Project Experience
In this project, three nordicNRF52 board, raspberry pi, accelerometer sensor, humidity sensor and temperature sensor were used. Also, bluetooth mesh network was implemented to see the performance of BLE 5.0 in the mesh network.
RSSI was used for localization ThingSpeak platform for uploading and analyzing data in cloud
Binary Counter using Zybo Board
Zybo Zynq7000 board was used and backtracking algorithm included in the counter by which it was possible to count ascending and descending by encountering an interrupt
Xilinx Vivado was used to develop the software and hardware part for this project.
A binary follows me Robot
Using iCASA a GUI developed on java, pervasive applications with a simulated environment it was possible to implement pervasive applications
Also, the users were notified of any modification in the system
Functional Verification of an Arbiter Design
VHDL, OVL and PSL were used for this arbiter design to verify the characteristics of the arbiter and how efficient they were
Free RTOS using real-time kernels
Targeted on ARM Cortex M3, using GRIF it was possible to experiment on real-time scheduling, mutex, semaphores, priority inversion and the protocols such as priority inheritance protocol
Cheddar a GPL real-time scheduling simulator was also included to model the real-time system concerning the reliability and accessibility of the system
Wireless transmission using software-defined radio
FM transmission using USRP B200 was performed to distinguish how embedded software works in this platform and the time of execution
Introduction to Correlation Power Analysis
STM32 NUCLEOF103RB-64 board was conducted to introduce the correlation power analysis (CPA) focusing on the attack based on the maximum leakage
Then interfacing of the AES on the computer using MATLAB
Modeling, analysis and simulation of Multiphysics systems
Designing of a multi-physics system, propose a scenario to simulate and building the Bond Graph model of the chosen system uisng MatLab
Android Controlled Robot
By using Arduino Uno, bluetooth HC-06 module and motor driver LM298 this robot was built which was controlled from 20m distance approximately using android mobile.
Smart Home Automation
SIM900 GSM shield was integrated with Arduino uno for the development and using this project, it was possible to switch ON/OFF the light, fan and other electrical devices from anywhere outside of the home using the command from sim card through mobile
Fire Distinguisher and Location Tracking
Smoke detector, Neo 6M V2 GPS module, Arduino uno and bluetooth HC-06 were used for this project. The gps tracker was enabled and sent the data though bluetooth when the smoke was detected. The data was displayed in the android phone.