ssreed

37-signals

The re-creation of the 37-signals homepage. (W.I.P)

betamax

node app

documents

A bunch of documents, written in Prose.

giantquiz

google-homepage

The re-creation of the Google homepage

hi

portfolio site

hls.js

JavaScript HLS client using Media Source Extension

Network-Management-System-through-Web-Services

Objective: Perform a group (up to three members) project – Design and develop a three-tier NMS (Network Management System) for an advanced or secured network system.

only-in-streams

JavaScript + Twitch API

ssreed.github.io

personal site

ssreed/Network-Management-System-through-Web-Services

Objective: Perform a group (up to three members) project – Design and develop a three-tier NMS (Network Management System) for an advanced or secured network system.

ssreed/37-signals

The re-creation of the 37-signals homepage. (W.I.P)

ssreed/betamax

node app

ssreed/documents

A bunch of documents, written in Prose.

ssreed/giantquiz

ssreed/google-homepage

The re-creation of the Google homepage

ssreed/hi

portfolio site

ssreed/hls.js

JavaScript HLS client using Media Source Extension

ssreed/only-in-streams

JavaScript + Twitch API

ssreed/ssreed.github.io

personal site

ssreed/hucklebuckle

ssreed/LAN-MAC-Protocol-Simulator

This group will write a program simulator to simulate the behavior of a LAN Medium Access Control (MAC) protocol – IEEE 802.3 Ethernet. Our goal is to successfully simulate the support of both the asynchronous data traffic and synchronous multimedia traffic that includes voice and video. We will also be comparing their performance under various traffic loads in terms of delay, delay jitter, and throughput. We will be writing the simulator program in Java, running and testing on a Windows operating system platform.

ssreed/personal-site-old

old version of my site

ssreed/scheduler

ssreed/shopping-list

ssreed/site.docpad

ssreed/Socket-Simulator

Objective 1) To use sockets for communication between machines, 2) to learn about performance metrics such as round-trip time (latency) and throughput in computer networks, 3) to measure the performance of TCP and UDP between pairs of networked computers, and 4) to simulate network protocols using sockets. Sockets are inter-process communication mechanisms that allow processes to communicate with each other, even if they are on different machines. In this project, you will use Internet Sockets to send different-sized messages among several machines and measure latency and throughput. You may also use Sockets to simulate CSMA/CD in a simple LAN setting.

ssreed/sribook