समन्वायोजन इसके अंग्रेजी अर्थ का उदाहरण

Variations of network topology and network weights: from vehicle coordination to brain synchronization .

, flocking, schooling, and vehicle coordination.

Kelso has worked on coordination dynamics, the science of coordination and on fundamental mechanisms underlying voluntary movements and their relation to the large-scale coordination dynamics of the human brain.

Over the last 30 years or so, along with colleagues working in laboratories around the world, he has participated in an interdisciplinary science called coordination dynamics.

Coordination dynamics is an empirical and conceptual framework that tries to explain how patterns of coordination form, persist, adapt and change.

The insights of coordination dynamics have been applied to predict behavior in different kinds of systems at different levels of analysis.

But coordination dynamics seeks to model specific properties of human cognition, neurophysiology, and social function – such as anticipation, intention, attention, decision-making and learning.

The principal claim of coordination dynamics is that the coordination of neurons in the brain and the coordinated actions of people and animals are linked by virtue of sharing a common mathematical or dynamical structure.

Further work at Haskins Labs using a combination of novel perturbation techniques, kinematic and intramuscular recordings discovered that the control and coordination of complex speech gestures was also based on functional synergies or coordination structures.

Later extensions of HKB accommodated the effects of noise, broken symmetry, multiple interacting heterogeneous components, recruitment-annihilation processes, parametric stabilization, and the role of changing environments on coordination.

Or as Kelso puts it, "the same coordination dynamics governs brain activity and human behavior.

" For example, on the basis of recordings and analysis of human brain activity Viktor Jirsa and Armin Fuchs along with Kelso were able to derive the HKB equations of coordination at the behavioral level from a more realistic anatomical and physiological model of the underlying neural substrate.

Kelso's current work focuses on whether the same principles and mechanisms of coordination dynamics apply also to human brains working together in social settings.