BROADCAST RADIO RECEIVING METHOD
The present invention relates to a broadcast radio receiving method addressing the desire for allowing a rapid switching between different services as selected by a user. In order to provide an approach for reducing or even avoiding delays involved with service switching tailored to the context of radio broadcast reception, in particular in view of limited tuner resources, and/or in order to provide an approach for addressing a selection of a new service in case of, for example, signal loss, the prediction focuses on the user's sequential selection behavior.
1 . A broadcast radio receiving method, comprising:
receiving an input from a user, as to a selection of a radio service;
controlling, in response to the selection of the radio service by the user, one of a first and a second tuner, so to obtain service signals from the selected radio service and to provide audio data for reproduction, wherein the first and the second tuner are each configured to obtain, independently from each other, service signals from a radio service and to provide audio data for reproduction;
predicting a next radio service based on the selected radio service, wherein the prediction is based on information as to previous sequential selections;
controlling the other one of the first and second tuner to obtain the service signals from the next radio service predicted by the predicting; and
receiving a further input from the user, as to a subsequent selection of a radio service,
wherein
if the subsequent selection corresponds to the prediction, the method further comprises stopping the provision of audio data for reproduction by the one of the first and the second tuner and controlling the other one of the first and second tuner to provide the audio data of predicted radio service for reproduction, and
if the subsequent selection does not correspond to the prediction, the method further comprises controlling either the first or second tuner, so to obtain the service signals from the radio service indicated by the subsequent selection and to provide the audio data for reproduction, and
wherein the method further comprises, in response to the subsequent selection of the radio service, updating the information as to previous sequential selections.
2 . The broadcast radio receiving method according to claim 1 ,
wherein the predicting includes updating the information as to previous sequential selections by means of reinforcement learning.
3 . The broadcast radio receiving method according to claim 1 ,
wherein the information as to previous sequential selections is provided in form of a table, indicating, for each of a set of services, a likelihood for a subsequent selection of another one of the set of services, or includes such table.
4 . The broadcast radio receiving method according to claim 1 ,
wherein the information as to previous sequential selections is provided by means of a learned model, in particular based on neural network, indicating, for each of a set of services, a likelihood for a subsequent selection of another one of the set of services, or includes such learned model.
5 . The broadcast radio receiving method according to claim 1 ,
wherein the predicting includes predicting the next radio service based on the selected radio service and a predetermined number of previously selected radio services.
6 . The broadcast radio receiving method according to claim 1 ,
further comprising obtaining, by a locator, current location data of a broadcast radio receiver,
wherein the predicting includes predicting the next radio service based on the selected radio service and based on the current location data.
7 . The broadcast radio receiving method according to claim 1 ,
wherein the predicting includes predicting the next radio service based on the selected radio service, based on the current location data and based on location data previous to the current location data.
8 . The broadcast radio receiving method according to claim 1 ,
further comprising indicating a current time by a timer,
wherein the predicting includes predicting the next radio service based on the selected radio service and based on the current time.
9 . The broadcast radio receiving method according to claim 1 ,
wherein the controlling includes releasing the other one of the first and second tuner from obtaining the service signals from the next radio service predicted by the predictor after a predetermined interval from the selection of the radio service from the user.
10 . The broadcast radio receiving method according to claim 1 ,
wherein the controlling includes, in response to a predetermined condition, releasing the other one of the first and second tuner from obtaining the service signals from the next radio service predicted by the predictor, and
wherein the controlling further includes, after such release, again controlling the other one of the first and second tuner to obtain the service signals from the next radio service predicted by the predictor in response to a predetermined trigger condition, in particular in case of a detected stop of a vehicle in which a broadcast radio receiver is provided and/or in case of a deterioration of a reception quality of the selected radio service below a predetermined threshold.
11 . A broadcast radio receiving method, comprising:
obtaining service signals from a radio service;
providing audio data for reproduction;
receiving an input from a user, as to a selection of a radio service; and
predicting a next radio service based on the selected radio service, wherein the prediction is based on information as to previous sequential selections,
wherein the method further comprises, in case of a signal loss for the selected radio service, indicating the predicted next radio service to the user or changing the obtaining of service signals to the predicted next radio service, and
wherein the method further comprises, in response to a subsequent selection of the radio service by the user via the interface, updating the information as to previous sequential selections.
12 . The broadcast radio receiving method according to claim 11 ,
wherein the predicting includes updating the information as to previous sequential selections by means of reinforcement learning.
13 . The broadcast radio receiving method according to claim 11 ,
wherein the information as to previous sequential selections is provided in form of a table, indicating, for each of a set of services, a likelihood for a subsequent selection of another one of the set of services, or includes such table.
14 . The broadcast radio receiving method according to claim 11 ,
wherein the information as to previous sequential selections is provided by means of a learned model, in particular based on neural network, indicating, for each of a set of services, a likelihood for a subsequent selection of another one of the set of services, or includes such learned model.
15 . The broadcast radio receiving method according to claim 11 ,
wherein the predicting includes predicting the next radio service based on the selected radio service and a predetermined number of previously selected radio services.
16 . The broadcast radio receiving method according to claim 11 ,
further comprising obtaining, by a locator, current location data of a broadcast radio receiver,
wherein the predicting includes predicting the next radio service based on the selected radio service and based on the current location data.
17 . The broadcast radio receiving method according to claim 11 ,
wherein the predicting includes predicting the next radio service based on the selected radio service, based on the current location data and based on location data previous to the current location data.
18 . The broadcast radio receiving method according to claim 11 ,
further comprising indicating a current time by a timer,
wherein the predicting includes predicting the next radio service based on the selected radio service and based on the current time.
19 . A non-volatile memory device storing a computer program that causes a computer to execute the broadcast radio receiving method according to claim 11 .