Harshal Shah

In the 5th semester an individual project was done based on the LCD display. In this project I used 8051 Micro-Controller and an LCD was interfaced with the Micro-controller. The idea behind this project was to understand the interfacing of LCD with the Micro-Controller and understanding of different commands of LCD. Keil u-Vision was used for the programming.

Designed the SDRAM controller that allows SDRAM memory to be interfaced with a Micro-Processor (80386SX) having only asynchronous memory support.

The SDRAM controller should be designed to interface with one or more SDRAM memory device.

• The main scope of the project was to evaluate and compare rate versus power control in IS-95 (a CDMA standard for 2G wireless communications), CDMA2000 1×EV-DO, and LTE.

• During the project Rayleigh fading channel is assumed.


• For the evaluation of rate versus power control the following different schemes were used :

o Using channel inversion power control for IS-95

o Using equal power allocation for CDMA 2000


o Using waterfilling power… Show more

• The main scope of the project was to evaluate and compare rate versus power control in IS-95 (a CDMA standard for 2G wireless communications), CDMA2000 1×EV-DO, and LTE.

• During the project Rayleigh fading channel is assumed.


• For the evaluation of rate versus power control the following different schemes were used :

o Using channel inversion power control for IS-95

o Using equal power allocation for CDMA 2000


o Using waterfilling power control for CDMA2000

o Using waterfilling power control for LTE
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• The main scope of the project was to communicate with the peer node using RS-485 protocol.
• This project was done using ARM cortex M4F micro-controller.
• The node was capable to communicate with the peer node on the 2-wired data bus once the text command is given using the PC.
• By using this we can control the node or other peripheral (i.e. LCD, stepper motor, RGB) connected on the other end.

• Worked on the Embedded System named “Smart Card based e-Ticketing System” based on the micro-controller AT89S52, RFID tags & receiver, LCD.
• Main responsibilities were to develop the firmware for the different peripherals.
• Main C and Assembly language technologies were mainly used for the code development.
• As a tool I used Keil.
• The main scope of the project was to reduce the complexity for ticketing in the public transportation.