- Coded this portfolio from scratch without major templating.
- Goal is to make website Full Stack.
- Used loads of HTML5 and Custom CSS3.
- Liberally indulged in Bootstrap and jQuery.
- Used HTML5, CSS3, Bootstrap and JavaScript intensively to develop and implement restaurant website.
- Created various webpages for restaurant for both mobile view and desktop view while working on GITHub.
- Made sure that the site was responsive and didnot take much time to load.
- Used HTML5, CSS3, Bootstrap and JavaScript intensively to develop and implement restaurant website.
- Used AngulasJS to increase functionality of the website and make it faster.
- Created various webpages for restaurant for both mobile view and desktop view while working on GITHub.
- Made sure that the site was responsive and didnot take much time to load.
- Designing canvas intensively in Java used by university keeping in mind the security protocol. The project uses authentication key which is unique for each individual without which server cannot be accessed.
- The interface designed allows the user to grade assignments, view scores, list of courses and students enrolled and much more.
- The interface is designed keeping in mind students’, professor as well as teaching assistants view and accessibility.
- Developed project based on Yahoo! big data to generate a complete system using Python for giving music recommendations to users based on their music activity.
- Also wrote code in pyhton for matrix manipulation which increased accuracy of the giving recommendation.
- Designed a Weather Monitoring System using Raspberry Pi and breadboard for sensing Temperature, Humidity and Pressure using various sensors.
- A Twitter Account was linked with the Weather Monitoring System which updated the Temperature, Pressure and Humidity.
- The sensors were integrated with GPIOs using Raspberry Pi.
- Developed a code in xilinx to design a functioning 4-Bit Ripple Counter using T- Filp Flop.
- Wrote testbench to run and test the ripple counter.
- Observed the delays, graphs and response of the ripple conter for variable voltage inputs.
- Used C++ and postscript combined by writing classes and header files in C++, then used inheritance to link various C++ files to create a user-friendly interface.
- The interface designed allowed user to draw various shapes and objects of desired parameters just by selecting the options provided in the menu and entering dimensions
- Implemented Inter-Integrated Circuit(I2C) Protocol on FPGA to transfer data between block RAM and Controller using Verilog Programming Language.
- Focused on the study of the performance of Wireless Networks considering the Users to be mobile.
- Tested the following wireless networks viz. GSM, Wi-Fi, 2G, 3G, Bluetooth.
- Observed and concluded the major factors effecting the performance
- Sought solutions to improve the performance.
- Focused on the study of the performance of moving relay nodes in LTE systems.
- Using various simulators such as Vienna simulator and MATLAB to analyze virtually the performance of the moving relay nodes in LTE systems using different conditions and parameters.
- Conducted drive test using NEMO software at Mobile Communication Technologies Pvt. LTD. , India
- Aimed at study of signal to noise ratio (SNR) and vehicular penetration loss (VPL) of a moving relay node with respect to the distance of the node from the base station.