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Projects
Undergrad Projects for Computer Scientists
OS Development
Markix is an operating System I developed when I was little. It is a bare bone operating system for x86 architectures written in Assembly and C and runs on x86 or the bochs emulator. The idea is to have something more minimal than Minix so that students can understand every component of an operating system in isolation.
Hence, Markix is built in incremental stages. Each milestone corresponds to a Git tag, and improvements to that module are developed on dedicated branches.
| Tag | Component | Description |
|---|---|---|
| Bootloader | Bootloader | Initializes the CPU in real mode, loads the kernel, and switches to protected mode |
| Interrupts | Interrupt System | Implements the 8259 PIC, IDT setup, and interrupt service routines (ISRs) |
| Keyboard | PS/2 Driver | Handles keyboard input and interrupt handling |
| Scheduler | Process Scheduler | Round-robin scheduling and context switching |
| Paging | Memory Management | GDT, paging tables, and memory protection setup |
| FilesystemGRUB | File System | Basic FAT filesystem and GRUB integration |
Download the source code from my GitHub page. Software needed: NASM Compiler, C Compiler with support for cross compiling to i386 architectures, Bochs, GNU Debugger (gdb).
Weak Memory Concurrency
Amongst other things I also helped the weak memory concurrency community in fixing some problem with the C++ and Java concurrency model.
The work which we published at ESOP’20’ is being considered for the next ISO standard of C++.
- Link to the draft here
- Link to the WG21 discussion here
- The WG21 group page: https://isocpp.org/wiki/faq/wg21
- The MRD Web Tool link
Other Projects B.Sc. and M.Sc. Projects for Computer Scientists
- Operating System Development (OSDev)
- Algorithms implementation
- Efficient Analysis of Chess games
- Buffer Overflow Analysis
- Kernel Hacking: Security, Hypervisors
Undergrad topics for Mathematicians
TBA.