Discover @VeeruSubbuAmi Open Source projects

Veera Subrahmanyam Mediboina (@VeeruSubbuAmi)

VeeruSubbuAmi

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Location 🇮🇳 India
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v2.0-Temperature-Data-record-on-AWS-IoT-Core-with-ESP32

ESP32_Cam_based_Motion_Triggered_Image_Capturing_Device

ESP32_Cam___Blynk_app_based_security_system_with_motion_detection

DIY-Intelligent-Pulse-Oximeter-for-Covid-Patients

Programing the Espressif ESP32 module to communicate with Ubidots over MQTT using Visual Studio Code and MicroPython. First, we will set up the ESP32-DevkitC board with micropython using ESP-IDF. then we will install Visual Studio Code and other necessary installation packages like nodeJs. also, we will install pymakr plugin/extension in Visual Studio Code, The Pymakr plugin makes everything much simpler when programming with micropython. Finally, we will write a script to Connect your ESP32 to Ubidots over MQTT using MicroPython. Then will demonstrate the same.

Snake_bot

Snake_bot is a biomorphic hyper-redundant that resembles a biological snake. It can move through any terrain.

Play_Video_on_OLED_Display

ESP32_Cam_WiFi_Controlled_Car

Face-recognition-PCA-

Face recognition is a type of biometric authentication, It can identify the a specific individual in a digital image by analysing and comparing patterns of face. Principal Component Analysis (PCA) is used to explain the variance-covariance structure of a set of variables through linear combinations. It is often used as a dimensionality-reduction technique

OLED

thingspek_dht22

temperature and humidity monitoring

OLED_DHT22

Interfacing DHT22 with NodeMCU and printing the data on OLED display.

DHT22

Interfacing DHT22 with NodeMCU and Sencing Temperature and Humidity from the DHT22 Sensor

AWS-Data-Visualization

Home-Automation

Controlling of all home appliances using Android mobile application

Passworg-based-door-locking-system

It is a door locking system used to secure with a password. It deals with opening the door of our ROBOTICS CLUB when a correct password is entered else a beep sound is produced by the buzzer.

LoRa-communication-with-ESP32-RFM95-real-time-demonstration.

we will develop 2 devices for a real-time demonstration of LoRa Communication with RFM95 LoRa module and ESP32 Development kit. These simple LoRa devices are based on Point to point Lora communication topology. In point-to-point communication, two LoRa enabled devices will talk with each other using RF signals. As an example, we'll build a simple LoRa Sender and a LoRa Receiver. The LoRa Sender will be sending a "hello electronics innovation follower " message followed by a counter for testing purposes. The receiver will receive it and show it on the Serial monitor. Later the same message can easily replace with valuable sensor data.

Go-Tour

a mobile application which connects tourist with the village people. Gives the information about Hotels, Tourist sights, nearby Wi-Fi locations, Restaurants, Travels, Tourist guides.

Dotmatrix_MAX7219

In this ideo, we will be going through interfacing a Dot Matrix which has a MAX7219 driver to an Arduino Uno. The components required are pretty less but coding is quite a bit here. So put on your coding hats and let's get started.

Biomass-Stove

Bio Mass Stove is used burn the pellets which are made from Raw materials of agriculture and forest waste. For this Bio mass stove I have designed an user interface with Arduino mega and UTFT touch screen, the touch screen will help to control combustion through airflow, and flame of the stove. Provide information about temperature, exhausting gasses.

LoRa_End_Node_STM32_ABP_TTN

This Program will help you to develop a Lora end node that can be activated in ABP mode with RFM95 module and STM32 to publish "Hello, STM32-ABP" message.

Automonous-Driving-Vehicle

An Autonomous Driving Vehicle (ADV) is fundamentally defined as a passenger vehicle that drives itself. In future the automated systems are used to avoid accidents and reduce congestion. ADV will be capable of determining the best route and warn each other about the conditions ahead. Our ADV designed is a basic type, which can work using lane detection, pedestrian detection and obstacle detection using cameras, laser range finder and sensors. The concepts involved are deep learning and image processing. The control mechanism consists of stepper motors, servo motors and DC motors. Using speech processing, ADV can also be driver assistance

IoT-based-Fingerprint-attendance-system

In this project, I will tell you how to build an IoT based Fingerprint Biometric Attendance System using NodeMCU ESP8266 12E, 0.96” OLED Display & SFG R305a Fingerprint Sensor. The ESP8266 Wi-Fi Module will collect the fingerprint data from the multiple users and sends it over the internet to a website. The Enrolment of fingerprints is done on the server using any fingerprint sensor like R303, R305 or R307 that is available on the market and verification of the fingerprint will be done on the webserver while fingerprint templates are transmitted over the WiFi.

Automation-in-Agriculture-using-IoT-

This project involves both TCP, UDP protocols. There are three main features. 1)Automation of water supply to the crop according to the moisture level in the soil. 2)Controlling of Water supply globally using internet. 3)Monitoring of moisture level over the internet. In the field there are one central node and more sensor nodes, all these nodes are connected over the local Wi-Fi network which is created by the central node, The central node plays a key role in this project, for receiving data from the sensor nodes as it is configured as UDP Server, for monitoring and controlling over the internet it will be configured as TCP client, it will switch between these two modes over a time period . All sensor nodes will fetch the data from the moisture sensor for every 30 min, and sent to the central node @ UDP Server configuration, which is placed at the solenoid valve (Electronic valve) and went to the sleeping mode(to decrease the power consumption). According to the moisture level solenoid valve will release the water. Then after Central node will switch to the TCP Client mode and connect to the predefined external Wi-Fi for internet access if it is active if it is not active redirect to the UDP Server mode. If the connection is present, all sensor’s moisture values are uploaded to the Thingspeak IoT platform for monitoring purpose and it will wait for the request from the webpage which is designed for the manual controlling purpose. If the request comes then it will perform the action. After some time period it will switch to the UDP server mode and the process will be continued.