IOT Based 3-D Motion Model Render

Project Title

IOT Based 3-D Motion Model Render

Project Area of Specialization Computer ScienceProject Summary

A 3D Character is to be created using Blender and then using IOT(Internet Of Things) devices we are to connect the limbs of the human host with the 3D rendered Model using the OpenGL library, which will help us to visualize the movements of the host and enable us to find patterns and movements that may be beneficial for athletes in sports or analyzing the movements of a patient with a skeletal disorientation(s) in real time, these are a couple of applications of our project. The vision that we had when we were selecting this project was to have a system that was diverse enough to be modelled and integrated into any field in the Industry, which may include the following:

• Medical field.
• Gaming.
• Robotics.
• Motion Capture.

Project Objectives

The Objectives of the project are stated as follows:

•  Fabrication of Motion Tracking Devices.

•  Massive amount of Data collection from Sensors with the       help of IOT Devices.

•  Gait Analysis of the human host is to be done.

•  Real time Visualization of Human Body Motion.

•  Develop Multiple Applications on gathered data.

Project Implementation Method

There are multiple modules that come together for the Implementation of the projects they are stated as follows:

1. Configuration of IoT(Internet of Things) Devices.
2. Reading the data from the IoT(Devices) and assigning them a database.
3. Feeding the data onto a compiler for data processing.
4. Assigning limbs to the corresponding data.
5. Designing of a virtual 3D Character.
6. Integration of the 3D Character onto the compiler.
7. Linking the data obtained from the IoT Devices with the 3D character.
8. Machine Learning Algorithms to be applied for Future work.

Benefits of the Project

The Benefits of the Project include:

• Use in Medical Field.
• Use in gaming industry.
• Enhance performance in Robotics.
• Motion mimics of human host.
• Gait Analysis
• Use in VFX production.
• Enhance Performance of Humans.
• Reduce Operational Expenses.
• 3D Motion trackers to integrate real time applications.
• Real Time Visibility.
• Can be used for government projects or any other commercial projects.

Technical Details of Final Deliverable

Make Motion capture technology, using Node MCU(esp 8266) and Accelerometer(mpu-9250) for getting real time values and motion sensors (accelerometer). Dataset shall be obtained from motion of the human host by using motion sensors i.e.(accelerometer) which are to be connected to host’s limbs so that analysis may be done. Stored dataset in database will be mapped with raw skeletal model by using OpenGL library. Model will able to mimic the motion of human host, afterwards a 3D model may be generated and Integrated with previously built on data. Lastly,we will train our model through machine learning which shall enhance the performance of model.

Final Deliverable of the Project HW/SW integrated systemCore Industry ITOther Industries Medical , Media , Health Core Technology Wearables and ImplantablesOther Technologies Internet of Things (IoT), Augmented & Virtual Reality, RoboticsSustainable Development Goals Good Health and Well-Being for People, Industry, Innovation and InfrastructureRequired Resources

Item Name	Type	No. of Units	Per Unit Cost (in Rs)	Total (in Rs)
			Total in (Rs)	31155
MPU-9250 Accelerometer	Equipment	17	750	12750
ESP-8266 Node MCU	Equipment	17	650	11050
Solderless Breadboard	Equipment	17	110	1870
9-Volt Battery	Equipment	34	50	1700
9-Volt Battery Clip	Equipment	17	15	255
Casing	Equipment	17	160	2720
Jumper Wires	Equipment	4	140	560
Double Sided Stickon	Equipment	1	250	250