12 skills found
927621BEC159Ragavi / TURBIDITY SENSOR USING ARDUINO UNONo description available
pkErbynn / IoT WQMSAn IoT-based water quality monitoring and notification system for fish farmers to determine the physio-chemical parameters of aqua-cultured sites such as fish ponds. Built with esp32-arduino microcontroller, sensors (temperature, turbidity, pH, ultrasonic), Python Flask and SQLite Database). Literature work: https://drive.google.com/file/d/1_ctEz1cAZmnwtB1LCnVKh2_sHrVP6vUU/view
rivertechlabs / Turbiditysensor:cyclone: Open-source, low-cost, in-situ turbidity sensor for river network monitoring (prototype 2.0)
noel752005 / Matsyan XenohydronistsA low-cost IoT system using floating sensor buoys monitors ocean and weather data like temperature, salinity, pH, turbidity, wind, and waves. Data is sent to a central server for real-time analysis, enabling forecasts, pollution maps, and ecosystem insights for researchers and coastal managers.
Ricardosgeral / RelierOpen redesign of an acquisition system for laboratory tests on internal erosion in soils
duyhuynh / Turbidity SensorDTH_Turbidity_Sensor library for Arduino
faisalahmedador / Quality MonitoringIt is a IOT system that detects water quality using sensors like PH sensor,turbidity sensor,temperature sensor etc.
meghadm457 / IOT BASED SMART WATER QUALITY MONITORING AND FLOW CONTROL SYSTEMWater pollution is the root cause for many diseases in the world. It is necessary to measure water quality using sensors for prevention of water pollution. There are a number of processes and factors affecting the water quality during transmission and distribution which are little understood. The effective and efficient system of Water Quality Monitoring (WQM) are critical implementation for the issue of polluted water globally, with increasing in the development of Wireless Sensor Network (WSN) technology in the Internet of Things (IoT) environment, real time water quality monitoring is remotely monitored by means of real-time data acquisition, transmission and processing. This project presents a reconfigurable smart sensor interface device for water quality monitoring system in an IoT environment. The smart WQM system consists of Arduino UNO microcontroller, sensors; IoT and Wireless Fidelity (Wi-Fi) based wireless communication module. The proposed WQM system collects the five parameters of water data such as water pH, water level, turbidity, conductivity and water temperature in parallel and in real time basis with high speed from multiple different sensor nodes. This system is integrated with the IoT technology for real-time water quality monitoring. It aims to determine the contamination of water, purifies the water and also automatic measure of parameters in real time using Arduino UNO. This system is fine-tuned with additional sensors and reduced cost. The results show that the proposed system outperforms the existing ones and produces better results.
rsus4 / AquaDesigned a bottle that tracks the quality and quantity of water using Arduino microcontroller with RTC sensor, pH sensor, Ultrasonic sensor and turbidity sensor.
erkartik2001 / WaterQualityMonitoringSystemMonitor water quality in real-time with an IoT system using Arduino Uno and various sensors. This project measures gravity TDS, turbidity, pH levels, and water temperature. The data is sent to a remote server via a SIM800L module every 15 minutes. Stay informed about water conditions for better decision-making.
chirag-s / Autonomous Water RoverThe Autonomous Water Rover monitors a water body by following the path specified by the user using GPS coordinates and traverses the water body as per the instructions with obstacle avoidance. It has different sensors like pH, percentage of dissolved oxygen, temperature, turbidity, etc. which gives us real time data on our server about the different parameters of the water body. A sonar transducer is also used to provide depth information up to 100 feet. The depth information of a water body can be used by ports, dredging companies and hydrographic offices. The rover also has a camera with first person view which can stream live video to a website in case of any emergencies regarding the waters or on rover itself. An AWR is really helpful as it will autonomously do some specified tasks which at present are carried out by humans.
sonjuonr / Visual Fusion GRUVisual-Fusion-GRU: An SLA-aware VLA framework for autonomous underwater robotic navigation in NVIDIA Isaac Sim. Features CLIP-based semantic-fallback fusion and Recurrent PPO (GRU) for robust target tracking in turbid environments with safety-prioritized sensor orchestration.
