Fingerprint Sensor Based Controlling and Operation of Power Supply with GSM

Authors

  • Saawan Hiwale
  • Priyanka Haramkar
  • Pranjal Patil
  • Dipak Mhaske
  • Vishvajitsingh Rajput
  • Manmohan Sharma

Keywords:

Fingerprints, GSM Module, LCD.

Abstract

The use of fingerprint for identity has been used in regulation enforcement for approximately a century. Fingerprint-based identification is one of the most crucial biometric technologies that have drawn a great quantity of attention recently. The electronic lock the usage of fingerprint recognition includes a method of verifying the user's identification by means of the usage of fingerprint recognition as a key to electronic lock. The work highlights the development of fingerprint reputation device the usage of Arduino Uno. Verification is finished by using evaluating the record of authorized fingerprint image with incoming fingerprint photograph. The incoming fingerprint photograph will first undergo the extraction and filtering processes. Then the fact of incoming fingerprint picture will go through the comparison system to evaluate it with legal fingerprint picture. If the picture matched with legal fingerprint photo then gadget will turn on the principle deliver and display the data on LCD. It may also tell the legal person by means of sending SMS with the use of GSM module. One of much broader utility of fingerprint is offering safety for sensible labs in collages. In this context, we are supplying fingerprint access manipulate for Power Supply in lab. So most effective legal character is chargeable for use of device.

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Published

2020-07-20

How to Cite

Saawan Hiwale, Priyanka Haramkar, Pranjal Patil, Dipak Mhaske, Vishvajitsingh Rajput, & Manmohan Sharma. (2020). Fingerprint Sensor Based Controlling and Operation of Power Supply with GSM. International Journal of Progressive Research in Science and Engineering, 1(4), 147–150. Retrieved from https://journal.ijprse.com/index.php/ijprse/article/view/119

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Section

Articles