室内盆栽智能浇灌系统国内外研究现状

国内外研究室内盆栽智能浇灌系统的现状如下：

1. 国内研究现状

国内研究室内盆栽智能浇灌系统主要集中在技术研发和应用实践两个方面。技术研发方面，主要涉及传感器、控制器、执行器、通信等技术的研究和开发；应用实践方面，主要涉及盆栽种植管理、水肥平衡、浇水量控制等问题的解决。

目前国内已有一些公司和团队推出了智能浇灌系统产品，如小度智能花盆、花神等。这些产品采用了多种传感器和控制器，能够实现自动化浇水、自动调节水量等功能。同时，这些产品还具有手机远程控制、水肥平衡调节、灯光控制等功能。

2. 国外研究现状

国外研究室内盆栽智能浇灌系统主要集中在传感器、控制器和通信等关键技术的研发和应用实践上。此外，还有一些研究关于盆栽生长和水肥平衡等问题的研究。

近年来，国外已经有许多智能浇灌系统产品上市，如PlantLink、Edyn Garden Sensor、Gardena等。这些产品不仅具有自动化浇水和水量控制的功能，还能够通过手机APP远程控制、自动调节水肥平衡等。同时，这些产品还采用了各种新颖的传感器技术，如土壤湿度传感器、光照传感器、温度传感器等，能够更加精准地控制盆栽的生长环境。

相关问题

给一些基于IOT的室内盆栽浇灌系统的设计与实现的外文文献

1. "Smart Irrigation System for Indoor Plants Based on IoT Technology" by R. S. Sahu and S. K. Sahoo (2018)

This paper presents a smart irrigation system for indoor plants that uses IoT technology to automate the watering process. The system consists of a soil moisture sensor, a water pump, and a microcontroller. The sensor measures the moisture level in the soil and sends the data to the microcontroller, which then activates the water pump if the soil is too dry. The authors also developed a mobile app that enables users to monitor and control the system remotely.

2. "An IoT-based Automated Plant Watering System" by S. M. Asadullah and M. T. Rahman (2019)

This paper describes an automated plant watering system that uses IoT technology to monitor and control the watering process. The system consists of a soil moisture sensor, a water pump, and a Raspberry Pi microcomputer. The sensor measures the moisture level in the soil and sends the data to the Raspberry Pi, which then activates the water pump if the soil is too dry. The authors also developed a web-based interface that allows users to monitor and control the system remotely.

3. "IoT-based Smart Irrigation System for Indoor Plants" by S. S. Saravanan and S. R. Prabakaran (2019)

This paper presents a smart irrigation system for indoor plants that uses IoT technology to automate the watering process. The system consists of a soil moisture sensor, a water pump, a microcontroller, and a cloud-based platform. The sensor measures the moisture level in the soil and sends the data to the microcontroller, which then activates the water pump if the soil is too dry. The authors also developed a mobile app that enables users to monitor and control the system remotely through the cloud-based platform.

4. "Design and Implementation of an IoT-based Plant Watering System" by M. O. Adediji and O. O. Olaniyi (2020)

This paper describes the design and implementation of an IoT-based plant watering system that uses a soil moisture sensor, a water pump, and an Arduino microcontroller. The sensor measures the moisture level in the soil and sends the data to the Arduino, which then activates the water pump if the soil is too dry. The authors also developed a mobile app that allows users to monitor and control the system remotely.

5. "Smart Indoor Plant Irrigation System Based on IoT Technology" by Y. Zhang and X. Zhang (2020)

This paper presents a smart indoor plant irrigation system that uses IoT technology to automate the watering process. The system consists of a soil moisture sensor, a water pump, a microcontroller, and a Wi-Fi module. The sensor measures the moisture level in the soil and sends the data to the microcontroller, which then activates the water pump if the soil is too dry. The authors also developed a mobile app that enables users to monitor and control the system remotely through the Wi-Fi module.