AbstractThe paper presents an evaluation of the performance of the developed sensor system for dynamic detection of the concentration gradient of volatile compounds in the air. Real-time measurements of the spatial gradient are difficult, because of inherently unstable propagation of chemical plume in the air [1]. A special test chamber with dynamically stable gas concentration distribution was used to obtain repeatability conditions and reliable results. The spatial distribution of tested gas in the test chamber was estimated by CFD simulations. The results proved that the real-time detection of small differences in gas concentration at small distances is possible
AbstractA strategy for detecting and identifying trace levels of hazardous volatile organic compound...
Robotic olfaction is a promising application of volatile-sensing technologies with many potential us...
Real-time identification and quantitative analysis of volatile and semi-volatile chemical vapors are...
AbstractThe paper presents an evaluation of the performance of the developed sensor system for dynam...
controlThis work contributes to the design of a gas diffusion-sensing system controlling in real tim...
A chemical detection platform composed of 8 chemo-resistive gas sensors was exposed to turbulent gas...
AbstractA chemical detection platform composed of 8 chemo-resistive gas sensors was exposed to turbu...
The intermittency of the instantaneous concentration of a turbulent chemical plume is a fundamental ...
This paper addresses the problem of localisation of a static odour source in an unstructured indoor ...
AbstractThis paper presents the performance of metal oxide gas sensor response processing for the co...
This paper presents the measurement of gas concentration and wind intensity performed with a mobile ...
This article addresses the problem of localizing a static gas source in an indoor environment by a m...
The estimation of the gas concentration (process-state) associated with a stationary or moving sourc...
We present the estimation of a likelihood map for the location of the source of a chemical plume dis...
This paper addresses the problem of estimating proximity to a gas source using concentration measure...
AbstractA strategy for detecting and identifying trace levels of hazardous volatile organic compound...
Robotic olfaction is a promising application of volatile-sensing technologies with many potential us...
Real-time identification and quantitative analysis of volatile and semi-volatile chemical vapors are...
AbstractThe paper presents an evaluation of the performance of the developed sensor system for dynam...
controlThis work contributes to the design of a gas diffusion-sensing system controlling in real tim...
A chemical detection platform composed of 8 chemo-resistive gas sensors was exposed to turbulent gas...
AbstractA chemical detection platform composed of 8 chemo-resistive gas sensors was exposed to turbu...
The intermittency of the instantaneous concentration of a turbulent chemical plume is a fundamental ...
This paper addresses the problem of localisation of a static odour source in an unstructured indoor ...
AbstractThis paper presents the performance of metal oxide gas sensor response processing for the co...
This paper presents the measurement of gas concentration and wind intensity performed with a mobile ...
This article addresses the problem of localizing a static gas source in an indoor environment by a m...
The estimation of the gas concentration (process-state) associated with a stationary or moving sourc...
We present the estimation of a likelihood map for the location of the source of a chemical plume dis...
This paper addresses the problem of estimating proximity to a gas source using concentration measure...
AbstractA strategy for detecting and identifying trace levels of hazardous volatile organic compound...
Robotic olfaction is a promising application of volatile-sensing technologies with many potential us...
Real-time identification and quantitative analysis of volatile and semi-volatile chemical vapors are...