The double inverted pendulum is a mechanical device consisting of two pendulums connected by gravity, displaying complex and chaotic behavior. Due to its unstable and nonlinear nature, it is often used as a benchmark problem in control theory and robotics study. Applications include robotics, aeronautical engineering, and physics instruction, making it a crucial tool in various fields.
The project is a cross-platform calculator application for iOS and Android smartphones, developed using React Native and Expo. It offers real-time dynamic computation and basic arithmetic operations, with a minimalist, responsive interface and theme adaptability for diverse lighting conditions. The cross-platform functionality ensures uniform appearance across operating systems
The project is an automated birthday reminder system using Google Apps Script. It extracts contact information, such as name, email, and birthdate, and stores it in Google Shepherding. If birth year information isn’t available, 1990 is used. The script identifies individuals with birthdays at 12 AM and sends a personalized message from ChatGPT. The message is then sent to the contact’s email, with enhanced HTML and CSS for an aesthetically pleasing presentation.
This project is an automated response and invoice generation system based on Google Apps Script, streamlining order management. The process initiates when a client submits a Google Form, triggering an automated email confirmation of the order details. The responses are stored in Google Sheets for centralized tracking. The system generates a PDF invoice that is automatically emailed to the customer upon payment confirmation. This automation ensures a seamless workflow from order submission to payment confirmation and invoicing, eliminating the necessity for human order processing and invoice generation, hence improving productivity, accuracy, and customer communication.
The Parking Slot Detection System is a MATLAB project that uses image processing methods to identify and quantify available parking spaces in photographs of parking lots. It distinguishes between occupied and vacant spaces, allowing for real-time parking management systems. The system can also incorporate live video feeds for real-time updates on parking availability. This application has potential for intelligent parking solutions in urban settings like retail malls, airports, and congested city centers. It can be integrated into an automated parking guidance system, making it a vital asset for modern urban infrastructure.
Simple as Possible (SAP) is an 8-bit machine designed to simplify and illustrate core concepts of computer architecture. Originally introduced by Albert Paul Malvino and Jeral A. Brown, SAP stands for “Simple as Possible,” and there are three versions: SAP-1, SAP-2, and SAP-3, each progressively more advanced yet based on fundamental computing principles. The SAP architecture consists of three main components: a processing unit, a control unit, and a memory unit, which stores both data and instructions. This project is ideal for anyone looking to understand the basic operations of computer systems, as it mirrors the foundational design of modern computers.
