Review Article
Imperative Role of Automation and Wireless Technologies in Aquaponics Farming
Table 2
Previous IoT-based platform for aquaponics.
| Research | Objective | Advantage | Disadvantage |
| [53] | Automated aquaponics system to sense of pH, level, and temperature | Cloud server implemented to visualize the sensor data | Intel Edison microcontroller integrated is expensive | [54] | Automatic control of the aquaponics system using an ML algorithm | Edge computing is utilized to identify the parameter for the growth of plant and fishes | The proposed model is implemented in small scale, where the performance of system is skeptical | [55] | To control and monitor water quality and environmental parameters | Solar-based power supply for powering the nodes | Implementation of Wi-Fi in the sensor node increases the power consumption and also requires additional infrastructure for working on Internet | [56] | Remote monitoring systems using TDS sensor | Calibration of TDS sensors is carried out | Cloud server is missing in the IoT-based system | [57] | Optimizing nutrient supply using ML | Raspberry Pi is interfaced with Vernier sensors for the measurement of nutrients | No information available about data transmission and data storage |
|
|