Computational Fabrication of Macromolecules to Enhance Perception and Understanding of Biological Mechanisms.
Thomas AlderighiDaniela GiorgiLuigi MalomoPaolo CignoniMonica ZoppèPublished in: STAG (2019)
Keyphrases
- complex biological systems
- computational tools
- mechanisms underlying
- biological systems
- computational models
- computational modeling
- computational systems
- fundamental principles
- motor control
- living organisms
- high density
- complex systems
- biological knowledge
- technical systems
- mechanism design
- data sets
- cognitive processing
- biological vision
- building blocks
- multi agent
- computational approaches
- visual processing
- deeper understanding
- computational methods
- human perception