Gesture Controlled Messages for Paralyzed People

  Optimized Wallace Tree Multiplier with Power-Efficient Adders SCHEMATIC :                       WALLACE TREE MULTIPLIER USING   CARRY LOOK AHEAD ADDER                             WALLACE TREE MULTIPLIER USING CARRY SAVE ADDER                             WALLACE TREE MULTIPLIER USING    CARRY SELECT ADDER                                                               WALLACE TREE MULTIPLIER USING RIPPLE CARRY ADDER Objective: Enhance the performance and power efficiency of a Wallace Tree Multiplier by implementing an optimized Adder design in Xilinx Vivado. Description: Developed an optimized Wallace Tree Multipli...

Project Title: Light-Following Robot Team members:   K.Rishibabu  R.Omkar  A.Naga sai Mohith Objective: Develop a robot capable of following light sources, offering applications in automated surveillance, tracking, and responsive robotics. Description: Designed and built a light-following robot using sensors and microcontrollers. Implemented algorithms to detect and track light sources, enabling the robot to move towards or follow the light. Utilized components such as light sensors, motors, and a microcontroller board for precise control and navigation. Conducted testing and calibration to ensure accurate and reliable light-tracking behavior in various environments. Explored potential applications in fields like automation, security, and interactive robotics. Components: Arduino Nano Cardboard Servo motors with wheels L298N DC motor Driver LDR sensors Mini breadboard Wires Batteries Output: Key Skills Utilized: Robotics engineering: Designed and assembled the ...

 Gesture-Controlled Messages for Paralyzed Individuals Objective: Develop a communication system for paralyzed individuals who can only move their eyes, enabling them to convey messages effectively. Technology Stack : Python Software: Jupyter Notebook Description: Developed a Python-based communication system that interprets eye movements as gestures for message transmission. Implemented computer vision techniques to track eye movements accurately and translate them into actionable commands. Integrated a user-friendly interface for paralyzed users to input and send messages using intuitive eye gestures. Contributed to improving the quality of life for paralyzed individuals by providing them with an accessible means of communication. Output: Key Achievements: Successfully designed and implemented an innovative solution to address communication challenges faced by paralyzed individuals. Received positive feedback from users, caregivers, and healthcare professionals for the system's ...