Rishikaaka's repositories
Erasure-Coding-for-In-Memory-Key-Value-Store
In-memory data storage systems have been proposed to keep primary data in memory to enable scalable, low-latency data access. Due to the high failure rate, most existing in-memory storage systems replicate data copies across storage servers. However, replication has a high storage overhead that could multiply the cost due to the higher cost compared to disk-based storage. There have been proposals to use erasure coding instead to have a better storage efficiency. In this project, you will install and deploy some existing in-memory data storage systems Like Replication-can be performed by Redis and RAMCloud using benchmark tools YCSB. Whereas Erasure Coding- can be performed by memEC using benchmarck YCSB. As well as we calculate the storage efficiency and performance of using these in-memory data storage systems and predict which is better in performance. Using Linux.
1811
Portfolio Website
Automation-ExamManagement
The online automation provides the ease access which connects the operations coherently and handles effectively. The objective of it to maintain assignment module, which assigns duties for faculty and handles deform module- keeps track on the number of students absent for a particular exam. This system keeps track of all records of faculty, exams, time tables and allotment of invigilation duties. Technologies used: ASP.NET, JAVASCRIPT, SQL SERVER, CSS.
Gnutella_file_sharing
CS 5352 Operating Systems HomeWork-4
Napster-peer-to-peer
This creates Indexing server having following remote methods Insertintoregistry: insert peerId and filename into central indexing server Peersearch: search file name and returns peerid Insertportnumber: insert port number and peerid Returnportnumber: takes peerid and returns portnumber
portfolio
Infosec Portfolio
Sequential-K-means
CS5331_HomeWork2 - a) (sequential version) source code, b)ReadMe, c) output files regarding Homework 2 (K-mean clustering)
Similarity-Search-Tree
Implemented 2 level SS tree algorithm in C language, performed at HPCC in shared memory mode (serial job) with 24 cores. Observed performance of the algorithm
test_Git
Program to implement sum of two numbers- Leat Code_1