Consulta en la Biblioteca ETSI Industriales (8845)[EN] Many living things can seek the origin of odours by tracing the airborne odour. Examples are police dogs tracing a suspect by the smell of his possessions, narcotic-sniffing dogs used to prevent smuggling of narcotics, and rescue dogs used to search for people buried under collapsed buildings at a natural disaster. If such localization can be realized by an artificial system, various applications are possible, including sensing of flammable and poisonous gases. Unlike the traditional applications of gas sensors such as gas leak warning, gas concentrations in various locations need to be measured quickly while moving in the case of a gas source localization system. Since it is not possi...
Most of the embedded systems that detect gases today are for specific types and indicate the levels ...
AbstractThe observations of natural olfaction led to the evidence that the processing of olfactory r...
An Electronic Nose is being jointly developed between the University of Greenwich and the Institute ...
An array of commercial gas sensors and nanotechnology sensors has been integrated to quantify gas co...
This work describes a small, low-cost electronic nose device which can detect harmful substances tha...
Due to the lack in selectivity and separability of most common gas sensors, the use of sensor arrays...
Our group is interested in the potential use of gas sensors for detection of key odorants in industr...
Unwanted odour emissions are considered air pollutants that may cause detrimental impacts to the env...
With air quality being one target in the sustainable development goals set by the United Nations, ac...
Although many chemical gas sensors report high sensitivity towards volatile organic compounds (VOCs)...
We address the problem of enabling a mobile robot to locate a stationary odour source using an elect...
The composition of the initial substance was determined using an electronic sensor “electronic nose”...
See GitHub repository for data processing functions and examples: https://github.com/soerenbrandt/sn...
Electronic nose system comprising of three Figaro sensors (TGS2602, TGS832 and TGS816) arrayed in a...
While low-cost air quality sensor quantification has improved tremendously in recent years, speciate...
Most of the embedded systems that detect gases today are for specific types and indicate the levels ...
AbstractThe observations of natural olfaction led to the evidence that the processing of olfactory r...
An Electronic Nose is being jointly developed between the University of Greenwich and the Institute ...
An array of commercial gas sensors and nanotechnology sensors has been integrated to quantify gas co...
This work describes a small, low-cost electronic nose device which can detect harmful substances tha...
Due to the lack in selectivity and separability of most common gas sensors, the use of sensor arrays...
Our group is interested in the potential use of gas sensors for detection of key odorants in industr...
Unwanted odour emissions are considered air pollutants that may cause detrimental impacts to the env...
With air quality being one target in the sustainable development goals set by the United Nations, ac...
Although many chemical gas sensors report high sensitivity towards volatile organic compounds (VOCs)...
We address the problem of enabling a mobile robot to locate a stationary odour source using an elect...
The composition of the initial substance was determined using an electronic sensor “electronic nose”...
See GitHub repository for data processing functions and examples: https://github.com/soerenbrandt/sn...
Electronic nose system comprising of three Figaro sensors (TGS2602, TGS832 and TGS816) arrayed in a...
While low-cost air quality sensor quantification has improved tremendously in recent years, speciate...
Most of the embedded systems that detect gases today are for specific types and indicate the levels ...
AbstractThe observations of natural olfaction led to the evidence that the processing of olfactory r...
An Electronic Nose is being jointly developed between the University of Greenwich and the Institute ...