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Using Dijkstra to Route Packages in a Network Overlay
The goal of this project was to use an overlay to communicate between messaging nodes (clients) and the Registry (server) to send messages using threads. It follows the principles of TCP/IP protocols and overlays used in P2P systems. The registry accepts messaging nodes using a server socket and creates receiver and sender threads for that connection. The messaging nodes also have their own sets of threads for the registry and peers. The foreground process in the Registry allows the users to specify commands that creates the undirected graph with all registered nodes, connect to peers to form bidirectional connections, and start sending messages. When all nodes finish messaging each other randomly, the statistics are collected and can be compared to see if any packets were lost during the period.
CS455: Introduction to Distributed Systems
Covered fundamental ideas and issues in building distributed systems. Examined issues related to concurrent programming, thread pools and safety, non-blocking I/O, scalable server design, file system design, distributed mutual exclusion and deadlock detection, consensus and consistency, pipelining schemes, distributed graph algorithms, distributed shared memory, distributed objects, and MapReduce.
CIS 350: Operating Systems and Networks
Studied multiuser and network operating systems; basic networking concepts including security, transmission, performance, and topologies.