MEMS (sensors)

* Q&As for Implementing AI in sensors webinar are now available in the MEMS&Sensors webinars community page *

Now are available the Q&As of the November 23rd webinar on "Implementing AI in sensors to develop power-efficient personal electronics applications, on how you can develop AI applications with ultra-low power consumption for battery-operated IoT, gam...

Resolved! Are movement of machines / robots detectable with LSM6DSOX?

Resolved! How can the MLC achieve such results with a low power consumption?

Resolved! Are there limitations on the number of movements detected by a decision tree?

Resolved! Can I detect movements/actions that are not already present on GitHub as MLC/FSM example?

Resolved! Do you need the SensorTile.box to program the MLC on the LSM6DSOX?

Resolved! Can I rerun decision tree again based on some previous time sensor readings (not real-time)?

Resolved! Can you advise on how to make a decision tree not "specific"? So that you can detect movement very similar to the training dataset?

Resolved! On GitHub there are two MLC examples for wrist-tilt recognition, one that uses gyro + accelerometer and one that uses only XL. Why?

Resolved! Can the MLC be used for detection of heart vibration patterns (e.g. in response to different emotional states)?

MEMS (sensors)

Forum Posts

* Q&As for Implementing AI in sensors webinar are now available in the MEMS&Sensors webinars community page *

Resolved! Are movement of machines / robots detectable with LSM6DSOX?

Resolved! How can the MLC achieve such results with a low power consumption?

Resolved! Are there limitations on the number of movements detected by a decision tree?

Resolved! Can I detect movements/actions that are not already present on GitHub as MLC/FSM example?

Resolved! Do you need the SensorTile.box to program the MLC on the LSM6DSOX?

Resolved! Can I rerun decision tree again based on some previous time sensor readings (not real-time)?

Resolved! Can you advise on how to make a decision tree not "specific"? So that you can detect movement very similar to the training dataset?

Resolved! On GitHub there are two MLC examples for wrist-tilt recognition, one that uses gyro + accelerometer and one that uses only XL. Why?

Resolved! Can the MLC be used for detection of heart vibration patterns (e.g. in response to different emotional states)?

Trying to avoid hit or touch detection

AIS2120 Accelerometer Sensor

LSM6DSV16X unable to interact via I2C in Python on...

LIS2DH12 acceleration data of even number only

LSM6DSV performance test results - AVAR, VRE, misa...

ESP32 deep-sleep with LSM6DSOX step-detector: how ...

MEMS (sensors)

*** Q&As for Implementing AI in sensors webinar are now available in the MEMS&Sensors webinars community page ***

Resolved! Are movement of machines / robots detectable with LSM6DSOX?

Resolved! How can the MLC achieve such results with a low power consumption?

Resolved! Are there limitations on the number of movements detected by a decision tree?

Resolved! Can I detect movements/actions that are not already present on GitHub as MLC/FSM example?

Resolved! Do you need the SensorTile.box to program the MLC on the LSM6DSOX?

Resolved! Can I rerun decision tree again based on some previous time sensor readings (not real-time)?

Resolved! Can you advise on how to make a decision tree not "specific"? So that you can detect movement very similar to the training dataset?

Resolved! On GitHub there are two MLC examples for wrist-tilt recognition, one that uses gyro + accelerometer and one that uses only XL. Why?

Resolved! Can the MLC be used for detection of heart vibration patterns (e.g. in response to different emotional states)?

Trying to avoid hit or touch detection

AIS2120 Accelerometer Sensor

LSM6DSV16X unable to interact via I2C in Python on...

LIS2DH12 acceleration data of even number only

LSM6DSV performance test results - AVAR, VRE, misa...

ESP32 deep-sleep with LSM6DSOX step-detector: how ...

* Q&As for Implementing AI in sensors webinar are now available in the MEMS&Sensors webinars community page *