Real Time Embedded Systems, RTOS, Networking and Data Communications.
Masters in Science and Technology (M.Sc Tech ) Engineering , Regional Engineering College, Warangal, Kakatiya University, India.
First Rank Holder In Post Graduation In The UniversityProjects Worked On :
College Topper in the Graduation
Project Scope
This project involves the Design of Test Environment for the NNI stack. The Design includes separate Testing environment's for Traffic Management, Signaling and Congestion & Link Layer Management. The environment's are developed using pSOS Real Time Operating System under pSOSim Environment, using 'C' language.
Project Scope
The project involves Design, Development & Testing of Accommodated Devices
( AASD , PASD ) for NEC v850 INDY2 processor, in ‘C’ language.
Asynchronous Accommodated Devices ( AASD ):
This module generally deals with the asynchronous accommodated devices like Navigation device, Cell phone etc., These devices will be requesting for the Audio bus when ever there is a need to produce Audio. When the device has requested for the audio bus, the arbitration will be made upon the priority of the device. If the device wins the arbitration, it will be connected by issuing a class2 message and is allowed to access Audio services. The module also supports a MUTE LINE processing. This is the process in which any one of the devices can MUTE the audio system and start accessing the audio service.Synchronous Accommodated Devices ( Remote Play Black Devices , PASD) :
This module deals with the Synchronous accommodated devices like CDX, MD, MDX etc., These devices will be connected to the bus and no arbitration is performed on them to connect them. Whenever the user generates an input to play any one of these devices, that particular device gets connected. The device can also request for the Audio service via a Class2 message, then also the device will be made to play.3. Development of A2D Module using the OOA Model
Project Scope
This involves the development of standard software module for the ‘AD_Filter’ module. The module for A/D conditioning has been designed using the OOA Models developed by Delco Electronics Corporation, USA. Delco Electronics had provided the OOA module ‘AD_Filter’, as an input, based on which, this project has been carried out.4. 2000 GMX 220 Instrument Cluster Verification & Validation Project
The Low Level Design has been developed in such a way that it is independent of the target microprocessor and the implementation language.
Project Scope
This involves execution of each instruction of the code simulating
the appropriate
conditions and measurement of
Project Scope
This program, accepts C source files as input and generates as output to STDOUT a roughly structured listing of module (function) declarations and the function calls within them.
6. ( Dissertation work in M.Sc. Tech
Engg. VI semester )
Title :
Design and Development of Cartridge Interface for real time embedded system
Organization : Electronics & Radar Development
Establishment (LRDE), Ministry of Defense
Bangalore, India.
Duration :
8 months ( Nov.’96 - July ’97 )
Software :
‘ C’ , VC++
Project Scope
The project involves
Development of Flash Memory Cartridge Interface and Implementation of protocols (proprietary)
Development of Mission Simulation EnvironmentMission Simulation Environment was developed to identify the system needs.
The cartridge Interface is mainly developed to facilitate handshake between it and major subsystem on the fighter aircraft and act accordingly as commanded by the system.
-Shivaarpanam