Abstract: A transmitter transmits a signal to a receiver along a transmission path. The respective positions of the transmitter and the receiver are determined, and notice is received that a moving vehicle is proximate to the transmission path. Responsive to such notice, the moving vehicle position is determined, and such position is used with the transmitter and receiver positions to determine whether the moving vehicle is located between the transmitter and receiver positions. If so, the moving vehicle position is used to calculate the time delay between the times at which first and second components of the transmitted signal are received at the receiver, wherein the first component is transmitted directly to the receiver, and the second component is transmitted to the receiver after reflection from the moving vehicle. The calculated time delay is then used to provide a corrective signal component, which is employed to reduce degradation of the first component caused by the second signal component.

Abstract: A transmitter transmits a signal to a receiver along a transmission path. The respective positions of the transmitter and the receiver are determined, and notice is received that a moving vehicle is proximate to the transmission path. Responsive to such notice, the moving vehicle position is determined, and such position is used with the transmitter and receiver positions to determine whether the moving vehicle is located between the transmitter and receiver positions. If so, the moving vehicle position is used to calculate the time delay between the times at which first and second components of the transmitted signal are received at the receiver, wherein the first component is transmitted directly to the receiver, and the second component is transmitted to the receiver after reflection from the moving vehicle. The calculated time delay is then used to provide a corrective signal component, which is employed to reduce degradation of the first component caused by the second signal component.

Abstract: The aspects of the present invention provide a computer implemented method, system, and computer usable program code for managing programming for a digital video recorder via a network. The method includes receiving user instructions at a content manager, wherein the content manager receives the user instructions through a network. The method also includes executing the user instructions to schedule recording of content for the user. The method further includes responsive to a plurality of users designating the content, storing only a single instance of the content designated by the plurality of users to form common stored content. The method is also responsive to a request to view the content from a user in the plurality of users, transmitting the common stored content to the user in the plurality of users over the network.