Delivering enhanced content to broadcast media receivers with internet connection and enhancing user experience

• US 20110213681A1
• Filed: 03/22/2011
• Published: 09/01/2011
• Est. Priority Date: 02/03/2010
• Status: Abandoned Application

• Current Assignee: Intel Corporation
• Original Assignee: Intel Corporation
• Inventors: Shahid, Mohammad
• Application Number:
  US13/065,495
• Publication Number:
  US 20110213681A1
• Time in Patent Office: Days
• US Class Current: 705/27.1
• CPC Class Codes: G06Q 30/02 Marketing; Price estimation or determination; Fundraising
• CPC Class Codes: G06Q 30/0641 Shopping interfaces
• CPC Class Codes: H04H 2201/18 in band on channel [IBOC]
• CPC Class Codes: H04W 4/06 Selective distribution of broadcast services, e.g. multimedia broadcast multicast service [MBMS]; Services to user groups; One-way selective calling services
• CPC Class Codes: H04W 4/14 Short messaging services, e.g. short message services [SMS] or unstructured supplementary service data [USSD]
• CPC Class Codes: H04W 4/20 Services signaling; Auxiliary data signalling, i.e. transmitting data via a non-traffic channel
• CPC Class Codes: H04W 4/21 for social networking applications

Abstract

Adding relevant metadata to downstream media broadcasts to devices such as smart phones, MP3 music players, tablet computers, etc. equipped with media broadcast receivers such as IBOC, DAB etc will enable enhanced user-experience such as easy and faster content access, content format customization, content storage, integration with social networking sites etc. The host devices having the broadcast receivers on board have a full time or part time internet connection to provide an independent upstream and downstream digital data communication path for the functionality of the broadcast receiver. This will enable new possibilities in media-broadcast-receivers, which are normally limited with only downstream data channel. The possibilities include enhanced content access browsing, podcast access, exploring more information about the program content, easy integration with social networking sites etc. The devices are controlled to display or playback advertisements, images etc. in the metadata, detect click events indicating interest by a user in something and communicate that click event upstream over a full time or part time internet or an SMS data path connection. The transmitters have structure to insert metadata in band or out of band with the media broadcast program content.

Claims

1. In a system comprising a category 1, 2, 3 or 4 host device having a microprocessor, memory, user interface controls, display and audio circuitry to playback audio or video program data and metadata to a user of said host device and having “

circuitry”

comprising any combination of hardware, software and/or firmware to control said host device and having circuitry and software for making bidirectional digital communications over the internet or a Short Message Service (hereafter SMS) data path either directly or through a cellular system data path or through a wifi hot spot or indirectly through a computer or other device to which said host device is docked and which has an internet connection, the improvement comprising;

a broadcast receiver in or coupled to said host device that has circuitry including client application software that functions to control said broadcast receiver to receive auxiliary metadata broadcast in band or out of band with a primary media program broadcast using any of the following standards;

FM+RBDS/RDS or IBOC or DAB or ATSC, or Mobile ATSC or DVB or any data broadcast protocol or standard developed in the future which allows metadata to be broadcast either in band or out of band or both along with digital or analog primary media programming, said receiver system also having circuitry including said client application software which functions to provide said received primary media program and said received metadata to said host device for display and/or playback and which can control said host device to make upstream communications over the internet or said SMS data path;

and wherein the term “

circuitry”

used anywhere in this claim or its dependent claims means any combination of hardware circuits, software and/or firmware controlling hardware circuits, the combination being able to perform the stated function(s).

2. The apparatus of claim 1 wherein said host device is a category 2 device which has a WIFI or WIMAX transceiver integrated therein which can establish an internet connection for said host device when said host device is within range of a WIFI hotspot, where a WIFI hotspot means a region within transmission range of a transceiver which transmits digital data bidirectionally using any of the IEEE 802.11 WIFI standards such as 802.11g, and wherein said receiver has circuitry to communicate digital data bidirectionally over the internet using said WIFI or WIMAX transceiver integrated in said category 2 host device when an internet connection is detected.

3. The apparatus of claim 1 wherein said host device is a category 3 device which has circuitry to dock with a host computer and communicate digital data bidirectionally with internet connectivity hardware and software of said host computer which is structured to communicate digital data bidirectionally over the internet via an internet connection established by said host computer, and wherein said receiver has circuitry to control said host device to send requests to purchase goods or services via said host computer'"'"'s internet connection to e-commerce servers, and wherein said receiver has software adapted from podcatcher software incorporated into said client application which functions to control said host device to download podcasts in metadata associated with broadcasts received by said broadcast receiver thereby saving bandwidth which would be otherwise consumed on the internet in distributing podcasts by unicast on the internet.

4. The apparatus of claim 1 wherein said host device is a category 3 device which has circuitry to dock with a host computer and communicate digital data bidirectionally with internet connectivity hardware and software of said host computer which is structured to communicate digital data bidirectionally over the internet via an internet connection established by said host computer, and wherein said receiver has circuitry to control said host device to send requests to purchase goods or services via said host computer'"'"'s internet connection to e-commerce servers, and wherein said receiver has podcatcher software incorporated into said client application which functions to control said host device to send requests to download podcasts to podcast servers using the internet connection of said host computer by first sending the request to said host device for transmission to said host computer with which said host device is docked for subsequent transmission to said podcast server over the internet connection of said host computer.

5. The apparatus of claim 1 wherein said host device is a category 4 device which includes circuitry to send digital data bidirectionally over the SMS data path of a cellular provider, and wherein said client application software of said receiver is structured to send click events upstream to a click event collection server over said SMS data path of said category 4 host device.

6. The apparatus of claim 1 wherein said broadcast receiver portion of said host device has circuitry to receive IBOC broadcasts and wherein said circuitry of said broadcast receiver portion of said host device includes client application software which is structured to control said broadcast receiver to receive metadata which is web content including HTML pages, audio or video files and image files and send said web content to said host device for display and/or playback.

7. The apparatus of claim 1 wherein said broadcast receiver portion of said host device has circuitry to use said broadcast receiver portion of said host device to receive broadcast webpages via a broadcast network, and wherein said circuitry of said host device and/or said broadcast receiver includes circuitry to detect interest by a user of said host device indicating said user is interested in obtaining more information which augments something in a broadcast webpage such as a click on a link or ad displayed in said broadcast webpage, and wherein said circuitry of said broadcast receiver portion and/or said host device includes circuitry to make an upstream request over an internet connection of said host device to download web content said user indicated an interest in, receive said web content via an internet connection of said host device and display it and/or play it back on said host device.

8. The apparatus of claim 1 wherein said host device and said broadcast receiver portion of said host device have circuitry to download and store web content received over the internet and via broadcast, and wherein said broadcast receiver portion further comprises circuitry to do data mining in any way including monitoring searches performed by a user of said host device and subscriptions maintained by said user of said host device to determine the interests and preferences of said user of said host device, said circuitry using the results of said data mining to speculatively make upstream requests for web content that may be of interest to said user based upon the results of said data mining, said upstream requests being made by said circuitry using an Internet connection and circuitry of said host device, said internet connection preferably not being a cellular phone data connection unless said host device has an unlimited data plan.

9. The apparatus of claim 1 wherein said host device is a category 3 device which has circuitry to dock with a host computer and communicate digital data bidirectionally with internet connectivity hardware and software of said host computer which is structured to communicate digital data bidirectionally over the internet via an internet connection established by said host computer, and wherein said broadcast receiver portion has circuitry to do data mining in any way including monitoring searches performed by a user of said host device and subscriptions maintained by said user of said host device to determine the interests and preferences of said user of said host device, said circuitry using the results of said data mining to speculatively make upstream requests for web content that may be of interest to said user based upon the results of said data mining, said upstream requests being made by using the internet connection of said host computer to which said host device is docked.

10. The apparatus of claim 1 wherein either said broadcast receiver or said host device, or both, have memory for storing auxiliary metadata received either in band or out of band for later retrieval and playback and/or display, and wherein said memory comprises any type of volatile or non volatile memory including a hard disk, RAM, or FLASH memory (EPROM or EEPROM) and wherein said broadcast receiver further comprises circuitry to detect transitions in metadata or transition markers transmitted with said auxiliary metadata to mark splice points and circuitry to copy individual programs, advertisements, songs or images set off by said detected transition or transition markers to memory of said broadcast receiver and/or said host device.

11. The apparatus of claim 10 wherein said broadcast receiver has circuitry to use said detected said transitions in said metadata or transition markers broadcast with said metadata to detect the beginning and end of an individual program, advertisement, song or image set off by said detected transition or transition markers to be removed, and “

remove”

said an individual program, advertisement, song or image in the sense of not displaying it or playing it back, and, instead, during the same interval occupied by said an individual program, advertisement, song or image, displaying and/or playing back an individual program, advertisement, song or image retrieved from memory having the same duration or size as said removed an individual program, advertisement, song or image.

12. The apparatus of claim 1 wherein said broadcast receiver includes circuitry to share advertisements, programs, songs and images and associated metadata received from a broadcast network on a social network site such as Facebook™

or Twitter™

by making one or more function calls to an application programmatic interface of software executing on said social networking site and passing said advertisements, program, songs or images and associated metadata along with said function calls.

13. The apparatus of claim 1 wherein said broadcast receiver includes circuitry to view advertisements, programs, songs and images and associated metadata received from a broadcast network and posted on a social network site such as Facebook™

or Twitter™

or sent to said user as a message via a social network site such as Facebook™

or Twitter™ and

make internet requests for more information or complete a purchase and send a click event upstream to a click recipient.

14. The apparatus of claim 10 wherein said broadcast receiver has circuitry to use said detected said transitions in said metadata or transition markers broadcast with said metadata to detect the beginning and end of an individual program, advertisement, song or image set off by said detected transition or transition markers to be removed, and “

remove”

said an individual program, advertisement, song or image in the sense of not displaying it or playing it back, and, instead, during the same interval occupied by said an individual program, advertisement, song or image, displaying and/or playing back an an individual program, advertisement, song or image retrieved from memory having the same duration or size as said removed an individual program, advertisement, song or image, the program, advertisement, song or image retrieved from memory for substitution for the “

removed”

program, advertisement, song or image being selected based upon the characteristics and preferences of a user of said host device as determined by use or any data mining technique carried out by said client application software.

15. The apparatus of claim 10 wherein said broadcast receiver or host device has circuitry to determine the location of said user of said host device and wherein said broadcast receiver has circuitry to use said detected said transitions in said metadata or transition markers broadcast with said metadata to detect the beginning and end of an individual program set off by said detected transition or transition markers to be removed, and “

remove”

said an individual program in the sense of not displaying it or playing it back, and, instead, during the same interval occupied by said an individual program, displaying and/or playing back an individual program retrieved from memory having the same duration as said removed an individual program, the program, retrieved from memory for substitution for the “

removed”

program being a traffic, weather or news program selected based upon the location of said user of said host device.

16. The apparatus of claim 10 wherein said broadcast receiver or host device has circuitry to determine the native language of said user of said host device by data mining techniques, and wherein said broadcast receiver has circuitry to use said detected said transitions in said metadata or transition markers broadcast with said metadata to detect the beginning and end of an individual program set off by said detected transition or transition markers to be removed, and “

remove”

said an individual program in the sense of not displaying it or playing it back, and, instead, during the same interval occupied by said an individual program, displaying and/or playing back an individual program retrieved from memory having the same duration as said removed an individual program, the program, retrieved from memory for substitution for the “

removed”

program being a program in the native language of said user of said host device.

17. The apparatus of claim 1 wherein said broadcast receiver and host device include means for using the broadcast content and associated metadata to communicate with a webserver of an e-commerce site using web services protocols such as SOAP or REST.

18. The apparatus of claim 1 wherein said broadcast receiver and host device include means for using the broadcast content and associated metadata to communicate with a webserver of an e-commerce site using web services protocols such as SOAP or REST and to make purchases of songs, books or other media using said web services protocols.

19. The apparatus of claim 1 wherein said broadcast receiver and host device include means for using the broadcast content and associated metadata to communicate with a webserver of an e-commerce site using web services protocols such as SOAP or REST and to make purchases of songs, books or other media using said web services protocols and to send a receiver manufacturer ID and/or receiver chipset manufacturer ID with said communications to said e-commerce server for purposes of compensation of said receiver manufacturer and/or receiver chipset manufacturer.

20. The apparatus of claim 10 wherein said detected transitions or transition markers set off the beginning and end of songs or programs, and wherein said broadcast receiver has circuitry to detect the beginning and end of songs or programs using said detected transition or transition markers and uses said transitions to splice out songs and/or programs and substitute songs or programs of the same duration from memory.

21. The apparatus of claim 10 wherein said detected transitions or transition markers set off the beginning and end of songs or programs, and wherein said broadcast receiver has circuitry to detect the beginning and end of songs or programs using said detected transition or transition markers and uses said transitions to store songs and/or programs in memory.

22. The apparatus of claim 1 wherein said broadcast receiver includes circuitry to implement time slicing to reduce power consumption so that said broadcast receiver and said host device are powered on according to a schedule agreed upon a-priori or downloaded to said broadcast receiver over an internet connection of said broadcast device or via a broadcast, said schedule causing said broadcast receiver and host device to be on when storing programs and associated metadata received by said broadcast receiver.

23. The apparatus of claim 1 wherein said broadcast receiver includes means for receiving Table of Content data broadcast out of band or downloaded via an internet connection of said host device and for parsing said Table of Contents data and for waking up said host device from a power savings mode only at times said host device needs to be on to receive broadcast content of interest.

24. The apparatus of claim 1 wherein said broadcast receiver is an IBOC receiver which includes circuitry for performing a discovery process to search station genre information transmitted with each IBOC radio station'"'"'s programs and/or search out of band metadata messages so as to determine the subject matter of programs being transmitted at any particular time by all IBOC radio stations and for displaying a list of all available content of said broadcasts so discovered, and further comprising circuitry structured to receive a selection of a program by a user of said host device from said displayed list and tuning said broadcast receiver to said selected program without the user having to know the frequency of the station transmitting the selected program.

25. The apparatus of claim 1 wherein said broadcast receiver is an analog FM receiver which includes circuitry for performing a discovery process to search station genre information transmitted in the RDS/RBDS of each radio station'"'"'s programs so as to determine the subject matter of programs being transmitted at any particular time by all analog FM radio stations and for displaying a list of all available content of said broadcasts so discovered, and further comprising circuitry structured to receive a selection of a program by a user of said host device from said displayed list and tuning said broadcast receiver to said selected program without the user having to know the frequency of the station transmitting the selected program.

26. The apparatus of claim 1 wherein said broadcast receiver includes circuitry for speculatively downloading podcasts based upon user preferences learned by any data mining processes carried out by said broadcast receiver or said host device.

27. The apparatus of claim 1 wherein said broadcast receiver includes circuitry to determine podcasts which augment broadcast podcasts received by said broadcast receiver and to make upstream requests over an internet connection of said host device to download said podcasts which augment said broadcast podcasts.

28. The apparatus of claim 1 wherein said broadcast receiver includes circuitry to receive electronic program guide data either from received metadata or primary media programs which were broadcast or downloaded using the internet connection of said host device and for using said electronic program guide data to record podcasts when they are broadcast.

29. The apparatus of claim 1 wherein said broadcast receiver has memory in which podcasts and other content may be stored, and includes circuitry for making searches of the internet using an internet connection of said host device to determine what podcasts are available on various subjects and the URLs for the podcasts so found, and to search said memory of said broadcast receiver to determine which podcasts have already been downloaded and stored and to display a list of podcasts available in said memory or available on said internet which have subjects related to the subject of a broadcast program being received and viewed and/or listened to by a user of said host device.

30. The apparatus of claim 1 wherein said broadcast receiver includes circuitry to search RDS/RBDS data broadcast with analog FM broadcasts and IBOC metadata broadcast with IBOC transmissions for genre information and develop a list of all programs that are being currently broadcast by all analog FM stations and IBOC transmitters and display said list to a user of said host device, said circuitry also functioning to receive a selection of a program by a user of said host device and determine whether the program is analog or digital modulation and tune said broadcast receiver to receive the program and demodulate it according to the type of modulation being used and play said selected program on said host device.

31. The apparatus of claim 1 wherein said host device includes a first broadcast receiver which includes circuitry to search RDS/RBDS data broadcast with analog FM broadcasts and IBOC metadata broadcast with IBOC transmissions for genre information and develop a list of all programs that are being currently broadcast by all analog FM stations and IBOC transmitters and display said list to a user of said host device, said circuitry also functioning to receive a selection of a program by a user of said host device and determine whether the program is analog or digital modulation and tune said broadcast receiver to receive the program and demodulate it according to the type of modulation being used and play said selected program on said host device, and further includes a second broadcast receiver which continues to search said RDS/RBDS data and said IBOC metadata for genre information and update said list of programs being broadcast while said first broadcast receiver receives and plays the program previously selected by said user.

32. The apparatus of claim 1 wherein said broadcast receiver includes circuitry to search broadcast metadata for broadcast schedules that include location information, date and time of broadcast of podcasts which are the same as a program selected by a listener being broadcast and to power said broadcast receiver on at the appropriate date and time and receive and store in memory podcasts which are the same as broadcast programs selected by user and display a list of podcasts stored in memory for selection and playback by a user of said host device.

33. The apparatus of claim 1 wherein said broadcast receiver includes circuitry to search broadcast metadata and/or the internet using an internet connection of said host device for broadcast schedules that include location information, date and time of broadcast of both free and subscription-based podcasts which are the same as programs selected by a user and to power said broadcast receiver on at the appropriate date and time and receive either by broadcast or via an internet connection of said host free and for fee podcasts which are the same as broadcast programs selected by a user and store said received or downloaded podcasts in memory, and display a list of podcasts stored in memory for selection and playback by a user of said host device, said for fee podcasts being downloaded after said circuitry controls said host device to transmit subscription information to the content server which stores said for fee podcasts.

34. A transmitter for transmitting a broadcast program stream according to a predetermined standard, the improvement comprising:

circuitry to transmit auxiliary digital metadata along with a broadcast program stream, said broadcast program stream being transmitted according to a predetermined standard, said metadata being transmitted on a digital subchannel of said predetermined standard and which is either in band or out of band with the band upon which said broadcast program stream is transmitted;

and wherein the term “

circuitry”

as used in this claim and its dependent claims includes any combination of hardware circuits, software or firmware which can perform the stated function.

35. The apparatus of claim 34 wherein said predetermined standard is one of the following:

FM+RBDMS;

IBOC;

DAB;

ATSC;

Mobile ATSC, DVB or some other data broadcast scheme to be developed in the future.

36. The apparatus of claim 35 wherein said transmitter includes circuitry to broadcast in said auxiliary digital metadata the available podcasts that are related to the programs being broadcast on said primary media channel and URLs to access said podcasts.

37. The apparatus of claim 36 wherein said transmitter includes circuitry to broadcast in said auxiliary digital metadata the available podcasts that are not related to the current program on the primary media channel but which are related to a program that will be broadcast at a different time.