UBC os concurrency C++

CPEN 331(Operating Systems)

Tayyib Chohan –
CPEN 331(Operating Systems)

CPEN 331 (Operating Systems) is a course I completed at UBC. The course primarily consisted of six large projects that lead to creating many aspects of an operating system for os161. This included implementing: conditional variables, semaphores, file_descripters, virtual memory, and many syscalls including sys_fork and sys_execv. UBC provides the following description of the class content:

Operating systems, their design and their implementation. Process concurrency, synchronization, communication and scheduling. Device drivers, memory management, virtual memory, file systems, networking and security.

UBC CPEN 331 Page, 2022

You may also like

CPSC 440 Advanced Machine Learning
UBC python pytorch numpy ml cnn ai

CPSC 440 Advanced Machine Learning

Tayyib Chohan –

CPSC 440 (Advanced Machine Learning) is a course I completed at UBC. The course focused on machine learning from a probabilististandpoint. The final deliverable for the course is paper detailing an experiment of our choice done to explore the field of machine learning.

CPEN 455 Deep Learning
UBC python pytorch numpy ml cnn ai

CPEN 455 Deep Learning

Tayyib Chohan –

CPEN 455 (Deep Learning) is a course I completed at UBC. The course focused on understanding the concepts and techniques underlying the field on deep learning. The final deliverable of the course was modifying the architecture of a generative model to improve its performance and make it additionally a function as a classifier. We explored the mathematics and theory of backpropagation, optimizers, CNNs, transformers, LLMs, VAEs and more. It was taught by Professor Renjie Liao. UBC provides the following description of the course

CPEN 431 Design of Distributed Software Applications
UBC java aws cloud backend

CPEN 431 Design of Distributed Software Applications

Tayyib Chohan –

CPEN 431 (Design of Distributed Software Applications) is a course I completed at UBC. Throughout the course we created a sequentially consistent distributed key value store with redundancy on AWS. We explored various topics including "communications, processes, naming, synchronization, consistency and replication, fault tolerance, object-based middleware, and security technologies for distributed applications"