Artificial olfaction system (the so-called electronic nose) is a very promising tool to monitor the malodour in the field. Usual measurement techniques of odour use human olfaction or conventional analytical techniques. The first category represents the real odour perception but is not applicable to measure continuously bad odours in the field. The second class of techniques gives the mixture composition but not the global information representative of the odour perception. The e-nose has the potentialities to combine "the odour perception" and the "monitoring in the field". However to be able to reach that goal, the signal processing has to be adapted to work in complex environment. The research group in Arlon has more than ten years exper...
In this chapter, we review some of the previous proof-of-principle work done in this field. Examples...
Odour impacts are assessed according to two principal approaches: evaluation and estimation of the p...
International audienceThe responses of individual odour sensors combined into an array, where each s...
Artificial olfaction system (the so-called electronic nose) is a very promising tool to monitor the ...
Electronic nose is a promising technique for field monitoring of malodours in the environment. It is...
The purpose of the paper is to briefly review some researches regarding the adaptation of the electr...
The complexity of the odours issue arises from the sensory nature of smell. From the evolutionary po...
Applying the electronic nose to monitor environmental odours is not straightforward. The instrument ...
The human olfactory system is still regarded as the most important 'analytical instrument' for the a...
peer reviewedFor few years, the department "Environmental monitoring" at FUL applies the principle o...
For few years, the department "Environmental monitoring " at FUL applies the principle of ...
Electronic noses capability to simulate human olfaction makes these instruments perfect for direct c...
peer reviewedOdour concentration is measured sensorially, thus needing a human panel, whereas the me...
The aim of our research activity is the development of a system, based on the use of electronic nose...
The paper provides some considerations resulting from measurements with electronic noses around real...
In this chapter, we review some of the previous proof-of-principle work done in this field. Examples...
Odour impacts are assessed according to two principal approaches: evaluation and estimation of the p...
International audienceThe responses of individual odour sensors combined into an array, where each s...
Artificial olfaction system (the so-called electronic nose) is a very promising tool to monitor the ...
Electronic nose is a promising technique for field monitoring of malodours in the environment. It is...
The purpose of the paper is to briefly review some researches regarding the adaptation of the electr...
The complexity of the odours issue arises from the sensory nature of smell. From the evolutionary po...
Applying the electronic nose to monitor environmental odours is not straightforward. The instrument ...
The human olfactory system is still regarded as the most important 'analytical instrument' for the a...
peer reviewedFor few years, the department "Environmental monitoring" at FUL applies the principle o...
For few years, the department "Environmental monitoring " at FUL applies the principle of ...
Electronic noses capability to simulate human olfaction makes these instruments perfect for direct c...
peer reviewedOdour concentration is measured sensorially, thus needing a human panel, whereas the me...
The aim of our research activity is the development of a system, based on the use of electronic nose...
The paper provides some considerations resulting from measurements with electronic noses around real...
In this chapter, we review some of the previous proof-of-principle work done in this field. Examples...
Odour impacts are assessed according to two principal approaches: evaluation and estimation of the p...
International audienceThe responses of individual odour sensors combined into an array, where each s...