google project soli

Presentor:-1. Akshay Mohokar

Agenda:-

• Introduction

• What is project soli..?

• About project soli.

• How it Works

• Applications

• Advantages

• Disadvantages

• Conclusion

1.It’s a project of Google ATAP(Advanced Technology and Projects group ).

2. It has many projects under it.

3.Some of them has been Google ATAP project like:- Project Jacquard, Google self driving car, Project ARA.

4.Our hands and fingers are the best way we have to interact with smart devices.

5.One of the reasons is also the decreasing size of the screens.

Introduction

What a Radar is ?

•Radar is an object-detection system that uses Radio Waves to determine the

range, angle, or velocity of objects.

•It is used by Army and Defence agencies to track movements of enemy.

•Sends Radio waves towards the target and its receiver intercepts the motion.

5

Founder Ivan Poupyrev in 2015.

The soli is small in size of a 5x5 mm

It has a sensor which capture sub millimetres of motions of fingers in 3D space.

The team has created a radar which has the interaction sensor running at 60GHz.

It captures motions of fingers at a phenomenal rate of 10,000 frames per second.

It uses 4 way pipeline for this. 

About project soli

Working• The tiny circuit board is able determine the

hand size, motion and velocity.

• It then uses machine-learning to translate

these movements to pre-programmed

commands .

• Doppler effect to detect speed.

What is Machine Learning ?

Machine learning is a subfield of computer science that evolved from the study of pattern recognition and computational learning theory in artificial intelligence.

Applications Gadgets Gaming Medical

Live Working

Live Working

Advantages• Allows to control Gadgets with

gestures.

• Allows free hand typing.

• Good Accuracy over control.

while using them

• Need not to carry gadgets.

Disadvantages• It has a very small radar range.

• Multiple gestures could not be

possible.

• Highly Expensive.

• Security Threat.

Conclusion• One of the big problems with wearable devices right now is

inputs - there's no simple way to control these devices.

• Therefore gestures will be used by individuals to carry out

certain functions with electronic machines such as

Smartphone's and desktops.