San Jose, California 669-***-**** email@example.com www.linkedin.com/in/roopashree-munegowda
Personal Health Data Sharing Using Blockchain Technology August 2018-May2019
Employed BigchainDB and Tendermint to create a private blockchain network that converted personal health data into records by gathering information from wearable devices such as fitbit, apple watch.
Ensured data security by public key infrastructure implementation. Large files are encrypted and stored in Interplanetary File System (IPFS)
Rise of the Fake Bots and Fall of the Page Rank Algorithm October 2017
Created both master and slave bots to deploy a master and slave infrastructure.
Determined that slave bots controlled by the master bot will behave like the webservers and display the HTML pages when commanded by the master bot.
Cricket Score Predictor for a rain interrupted match November 2018
A model that calculates score better than Duckworth Lewis method. Learning algorithms used linear, logistic, decision trees, KNN.
Used python packages such as NumPy, Sci-Kit learn, Pandas, Matplotlib.
Implementation of generalized prototype for IoT Devices and monitoring activities on cloud dashboard
Designed a generalized prototype that accepts data from modules using different protocols (Zigbee, Wi-fi) and converts into single general REST Api format.
Activities are monitored on cloud dashboard.
Establishing a SIP based Calling client in python using X-Lite October 2018
Developed a python application for a VOIP based call and advancement of conference-based calling features.
Features included where a user can call to multiple users with just a routing number utilizing RTP and SIP
Network Protocols LAB August-December 2018
Topology configured through GNS and packet Captures done via Wireshark.
Analyzed various network protocols such as DHCP, ARP,BGP,EIGRP, setting of inbound NAT rules for SSH.
Academic Publication: A novel and highly secure encryption methodology using a combination of AES and visual cryptography. DOI: 10.1109/ICACCI.2016.7732289
Paper focuses on design and implementation of highly secured encryption system for transmitting secret messages using AES algorithm and cryptography technique using random number generation.