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Elias Hanna, Auteur ; Marek Chmielewski, Auteur ; Matias Goldfeld, Auteur | 2022Article : texte imprimé
Chuyue Peng, Auteur ; Xiangyi Zhao, Auteur | 2022Article : texte imprimé
Kingsley Odae, Auteur ; Jade Pinkenburg, Auteur ; Jake Sanders, Auteur | 2022Article : texte imprimé
Tyler Bisk, Auteur ; Chidera Wokonko, Auteur | 2022Article : texte imprimé
Cameron Haire, Auteur ; Michaela Bettez, Auteur ; Daniel Batan, Auteur | 2022"Collaborative Game Cornell University students designed an Asymmetric VR Game in proper utilization of custom microcontroller peripherals. Topics Discussed How do collaborative games offer to interact with others remotely?How to develop an Asymmetric VR Game?How do Custom Microcontroller Peripherals work?What is the sequence of gameplay?How is ...Article : texte imprimé
William Salcedo, Auteur ; Rishi Singhal, Auteur ; Raghav Kumar, Auteur | 2022Article : texte imprimé
Kyle Infantino, Auteur ; Jack Brzozowski, Auteur ; Dilan Lakhani, Auteur | 2022"Using a PIC32 MCU During the pandemic, many project designers met the challenge of doing team designs remotely. In this article, learn how these three Cornell students remotely designed and built a maze generator and game running on a PIC32 MCU. They focus on the hardware that enabled their remote ...Article : texte imprimé
James Connelly, Auteur ; Shivansh Gupta, Auteur | 2021"Can a PIC32 MCU solve a Rubik's cube faster than a human ? To find out, these two Cornell students built a self-contained robot that can solve Rubik's cube. The system uses image processing Python script and specialized algorithms to solve the puzzle." (Extrait de Circuit cellar n°368)Article : texte imprimé
Gregory Kaiser, Auteur ; Samuel Feibel, Auteur | 2020"Servo control is just one area where microcontrollers shine. In this article, see how these two Cornell students designed and built a ball-balancing platform based on PIC32 MCU, using a resistive touchscreen and servo motors attached to a gimbal mount. A PID control algorithm is used to balance the ball." (...Article : texte imprimé
Kristina Nemeth, Auteur ; Jennifer Fuhrer, Auteur ; Joshua Diaz, Auteur | 2020"Today's microcontrollers have rich resources for implementing gesture control and other functions. Learn how these three Cornell students created a rhythm-based gesture game. The game has a base station where the main game control is run, and a module that runs on the player's hand. Microchip PIC32's MCUs are ...Article : texte imprimé
Daniel Weber, Auteur ; Michaelangelo Rodriguez, Auteur | 2019"Gone are the days when networking embedded devices was a big deal. And today, such devices can be linked in powerful mesh networks over wireless protocols. In this article, learn how these two Cornell students used Microchip PIC32 MCUs and Espressif’s ESP8266 Wi-Fi module to create a mesh network ...Article : texte imprimé
Katie Bradford, Auteur ; Michael Xiao, Auteur | 2019"The emergence of culinary robotics and automation has already begun to revolutionize the way we prepare our meals. In this article, learn how these two Cornell undergraduates designed an advanced toaster that's able to toast any pattern - image, text or even today's weather - onto a piece of bread. ...Article : texte imprimé
David Valley, Auteur ; Saelig Khattar, Auteur | 2019"With today's technology, even simple microcontroller-based devices can fetch and display data from the Internet. Learn how these two Cornelle students built a system that can track stock prices in real time and display them conveniently on an LCD screen. For the design, they used an Espressif Systems ESP8266 ...