AdaCore's GNAT Academic Program (GAP) connects Ada and SPARK programmers in the academic community with industrial practitioners at AdaCore and provides a way for members to exchange knowledge and resources.
Our 2024 GAP Workshop will focus on real-world projects using Ada to solve genuine problems, including:
An autonomous deminer robot
A bare-metal bootloader for the STM32F7
A bare-metal RINA (Recursive Internetwork Architecture) stack
A native Machine Learning Engine
A bare-metal Flexbox implementation
A bare-metal implementation of the Min protocol
For more information on the GNAT Academic Program, visit: https://www.adacore.com/academia
00:00:00 | Introduction - Olivier Henley, Adacore
00:01:58 | New Developments at AdaCore - Fabien Chouteau, AdaCore
00:14:40 | An Autonomous Deminer Robot - Joseph Binyoum, Kër Thiossane
00:36:30 | A Bare-Metal Bootloader for the STM32F7 - Alan Christopher & Xavier Zhang, Penn State
00:55:30 | A Bare-Metal RINA (Recursive Internetwork Architecture) Stack - Anthony Immekus, Keian Nathan Kaserman & Mason Ticehurst, Penn State
01:17:09 | GNAT Academic Program Updates from the Past Year - Olivier Henley, Adacore
01:37:39 | A Native Machine Learning Engine - Owen Scott Wienczkowski, Penn State
01:54:20 | A Bare-Metal Flexbox Implementation - Kien Nguyen & Stuart Edward, Penn State
02:14:40 | A Bare-Metal Implementation of the Min Protocol - Samuel Dion, University of Ottawa
02:34:02 | Conclusion and Next Steps - Olivier Henley, Adacore