Development of a physical model of a strapdown combat module stabilization system based on micromechanical inertial sensors.
The combat module control system and stabilization algorithms are performed in real time by a 32-bit microcontroller.
Designing the model and in the package SolidWorks.
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- Designing the model and in the package SolidWorks.
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- Designing the model and in the package SolidWorks.
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- Designing the model and in the package SolidWorks.
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- Designing the model and in the package SolidWorks.
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- Designing the model and in the package SolidWorks.
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- Designing the model and in the package SolidWorks.
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- Designing the model and in the package SolidWorks.
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- Designing the model and in the package SolidWorks.
Model development
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- Development of a physical model of a strapdown combat module stabilization system based on micromechanical inertial sensors.
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- Development of a physical model of a strapdown combat module stabilization system based on micromechanical inertial sensors.
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- Development of a physical model of a strapdown combat module stabilization system based on micromechanical inertial sensors.
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- Development of a physical model of a strapdown combat module stabilization system based on micromechanical inertial sensors.
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- Development of a physical model of a strapdown combat module stabilization system based on micromechanical inertial sensors.
-
- Development of a physical model of a strapdown combat module stabilization system based on micromechanical inertial sensors.
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- Development of a physical model of a strapdown combat module stabilization system based on micromechanical inertial sensors.
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- Development of a physical model of a strapdown combat module stabilization system based on micromechanical inertial sensors.