Developed Linux Applications, Embedded Application for 8051 in c, Linux Kernel and File system Porting in SAMSUNG MINI 2440 ARM 9 Board, Develop Client-Server application, Worked on Project GPS ASSET TRACKING SYSTEM ON 8051. Worked on Keil Simulator, And Worked on Ubuntu & Fedora. .

Developed Linux Applications, Embedded Application for 8051 in c, Linux Kernel and File system Porting in SAMSUNG MINI 2440 ARM 9 Board, Develop Client-Server application, Worked on Project GPS ASSET TRACKING SYSTEM ON 8051. Worked on Keil Simulator, And Worked on Ubuntu & Fedora. .

Porting of Linux kernel 2.6 in Samsung chip (S3C2440AL) with Root file system. Design of serial driver for the communication between device and computer.Project 1–Data acquisition and transmission system:Microprocessor : ARM920 T (S3C2440AL) Samsung chipTools and Utilities : Busy box 1.13.3, ARM cross complier toolchain, USBpushProgramming Language: C; Data acquisition and Transmission system (DATS) has ability to capture the finger print and send that Biometric data to the server. The server is connected to DATS through PSTN line interface .This Biometric system can hold around 200 biometric data for 20 people. Project Responsibilities: Compile the kernel 2.6.32 for DATS system Create a Root file system with the help of busybox13.3.Porting of the board with the help of USB push in NOR memory.Driver for the serial communication.Project 2– Tracking system Device for Commercial purpose:Microcontroller : LPC2129 (NXP)Tools : Keil u Vision4, HJTAG, HyperTerminal, TeratermProgramming Language: Embedded C; This system is based on client server architecture, where Client is our device and server is based on java. In device, microcontroller is communicating with GPRS module using AT commands. Microcontroller gets the data from GPS Modem at regular time and send to GPRS Modem. It sends that data to server at defined IP address.; Driver for Serial communication for the connection between modem and microcontroller.Keypad driver.LCD driver.