Self-Programming Artificial Intelligence

Is it possible for a computer program to write its own programs? While this kind of idea could seem far-fetched, it may actually be closer than we think. This presentation introduces “AI Programmer”, a machine learning system, which can automatically generate full software programs requiring only minimal human guidance. The system uses genetic algorithms coupled with a tightly constrained programming language. We’ll cover an overview of the system design and see examples of its software-generation capabilities.

An Introduction to Quantum Computing

What is it like to create software for a quantum computer? With its ability to perform calculations and processing in a distinctly different way than classic computers, quantum computing has the potential for becoming the next revolution in information technology. In this presentation, attendees will be introduced to the core concepts behind quantum computing, including the double-slit experiment, potential applications, a quantum hello world example, and Flying Unicorn, a game developed for a quantum computer.

Duration: 15-40 mins (flexible)
Audience: All experience levels

Presented at:
Hopper X1 NYC, 2019
IEEE TCF IT Professional Conference, 2022

Presented additional tech talks at:
Grace Hopper GHC18, 2018
TEQ Nation, 2021
DeveloperWeek Global Enterprise, 2021

AI-Powered Machine Programming: The Future of Software

Are you ready for the future of software development? In this presentation, we'll explore the cutting-edge techniques and historical foundation behind self-programming artificial intelligence (AI). From evolutionary computation to abstract syntax trees and genetic algorithms, you'll learn how computers are gaining the ability to write their own programs. Whether you're a beginner or intermediate level programmer with a basic understanding of IT, this presentation is for you. Don't miss out on the opportunity to learn about program generation techniques like Programming by Example, GitHub Copilot, and ChatGPT. Join us for an enlightening journey into the world of self-programming AI.

Attendees will learn a brief history of program synthesis techniques including evolutionary computation, abstract syntax trees, genetic algorithms, Programming by Example (Microsoft Excel FlashFill), GitHub Copilot (GPT-3), and ChatGPT (GPT-3.5). Intended Audience: beginner/intermediate with basic knowledge of programming and/or IT.

Keywords: machine learning; ChatGPT; GPT-3; machine programming; genetic algorithms; evolution; programming; AI

Presented at:
University of Florida, ACM, 2023
IEEE ITPC 2023, College of New Jersey, 2023

The Magic of Quantum Computing: From Classical to Quantum and Beyond

Join us for an exciting journey into the world of quantum computing, where we'll explore the transition from classical to quantum computing and the amazing possibilities this technology holds.

We'll begin by designing a simple game that's powered by the properties of quantum computing. Using Python and Qiskit, we'll write a Magic Number Guessing game. At the core of our game is the power of superposition, which allows qubits to hold a value of both zero and one simultaneously.

We'll explore the fundamentals of quantum mechanics and how quantum computing harnesses its principles to create powerful computing systems that outperform traditional computers.

Attendees will gain a deep understanding of the transformative power of quantum computing and its potential to drive innovation and create new possibilities for the future.

Come join us for an informative and exciting presentation that will showcase the magic of quantum computing and its role in shaping the future.

Duration: 15-40 mins (flexible)
Audience: Beginner to intermediate programming experience level

Presented similar at:
Hopper X1 NYC, 2019
IEEE TCF IT Professional Conference, 2022

Presented additional tech talks at:
Grace Hopper GHC18, 2018
TEQ Nation, 2021
DeveloperWeek Global Enterprise, 2021

Keywords: quantum computing, qiskit, Python, programming, IBMQ, quantum