Vijay P.

Tizen OS Based Product

Development of System MW libraries and services
Unit Testing, Integration Testing, API Testing of modules
Analysis, Re-production, Debugging & Propose Resolution of System Faults
Analysis of Dumps, System Logs, and Backtrace
Detection of memory leaks with tools and resolving them
Leading & training engineers

Programming Language : C ,C++, C#, Python, Shell
OS: Tizen, Linux,
Device: Arm Cortex A76
Tools: VSCode, Visual Studio, Source Insight, CMake, Jira… Show more

Development of System MW libraries and services
Unit Testing, Integration Testing, API Testing of modules
Analysis, Re-production, Debugging & Propose Resolution of System Faults
Analysis of Dumps, System Logs, and Backtrace
Detection of memory leaks with tools and resolving them
Leading & training engineers

Programming Language : C ,C++, C#, Python, Shell
OS: Tizen, Linux,
Device: Arm Cortex A76
Tools: VSCode, Visual Studio, Source Insight, CMake, Jira, Confluence, GIT, Perforce, Swarm etc Show less

The System has two products: the Base (Sensor) Device & Gateway (Sink) device.
The base will capture the data and share it using RF using a proprietary protocol to the gateway.
The gateway will share the data to the cloud to notify on the web or smartphone application.

The role includes developing new features or improving existing features based on the requirement shared by PO. It also includes testing the features, Documentation like design flowcharts, merging and porting… Show more

The System has two products: the Base (Sensor) Device & Gateway (Sink) device.
The base will capture the data and share it using RF using a proprietary protocol to the gateway.
The gateway will share the data to the cloud to notify on the web or smartphone application.

The role includes developing new features or improving existing features based on the requirement shared by PO. It also includes testing the features, Documentation like design flowcharts, merging and porting applications, Peer Review, etc. Show less

Development of audio post-processing library module using C/C++ language based on Design signal flow MSVS (32Bit & 64Bit) & ARM DS-5(32Bit & 64Bit)

Development of ARM NEON Optimization library using ARMv7 & ARMv8 SIMD-NEON Assembly/Instrinics for ARM Cortex A76 using ARM Design Studio IDE & Simulator.

Porting of Library modules with android audio HAL library & Custom framework. Board flashing & Testing using Google Testing using VTS (Vendor Test Suite).

APIs Design… Show more

Development of audio post-processing library module using C/C++ language based on Design signal flow MSVS (32Bit & 64Bit) & ARM DS-5(32Bit & 64Bit)

Development of ARM NEON Optimization library using ARMv7 & ARMv8 SIMD-NEON Assembly/Instrinics for ARM Cortex A76 using ARM Design Studio IDE & Simulator.

Porting of Library modules with android audio HAL library & Custom framework. Board flashing & Testing using Google Testing using VTS (Vendor Test Suite).

APIs Design, Development & Testing.Document: TestPlan Reports, Module API

Design Document, Daily-Weekly-Monthly Work Status, etc

Platforms: ARM Cortex A76, Windows(x86,x64)
Operating System: Windows 10, Ubuntu 18.04 LTS
Tools: ARM DS-5, ARM DS IDE, ARM Compiler, MSVS 2019, CLANG compiler. VS Code, GIt, Confluence, etc
Language: Arm clang, C, C++, ARM Assembly (v8 & v7)
Devices: ARM Emulator for Performance and Quality Testing Show less

It is an Automatic Guided Vehicle system for material handling. The 1000 Kg maximum of weight can be handled by the system. It has two DC motor each one can control up to 500 Kg. It has ultra-sonic sensor interfaced for distance measurement from the object. It is controlled by an android and a web based application. The camera is interfaced to get auto-guidance from strip color on the floor. It has a strip of RGB LEDs status of the system. It also has buzzer interfaced for warning or critical… Show more

It is an Automatic Guided Vehicle system for material handling. The 1000 Kg maximum of weight can be handled by the system. It has two DC motor each one can control up to 500 Kg. It has ultra-sonic sensor interfaced for distance measurement from the object. It is controlled by an android and a web based application. The camera is interfaced to get auto-guidance from strip color on the floor. It has a strip of RGB LEDs status of the system. It also has buzzer interfaced for warning or critical notification. Speed to both motors is controlled from encoder signal of motors. It also has separate O&M mode for maintains purpose.
Platforms: Beaglebone, AVR Microcontroller
Operating System: Debian
Language/Tools: Python, C, C++, OpenCV, Socket Programming,
Devices: USB Camera, DAC, ADC, Ultra Sonic Sensor, Motors,
Interfaces: USB, WIFI, I2C, SPI, UART, RS845 Show less

It is an R&D project based on Embedded Linux System.
Detection of specific 1D barcode using Image Processing.
Tools: Python, OpenCV
Platform: Apalis IMX6 and UDOO NEO Evaluation board
Operating System: Debian
Devices and Interface: USB Camera and Analog Camera

It is a timing based system with STM32 Low Power MCU. It records event timing the calculated laps time and breaks time and heart rate. The records are transferred over serial to Bluetooth MCU and then it will be given to Android application.

Firmware development for Cypress FX3 USB 3.0 device.
Xilinx Spartan Development using Verilog.

Dispensing lubricating gel just got easier and safer for healthcare providers and their patients with the introduction of the KleenGel Automatic Lubricating Gel Dispenser.

ProVTS have GSM and GPS module integration with Micro-Controller. The period status of VTS module is sent to socket server using GPRS and to the user phone using SMS. Alerts also sent to the server and to user phone. The configuration of ProVTS is done using command through SMS or Socket. Using ProTrack CRM user can access the server from a remote location using the Internet and change the configuration.
Inputs: Speedometer Signal, Door Lock Signal, Gas Tank Analog Signal
Output: Relay… Show more

ProVTS have GSM and GPS module integration with Micro-Controller. The period status of VTS module is sent to socket server using GPRS and to the user phone using SMS. Alerts also sent to the server and to user phone. The configuration of ProVTS is done using command through SMS or Socket. Using ProTrack CRM user can access the server from a remote location using the Internet and change the configuration.
Inputs: Speedometer Signal, Door Lock Signal, Gas Tank Analog Signal
Output: Relay Control
Device: GSM over UART, GPS over UART, Show less

To control the motor speed and direction from input frequency and direction pulse with different current ratings and resolutions.

At the start of the project, the firmware development was done in the PIC18 device.
User Interface is LCD 20 x 4 and 8 x 8 matrix keypad.
Migration of application from PIC18 to PIC32.
Inputs: Matrix Keypad, Proxy Sensor, Switches
Output: 20x4 LCD with UI, Relays Control, DC Motor, Servo Motor/ Stepper Motor Control

Accessing files from USB flash drive of FAT32 file system using PIC Controller.

System Time log is generated, which included starting and stopping Time / Date of the System.
Platform is PIC24 and PIC32 Controller.

The Reversible Multiplier is design and simulated using verilog HDL and implemented on FPGA starter board Spartan3E.The Proposed Reversible Multiplier is Generalized for N x N bit. It also compared with existing designs.

It is based on Embedded & Wireless Communication Technology.
This project is designed for industries to decrease men power and reliable operation. The switching and speed of AC motor is monitored and controlled.

It is based on VLSI technology. It is simulated and verified on Xilinx ISE tool using VHDL.
It will displayed image on LCD Screen, stored in flash memory using FPGA Board. It was Partially Completed.

Using Astable mode of 555 IC proper clock signal is generated and giver to 4 bit binary counter and output is shown with 4 LEDs.