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This is the Arduino driven project where we use the NFC tags to setup the attendance system, to get started with this i shall be providing code for the two file, one for setting up the NFC tags to get the Details of the Tags. this two files are required for successful working of model  NOTE: when you just copy and paste the code into the arduino make sure to download the libraries  1. NFC setup #include <SPI.h> #include <MFRC522.h> #define RST_PIN         9           // Configurable, see typical pin layout above #define SS_PIN          10          // Configurable, see typical pin layout above MFRC522 mfrc522(SS_PIN, RST_PIN);   // Create MFRC522 instance void setup() {   Serial.begin(9600);              ...

Project Archives Hello, i am sumeet hibare, i have worked on a project archives. this project is prepared from an existing project base and over it i have preapared a new route to this project and added certain modifications and features. for more information visit :  Archives Repository If You Like the project then do follow me on github :  sumeet hibare About The Project this project is called student management system, which i have prepared in my 3rd Year, i have developed this project on certain problems then i designed with some ideas NOTE : This project is Hybrid, i.e it doesn't store any data over internet all the files are stored locally, but the scripts and css require an internet connection and its totally safe to use Technologies Used This project is highly advanced and is itself a software solution for small working institutions, if anyone wants to use this project for their use and developement is totally open for contributions.     HTML | CSS | JS | TAI...

This is the Microsoft Office 2021 ISO ( Only English Supported ) Office21  - Click on the link and the Download Begins Automatically

 This code Below is the Perfect Code for controlling Arduino Bots. REMEMBER : if you know how to do connections then this code is an elixir for you because unlike previous posts i have provided circuit diagram for connections, but this time this code is prepared by me and i made connections through understanding of code itself.  Enjoy!! **-----new code starts here, the 4 motor code smooth working-----** int m1a = 9;  // Motor 1, Pin A int m1b = 10; // Motor 1, Pin B int m2a = 11; // Motor 2, Pin A int m2b = 12; // Motor 2, Pin B char val; void setup() {   pinMode(m1a, OUTPUT);   pinMode(m1b, OUTPUT);   pinMode(m2a, OUTPUT);   pinMode(m2b, OUTPUT);   Serial.begin(9600); } void loop() {   while (Serial.available() > 0) {     val = Serial.read();     Serial.println(val);   }   if (val == 'F') { // Forward     digitalWrite(m1a, HIGH);     digitalWrite(m1b, LOW);     digitalWrite(m2a, ...

 This is the Obstacle Avoiding /  Maze Solver Bot Code & Circuit Diagrams  Main Components Required  1 . Arduino UNO / UNO R3 - 01 2 .  L298 Motor Driver - 01 3 . N20 300rpm Motor - 04 4 . Caster wheel - 04 5 . Ultrasonic Senser - 03 6 . Some Jumper Wires 7 . 12V Battery **---------------code starts here---------------** // Pin definitions for motors and ultrasonic sensors const int leftMotorPin = 2; const int rightMotorPin = 4; const int frontUltrasonicTrigPin = 11; const int frontUltrasonicEchoPin = 12; const int leftUltrasonicTrigPin = 9;  const int leftUltrasonicEchoPin = 10; const int rightUltrasonicTrigPin = 7; const int rightUltrasonicEchoPin = 8; const int motorPinA = 3; const int motorPinB = 5; // Maximum distance to consider an obstacle (in centimeters) const int obstacleDistance = 15; void setup() {   // Initialize motor pins as outputs   pinMode(leftMotorPin, OUTPUT);   pinMode(rightMotorPin, OUTPUT);   pinMode(motorPinA,...

This is the Line Follower Arduino Bot Code Using IR Sensors REMEMBER : This code only detects black line with 96% Accuracy and can with achived completly upon the tuning of the IR Sensors based on the bot capability. **-------------the code starts here --------------** #define IR_SENSOR_RIGHT 11 #define IR_SENSOR_LEFT 12 #define MOTOR_SPEED 180 //Right motor int enableRightMotor=6; int rightMotorPin1=7; int rightMotorPin2=8; //Left motor int enableLeftMotor=5; int leftMotorPin1=9; int leftMotorPin2=10; void setup() {   TCCR0B = TCCR0B & B11111000 | B00000010 ;      // put your setup code here, to run once:   pinMode(enableRightMotor, OUTPUT);   pinMode(rightMotorPin1, OUTPUT);   pinMode(rightMotorPin2, OUTPUT);      pinMode(enableLeftMotor, OUTPUT);   pinMode(leftMotorPin1, OUTPUT);   pinMode(leftMotorPin2, OUTPUT);   pinMode(IR_SENSOR_RIGHT, INPUT);   pinMode(IR_SENSOR_LEFT, INPUT);   rotateMotor(0,0);...