
representations of the world and
the system supporting model-
based action for autonomous
robots.
• The establishment of active
mappings to user needs puts
delivered value at the forefront.
• Heterogeneity is handled by using
abstract categories.
• Universality is addressed by
different use cases.
20221005 / CORESENSE KoM / Sanz / CORESENSE Vision 20