Developed a high-performance ring buffer leveraging lock-free and low-level unsafe operations to optimize for speed, capable of processing and delivering over 10 million messages per second.

Today, you likely often authenticate or pay for things with a tap, either using a chip in your card, or with your phone, or maybe even with your watch or a Yubikey. Now, imagine doing all these things ...

The above figure illustrates the client-server model for this project. Both the server and the client are multithreaded processes. They communicate through a file-backed shared mmap, which is divided ...

Ring buffers are incredibly useful data structures that allow for data to be written and read continuously without having to worry about where the data is being written to or read from. Although they ...

Nowadays, high-performance server software (for example, the HTTP accelerator) in most cases runs on multicore machines. Modern hardware could provide 32, 64 or more CPU cores. In such highly ...