The basal ganglia are part of the brain that helps people to decide what to do next what researchers call "action selection".In the future, robots with simulated brain circuits might help us to identify and simulate new forms of treatment for damaged brains.The brain-bot simulates the level of dopamine (a neurotransmitter that controls movement and emotional response) in the basal ganglia.
High levels of simulated dopamine, on the other hand, causes difficulty in suppressing unwanted actions, or the simultaneous selection of two incompatible actions similar to patients with Huntington's chorea, Tourette's syndrome or schizophrenia .In the future, robots with simulated brain circuits might also help us to identify and simulate new forms of treatment for damaged brains.
This simulation consists of three steps: A simplify the sprinting motion with the SLIP model and identify its parameters using experimentally measured motion, B modify the identified model parameters and simulate the forward dynamics of the simple model, and C reconstruct the detailed whole-body motion from the motion of the simple model.
Both sets of experiments underscore the importance of identifying and simulating potential hydrodynamic conduits of surface oil transport.
In modal synthesis, every mode (i.e., every resonance) of a complex object is identified and simulated using a resonator.
A finite element model is developed and updated using a genetic algorithm optimization scheme to match the frequencies identified and to simulate data from a damaging earthquake for the bridge.
The remaining seven parameters in the cardiac and circulation model component (α 1, α 2, α 3, α 4, F 0, F 1, and τ AR) were identified by simulating the responses of the system to volume infusion and hemorrhage, as detailed below in Results.
To test the ability of ustacks to identify loci, we simulated the RAD-seq process from the well-assembled genome sequence of threespine stickleback.
Appropriate initial states were identified by simulating the unlinking of two initially linked vortex rings and then reversing the vorticity of the final state and running the simulation backwards.
In our computations, the steady-state was identified by simulating the system corresponding to the control condition (no stimulus) for a long time (t = 1000 hr).
