A Low-Cost, Low-Power, Multisensory Device and Multivariable Time Series Prediction for Beehive Health Monitoring.
Iraklis I. RigakisIlyas PotamitisNicolas-Alexander TatlasGiota PsirofoniaEfsevia TzagarakiEleftherios AlissandrakisPublished in: Sensors (2023)
Keyphrases
- low power
- low cost
- health monitoring
- monitoring system
- sensor data
- ultra low power
- daily life
- single chip
- smart environments
- power supply
- input output
- smart home
- rfid tags
- high speed
- neuro fuzzy
- low power consumption
- body sensor networks
- artificial neural networks
- neural network model
- power consumption
- digital signal processing
- wearable sensors
- vlsi circuits
- continuous monitoring
- real time
- embedded systems
- logic circuits
- vlsi architecture
- digital camera
- mixed signal
- neural network
- power reduction
- artificial intelligence
- data streams
- image sensor
- gate array
- context aware