Abstract: A system is disclosed which provides real-time detection of hazardous driving behavior. The system collects information about the motion of a vehicle along a path, for example, using a global positioning satellite system receiver. Roadside signs along the path are detected and their content determined. That information is compared with information about the motion of the vehicle to provide information with regard to potentially hazardous driving behavior.

Abstract: A system is disclosed which provides real-time detection of hazardous driving behavior. The system collects information about the motion of a vehicle along a path, for example, using a global positioning satellite system receiver. Roadside signs along the path are detected and their content determined. That information is compared with information about the motion of the vehicle to provide information with regard to potentially hazardous driving behavior.

Abstract: In a fuel card monitoring system the vehicle associate with the fuel card is provided with a transmitter and possibly a memory for relaying information associated with a credit transaction, relating to one or more of the vehicle position, the number of miles driven, the amount of fuel taken in, and the turning off and on of the vehicle engine. Information gathering devices may be provided on the vehicle for monitoring the fuel amount, the timing information and the location of the vehicle.

Abstract: In a concrete preparation and pouring process, concrete quality and batch consistency is improved by monitoring weather conditions at one or more locations relating to the process and taking the weather conditions into account in adjusting variables in the preparation and pouring process.

Abstract: In a fuel card monitoring system the vehicle associate with the fuel card is provided with a transmitter and possibly a memory for relaying information associated with a credit transaction, relating to one or more of the vehicle position, the number of miles driven, the amount of fuel taken in, and the turning off and on of the vehicle engine. Information gathering devices may be provided on the vehicle for monitoring the fuel amount, the timing information and the location of the vehicle.

Abstract: A method and apparatus for providing automatic status information pertaining to the location and state of a plurality of vehicles incorporates the use of an intelligent controller onboard the vehicle The onboard intelligent controller utilizes data received from a GPS receiver and a vehicle condition sensor to generate automatic status information that is transmitted by a wireless communication system to a state database. The state database is accessed by a central dispatch center, and the data records contained therein are utilized to provide visual indicators to a dispatcher regarding the identity, location and state of each vehicle within a fleet of vehicles. The system employs knowledge of allowable states and state transitions to effect appropriate status reporting.

Abstract: A method and apparatus for providing automatic status information pertaining to the location and delivery state of a plurality of delivery vehicles incorporates the use of an intelligent controller onboard the delivery vehicle. The onboard intelligent controller utilizes data received from a GPS receiver and a vehicle condition sensor to generate automatic status information that is transmitted by a wireless communication system to a delivery state database. The delivery state database is accessed by a central dispatch center, and the data records contained therein are utilized to provide visual indicators to a dispatcher regarding the identity, location and delivery state of each vehicle within a fleet of vehicles. The system employs knowledge of allowable states and state transitions to effect appropriate status reporting.

Abstract: A method and apparatus for providing automatic status information pertaining to the location and delivery state of a plurality of delivery vehicles incorporates the use of an intelligent controller onboard the delivery vehicle The onboard intelligent controller utilizes data received from a GPS receiver and a vehicle condition sensor to generate automatic status information that is transmitted by a wireless communication system to a delivery state database. The delivery state database is accessed by a central dispatch center, and the data records contained therein are utilized to provide visual indicators to a dispatcher regarding the identity, location and delivery state of each vehicle within a fleet of vehicles. The system employs knowledge of allowable states and state transitions to effect appropriate status reporting.