Autonomous Sound System

 In the older sound systems or the sound system which are now available in the market are not aoutonmous they are usually controlled manually. Analogue sound systems have many variables to control several volumes like echo effect, high, medium & low frequencies. Volumes of pre-ampli

Project Title

Autonomous Sound System

Project Area of Specialization

Wearables and Implantable

Project Summary

 In the older sound systems or the sound system which are now available in the market are not aoutonmous they are usually controlled manually. Analogue sound systems have many variables to control several volumes like echo effect, high, medium & low frequencies. Volumes of pre-amplifier,  power amplifier & aux are controlled though variables too. There are many variables to control analogue sound system which makes difficulty for user.  There are many equalisers to adjust audio sound settings which are totally manual and a special person having some knowledge of the device or sound engineer which is DJ is usually required to run that system. In our sound system we will adjust these settings once only and after that our sound system will work automatically on these saved sound settings. Autonomous sound system makes the analogue sound system user friendly by replacing mechanical variable resistors with digital potentiometers. Several modes & functions of Autonomous Sound System are controlled by Arduino Mega using TFT touch screen for user input. Autonomous Sound system can also be controlled though webpage over  wifi. The main purpose is to make sound system user friendly by removing all the errors from sound system so it is easy to use by any person.

Project Objectives

In autonomous sound system we will adjust  settings once only and after that our sound system will work automatically on these saved sound settings. Autonomous sound system makes the analogue sound system user friendly by replacing mechanical variable resistors with digital potentiometers. Several modes & functions of Autonomous Sound System are controlled by Arduino Mega using TFT touch screen for user input. Autonomous Sound system can also be controlled though webpage over  wifi. The main purpose is to make sound system user friendly by removing all the errors from sound system so it is easy to use by any person.

Project Implementation Method

simulation are implemented on software

• Protueus software
• Matlab
• Lt spice
• C++ for programming
• hardware design on PCB

Benefits of the Project

benefits

• user friendly
• easy to design
• work manually as well as automatically
• more efficient
• reduction of noise to some level

Technical Details of Final Deliverable

technically sound system is much better than any others system as it is user friendly, no special person is required to run the sound system.

Final deliverables are sound system is in working conditions. Noise level is reduce to some level. It is efficient to use.

Final Deliverable of the Project

HW/SW integrated system

Type of Industry

Others

Technologies

Wearables and Implantables

Sustainable Development Goals

Partnerships to achieve the Goal

Required Resources

If you need this project, please contact me on contact@adikhanofficial.com