Abstract: A broadcast signal noise removal apparatus for a vehicle, which decodes a bitstream that is received by an electric vehicle through communication with an external transmission device, then re-encodes the bitstream when an error is detected, then decodes a channel status using a weight, determines whether noise has occurred according to whether the error has been detected, and outputs a bitstream after removing wideband noise of the electric vehicle.

Abstract: Disclosed is a preprocessing system for eliminating interference within an adjacent range of analog signals of Hybrid Digital Radio (HDR) and Conventional Digital Radio (CDR). The present embodiment provides a preprocessing system for eliminating interference within an adjacent range of analog signals of HDR and CDR, which is capable of restoring a signal using the symmetry of the analog signals during a process of receiving the analog signals of HDR and CDR, additionally determining whether a signal has noise by utilizing a frequency modulation (FM) phase property of the signal, and eliminating interference within the adjacent range of the analog signals through a single path without beamforming (two or more paths).

Abstract: Disclosed is a broadcast signal noise removal apparatus for a vehicle. The present embodiment provides a broadcast signal noise removal apparatus for a vehicle, which decodes a bitstream that is received by an electric vehicle through communication with an external transmission device, then re-encodes the bitstream when an error is detected, then decodes a channel status using a weight, determines whether noise has occurred according to whether the error has been detected, and outputs a bitstream after removing wideband noise of the electric vehicle.

Abstract: A beamforming maximum ratio combining (MRC) pre-processing system for adjacency removal of HDR includes a first filter module implemented in a digital radio receiver and allowing only a low side band signal having a frequency lower than a center frequency of a radio signal in a selected channel to pass therethrough and a processor module performing beamforming on the selected channel based on a difference in gain value between the signal that has passed through the filter module and an original signal that has not passed through the filter module.