In this paper, we present AI-powered spice recognition system (AISRS), which is made up of an array of 8 inexpensive BME688 digital tiny sensors are exploited.
Several studies have explored the use of metal oxide gas sensors (MOGS) in eNoses for food and spice recognition. It has a wide range of possible applications.
This paper seeks to highlight the importance of the knowledge of metal oxide gas sensor behaviour before conceiving an electronic nose for a dedicated ...
Dr. B. Tevfik Akgün's paper "Portable AI-Powered Spice Recognition System Using an eNose Based on Metal Oxide Gas Sensors" prepared with Montaser Ramadan, ...
The electronic nose (E-nose) resembles the human olfactory system, including an array of gas sensors that react with the sample to produce a smell print, which ...
In this study we have developed an e-nose system to discriminate the aroma of freshly roasted coffee in different production regions.
A portable electronic nose system has been fabricated and characterized using an oxide semiconductor gas sensor array and artificial neural network.
Missing: spice | Show results with:spice
Duration: 13:20
Posted: May 5, 2024
Posted: May 5, 2024
Missing: Portable metal oxide
The two main components of an electronic nose (E-nose) are the sensing system and the automated pattern recognition system. The sensing system can be an array ...
Missing: spice | Show results with:spice
Oct 22, 2024 · A portable electronic nose system has been fabricated and characterized using an oxide semiconductor gas sensor array and artificial neural ...
Missing: spice | Show results with:spice