Daniel Corcoran

Through the Looking Glass Earth's highly connected urban society has a habit of distracting us from questioning the fundamental nature of everyday life. What would you do if someone told you that everything you think is real, isn't so real after after all? If you realized that everything in this universe exists as an interconnected structure of matter, energy, complexity, and chaos, would you find peace in its simplicity, or despair in its indifference? Scientists have worked tirelessly for centuries searching deep into the heart of what makes matter exist. The truth is simple to understand, and beautiful to comprehend - almost all matter is empty space, and mysterious and unpredictable probability exists at the tiniest measurable levels.  All things on Earth are made of matter, and all matter is made of little matter bits alled atoms. Atoms are so small, that 8 trillion of them can fit on the dot of this exclamation point! Don't get comfortable just yet - atoms them...

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Hypothetical Implementation of Field-Programmable Gate Arrays in Discreet Low-profile Real-time Image Analysis and Classification Daniel P Corcoran University of Cincinnati College of Engineering and Applied Science Abstract: State-of-the-art implementations of real-time object detection systems remain limited by many factors. The neural networks at the core of systems such as YOLOv3 [1] are not capable of real-time object detection without a dedicated video card or substantially powerful CPU. The prospect of implementing a low-profile real-time neural image classification system has until now remained unheard of. Through proper implementation of a Field-Programmable Gate Array, a Raspberry Pi Zero W would hypothetically be capable of achieving desktop-speed image analysis (10-30FPS) [2] while maintaining a low physical footprint and low power profile. With this implementation a network of self-contained "Neural Cameras" could independently parameterize and report ...

Hello fellow primates, My name is Daniel Corcoran. I am a computer science student at the University of Cincinnati. Today is June 5th, 2019 and I am currently 18 Years old. A breakdown of my interests Computer Science Programming Languages C++, C, CUDA, Python, Matlab AFEX, my original language TI Basic because it is the single greatest language made by man Machine learning openCV   YOLO Real Time Object Detection   Darknet: Open Source Neural Networks   (By the author of YOLO) Tensorflow Raspberry Pi Donate to the Raspberry Pi Foundation Video Game Design Lunar Launcher: The first game I ever made in C++   SFML : One of my favorite multimedia C++ libraries Robotics Robot Operating System Arduino Boston Dynamics Virtual Reality Oculus HTC Vive Mathematics Meta Mathematics Godel's Incompleteness Theorem Transcendental Numbers Numberphile Julia/Mandelbrot Sets   Linear algebra Machine learning Physics Qu...