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Album: Public (Denise SANFILIPPO)

by Denise SANFILIPPO
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Figure 23:  The MCU stop block appears inside the MCU library
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Figure 27: Import the project inside STM32CubeIDE
Figure 28: Select root directory to your STM32U3 firmware location
Figure 29: Select the build configuration you want to use
Figure 29:
Figure 6: MEMS Studio - AlgoBuilder - Blocks
Figure 7: MEMS Studio - AlgoBuilder Evaluation
Figure 8: MEMS Studio - AlgoBuilder Evaluation - Save to File
Figure 10: MEMS Studio - Advanced Features - MLC - ARFF generation
Figure 11: MEMS Studio - Advanced Features - MLC - Decision tree generation
Figure 12: MEMS Studio - Advanced features - MLC - Config generation
Figure 14: AlgoBuilder - Adding FSM/MLC blocks
Figure 15: AlgoBuilder - Adding Value block
Figure 16: MEMS Studio - AlgoBuilder Evaluation - The package is still
Figure 17: MEMS Studio - AlgoBuilder Evaluation - The package is not in an upright position
Figure 18: MEMS Studio - AlgoBuilder Evaluation - The package is moving
Figure 19: MEMS Studio - AlgoBuilder Evaluation - The package is shaken
Figure 20: Create a “Custom library” called “MCU”, and inside it a custom block called “MCU Stop”
Figure 21: Set the required info, inputs, outputs, and the code to enable MCU stop block
Figure 22: Simple C code can be put in the function block, to enable stop mode
Figure 23:  The MCU stop block appears inside the MCU library
Figure 24: The block tree is completed
Figure 25: AlgoBuilder Evaluation - Custom layout
Figure 26: Select the workspace to your firmware location
Figure 27: Import the project inside STM32CubeIDE
Figure 28: Select root directory to your STM32U3 firmware location
Figure 29: Select the build configuration you want to use
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Figure 1: Head Gestures project
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Figure 1: Head Gestures project
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Figure 3: Choose your environment: either Web browser or ST AIoT Craft mobile app
Figure 4: Turn on the board in DFU mode
Figure 5: Explore My datasets and My Projects sections
Figure 2: Head Gestures: a ready-to-run use case
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Figure 20: Create a “Custom library” called “MCU”, and inside it a custom block called “MCU Stop”
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Added ‎2025-11-13 2:50 AM
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Figure 20: Create a “Custom library” called “MCU”, and inside it a custom block called “MCU Stop”
Posted in: Creating a smart asset tracking application with ISM6HG256X and STM32U3  - ( ‎2025-11-20 7:00 AM )

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