![]() ![]() Private Sub btn_save_Click(ByVal sender As System.Object, ByVal e As System.EventArgs) Handles btn_save.Click Private Sub Form1_Load(ByVal sender As System.Object, ByVal e As System.EventArgs) Handles MyBase.Load The button names are btn_search, btn_save, btn_update, btn_delete, and Button1.while the name of the data grid is DataGridView1.įor the Automatic attendance, I have added some timers and for the Serial communication, I added one Serial Port.īiometric student attendance system application programming:ĭim interval As Integer ' used to clear the textbox1ĭim mysqlcon As New MySqlConnection("SERVER=localhost USERID=root PASSWORD= DATABASE=vb ") The names of the textboxes are txt_search, txt_roll, txt_name, txt_class, txt_present, txt_late, txt_absent, TextBox1, txt_mins, and txt_timer. As you can see this form has a total of 10 textboxes, 5 buttons, and a data grid. This is a GUI application designed for the Biometric student attendance system. Biometric student attendance application: This Arduino will be connected with the Laptop. While the data pin of the receiver module is connected with the Arduino’s pin number 11. The 5v and GND pins of the 433Mhz receiver module are connected with the Arduino’s 5v and GND. The TX pin of the fingerprint module is connected with the Arduino’s pin number 4 while the RX of the fingerprint module is connected with the Arduino’s pin number5.īiometric Student Attendance System Receiver Circuit Diagram: The 5 volt and GND pins of the fingerprint module are connected with the Arduino’s 5v and ground. The 5 volt and GND pins of the Transmitter module are connected with the Arduino’s 5v and GND. As you can see 433Mhz RF transmitter data pin is connected with the Arduino’s pin number 12. This is the Transmitter side circuit diagram. I would appreciate your support in this way!īiometric Student Attendance System Transmitter Circuit Diagram: I may make a commission if you buy the components through these links. How to connect a database with the GUI Attendance applicationĤ33 MHz Transmitter and Receiver Modules:.In part1 of the biometric student attendance system, I explained how to make a very basic GUI application in this episode, I explained how to add text boxes, labels, and timers, etc. In this project two Arduino’s are used, one as the Transmitter which is connected with the Fingerprint module and the other one as the receiver which is connected with the Laptop. The computer application is designed in visual basic 2010 express edition. This is a completely wireless system the transmitter and receiver have no physical connection. Receiver Side Arduino Program Explanation:īiometric Student Attendance System with Database- In this tutorial, you will learn how to make a Biometric Student Attendance system and save the records in a database whether a particular student is Present, Late, or absent. ![]() ![]()
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