Abstract: A plurality of particle size reference values are specified. Data are obtained based at least in part on the specified plurality of particle size reference values.

Abstract: Embodiments of apparatuses, articles, methods, and systems for measuring sensor drift characteristics are generally described herein. In some embodiments, a system having a sensor platform to receive a sensor and measure drift characteristic of the sensor is disclosed. The system may further include a data acquisition device coupled to the sensor platform to receive the measured drift characteristic and to compare them to acceptance criteria in order to determine an acceptability of the sensor. Other embodiments may be described and claimed.

Abstract: Embodiments of the present invention provide for a tamper resistant radon detector monitoring system. Other embodiments may be described and claimed.

Abstract: Embodiments of the present invention provide for a tamper resistant radon detector monitoring system. Other embodiments may be described and claimed.

Abstract: A plurality of particle size reference values are specified. Particle size data is obtained based at least in part on the specified plurality of particle size reference values.

Abstract: A method and apparatus provides for particle size detection. A particle detector signal is utilized to provide particle size information. The particle detection signal is obtained by utilizing particle detector information.

Abstract: A novel basic allergen/particulate data collection device and a novel multi-function personal air quality management device are disclosed. Both devices include sensor sub-assembly detecting and reporting on allergen/particulate data (preferably, for allergen/particulate with sizes smaller than 5 micron) for an indoor location (where the asthma patient is situated). Both devices are communication enabled to allow the allergen/particulate data to be provided to an air/asthma advice server, to generate air/asthma advice for an asthma patient, taking into consideration the allergen/particulate data as well as air quality data for a surrounding outdoor area of the indoor location. In one embodiment of the basic device, the communication interface is tailored for “harsh environment” local area networking.

Abstract: A novel basic allergen data collection device and a novel multi-function personal asthma management device are disclosed. Both devices include sensor sub-assembly detecting and reporting on allergen data (preferably, for allergen with sizes smaller than 5 micron) for an indoor location (where the asthma patient is situated). Both devices are communication enabled to allow the allergen data to be provided to an air/asthma advice server, to generate air/asthma advice for an asthma patient, taking into consideration the allergen data as well as air quality data for a surrounding outdoor area of the indoor location. In one embodiment of the basic device, the communication interface is tailored for “harsh environment” local area networking. When combined with its streamlined functionality, the device is particularly suitable (especially in terms of economics) for multiple deployment (along with a “base station”), such as in the case of an home application.

Abstract: A novel basic allergen/particulate data collection device and a novel multi-function personal air quality management device are disclosed. Both devices include sensor sub-assembly detecting and reporting on allergen/particulate data (preferably, for allergen/particulate with sizes smaller than 5 micron) for an indoor location (where the asthma patient is situated). Both devices are communication enabled to allow the allergen/particulate data to be provided to an air/asthma advice server, to generate air/asthma advice for an asthma patient, taking into consideration the allergen/particulate data as well as air quality data for a surrounding outdoor area of the indoor location. In one embodiment of the basic device, the communication interface is tailored for “harsh environment” local area networking.