[22:33, 04/08/2020] Dr. Abu Hasan Abdullah: Ship Motion DAQ (1) Inertial Measurement Unit (IMU) used to track 6 Degrees of Freedom (6DOF). [22:35, 04/08/2020] Dr. Abu Hasan Abdullah: Ship Motion DAQ (2) Example of simple motion 3D tracking. 👇 <video file no longer available> [22:37, 04/08/2020] Dr. Abu Hasan Abdullah: I'm sorry if the file is too big 😁 [22:39, 04/08/2020] Dr. Abu Hasan Abdullah: Ship Motion DAQ (3) This IMU can be easily programmed & controlled from Raspberry Pi. 👇 <video file no longer available> [22:41, 04/08/2020] Dr. Abu Hasan Abdullah: https://maker.pro/raspberry-pi/tutorial/how-to-interface-an-imu-sensor-with-a-raspberry-pi [22:41, 04/08/2020] Dr. Abu Hasan Abdullah: .. or Arduino. Both are cheap! https://create.arduino.cc/projecthub/Aritro/getting-started-with-imu-6-dof-motion-sensor-96e066 [22:46, 04/08/2020] Dr. Abu Hasan Abdullah: Ship Motion DAQ (4) SOTON has done it for ship motion sensing...(see PDF) ship.motion.measurement.using.an.inertial.measurement.unit-id2008042246.pdf [22:49, 04/08/2020] Dr. Abu Hasan Abdullah: Ship Motion DAQ (5) CEC, MTC & AMDeC should join in a similar project. We could ask favour from APMM to go on a trial run 😁... ... & tumpang mancing sekali 😅. [22:52, 04/08/2020] Dr. Abu Hasan Abdullah: This IMU transducer is dirt cheap 10 - 20rm [23:03, 04/08/2020] Dr. Abu Hasan Abdullah: Ship Motion DAQ (6) Dynamic response of floating vessels -- a completed project at University of Western Australia. (see PIX below 👇) https://www.uwa.edu.au/projects/old-rl-03