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2023-2024-project-2-x86-retrogaming-team-3
2023-2024-project-2-x86-retrogaming-team-3 PublicA 16bit, x86 Pac-Man look-alike, made with ❤️ by Team 3 😎
Assembly 16
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2023-2024-project-2-x86-retrogaming-team-4
2023-2024-project-2-x86-retrogaming-team-4 PublicSecond project of 2023-2024 year which aims recreating a faithful Pac-Man clone in assembly x86 using DOSBox 🕹️
Assembly 10
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2023-2024-project-2-x86-retrogaming-team-2
2023-2024-project-2-x86-retrogaming-team-2 Public2nd Project of the year 2023-2024, which aims to recreate Pac-Man with the X86 Assembly language. On a virtual machine named DosBox.
Assembly 9
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2023-2024-project-3-virtual-processor-team-3
2023-2024-project-3-virtual-processor-team-3 Public2023-2024, 3rd project, aims to create our own processor and Assembly language.
C 9
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2023-2024-project-3-virtual-processor-team-2
2023-2024-project-3-virtual-processor-team-2 PublicThird project of 2023-2024 year which aims creating our own assembly language, with an interpreter to be able to read and run our programs. 📎
C 9
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Repositories
- 2024-2025-project-1-fpga-team-7 Public
This version of the "Frogger" game is made using a "go-board" and the "verilog" programming language. It takes only the road part of the original game and is made to be used with a vga screen.
algosup/2024-2025-project-1-fpga-team-7’s past year of commit activity - 2024-2025-project-1-fpga-team-1 Public
The goal of the FPGA project is to recreate a Frogger in Verilog.
algosup/2024-2025-project-1-fpga-team-1’s past year of commit activity - 2024-2025-project-1-fpga-team-5 Public
1st project of the year 2024-2025, recreate Frogger in FPGA / verilog
algosup/2024-2025-project-1-fpga-team-5’s past year of commit activity - 2024-2025-project-1-fpga-team-6 Public
This project aims to create a Frogger game using the FPGA (Field Programmable Gate Array) technology and Verilog.
algosup/2024-2025-project-1-fpga-team-6’s past year of commit activity