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Hydrodynamics and optimal modes of bio-locomotion for collective swimming in a qu
Peet, Yulia
(PI)
Mechanical and Aerospace Engineering
Project
:
Research project
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Engineering & Materials Science
Hydrodynamics
100%
Deep neural networks
52%
Fish
29%
Data Science
24%
Autonomous agents
22%
Computational fluid dynamics
20%
Sensors
18%
Multi agent systems
16%
Robotics
13%
Students
13%
Unmanned underwater vehicles
12%
Caves
12%
Social aspects
11%
Fluids
11%
National security
11%
Potential flow
11%
Neural networks
10%
Viscous flow
10%
Biological systems
10%
Sensor arrays
10%
Metal foil
9%
Multilayer neural networks
9%
Human computer interaction
9%
Cost functions
8%
Propulsion
8%
Physics
7%
Vortex flow
7%
Acoustics
7%
Kinematics
7%
Visualization
6%
Navigation
6%
Health
6%
Engineers
6%