Abstract: A monitoring system includes at least one fixed location monitoring station, a remote central station and a communications link interconnecting the monitoring station with the remote central station. The monitoring station includes a processor coupled to an input device for retrieving subject identification definition data and subject location definition data. The processor also retrieves physiological parameter sampling data from the subject and determines whether the physiological parameter sampling data lies within boundary limits of the identification definition data and also determines whether the location of the monitoring station lies within boundary limits of the location definition data. In the event the sampling data and the fixed location are within boundary limits, the processor may actuate an access control to permit the subject to enter or exit a controlled premises.

Abstract: A monitoring system includes at least one fixed location monitoring station, a remote central station and a communications link interconnecting the monitoring station with the remote central station. The monitoring station includes a processor coupled to an input device for retrieving subject identification definition data and subject location definition data. The processor also retrieves physiological parameter sampling data from the subject and determines whether the physiological parameter sampling data lies within boundary limits of the identification definition data and also determines whether the location of the monitoring station lies within boundary limits of the location definition data. In the event the sampling data and the fixed location are within boundary limits, the processor may actuate an access control to permit the subject to enter or exit a controlled premises.

Abstract: A monitoring system includes at least one fixed location monitoring station, a remote central station and a communications link interconnecting the monitoring station with the remote central station. The monitoring station includes a processor coupled to an input device for retrieving subject identification definition data and subject location definition data. The processor also retrieves physiological parameter sampling data from the subject and determines whether the physiological parameter sampling data lies within boundary limits of the identification definition data and also determines whether the location of the monitoring station lies within boundary limits of the location definition data. In the event the sampling data and the fixed location are within boundary limits, the processor may actuate an access control to permit the subject to enter or exit a controlled premises.

Abstract: A monitoring systems includes at least one fixed location monitoring station, a remote central station and a communications link interconnecting the monitoring station with the remote central station. The monitoring station includes a processor coupled to an input device for retrieving subject identification definition data and subject location definition data. The processor also retrieves physiological parameter sampling data from the subject and determines whether the physiological parameter sampling data lies within boundary limits of the identification definition data and also determines whether the location of the monitoring station lies within boundary limits of the location definition data. In the event the sampling data and the fixed location are within boundary limits, the processor may actuate an access control to permit the subject to enter or exit a controlled premises.

Abstract: A processor implemented monitoring system includes a sensor coupled to the processor for sampling a physiological parameter of a subject which may comprise a subject unique identification parameter. Also coupled to the processor is a physical location determining device. Subject location as well as parameter status data are input to the processor which is programmed to determine whether the parameter and/or location data falls within prescribed boundaries stored in a memory. Upon determination of an out of boundary condition, e.g. subject entered proscribed geographic area, monitored medical parameter, e.g. blood pressure, out of limit or an unauthorized person attempting to operate a vehicle, etc., the processor transmits information pertaining to the subject, the off limit condition and the specific geographic location of the subject to a central monitoring station for implementation of appropriate action.

Abstract: A processor implemented monitoring system includes a sensor coupled to the processor for sampling a physiological parameter of a subject which may comprise a subject unique identification parameter. Also coupled to the processor is a physical location determining device. Subject location as well as parameter status data are input to the processor which is programmed to determine whether the parameter and/or location data falls within prescribed boundaries stored in a memory. Upon determination of an out of boundary condition, e.g. subject entered proscribed geographic area, monitored medical parameter, e.g. blood pressure, out of limit or an unauthorized person attempting to operate a vehicle, etc., the processor transmits information pertaining to the subject, the off limit condition and the specific geographic location of the subject to a central monitoring station for implementation of appropriate action.