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In a digital broadband broadcasting system, in which information is transmitted and received periodically in bursts to reduce receiver power consumption, time-slice information is provided from the transmitter to the receiver. The time-slice information can include information from which the receive

In a digital broadband broadcasting system, in which information is transmitted and received periodically in bursts to reduce receiver power consumption, time-slice information is provided from the transmitter to the receiver. The time-slice information can include information from which the receiver can determine when a subsequent transmission burst will be transmitted. The time-slice information can include a burst duration, an amount of time between original bursts, the time between an original burst and a copy of the burst, and numbering of original bursts. This type of time-slice information can be placed into packet headers, such as one or more bytes reserved, but not used, for media access control addressing.

대표청구항 ▼

I claim: 1. A time-slicing digital broadcasting transmitter system comprising: a buffer that receives at least one of digital video content and digital audio content from an information service provider; an encapsulator that receives the buffered content from the buffer and that forms at least one

I claim: 1. A time-slicing digital broadcasting transmitter system comprising: a buffer that receives at least one of digital video content and digital audio content from an information service provider; an encapsulator that receives the buffered content from the buffer and that forms at least one packet header for a current packet of a current burst of packets, wherein the current packet contains a first portion of the buffered content, wherein the at least, one packet header contains time-slice information that includes a time-slice parameter specifying a relationship between the curent packet of the current burst of packets and a subsequent burst of packets that contains a second portion of the buffered content; and a digital video broadcast transmitter that transmits the current burst of packets and the subsequent burst of packets, thereby allowing a digital-video-broadcast receiver to enter a reduced power-consumption state for a duration, which is based at least in part on the time-slice parameter, between receiving the current burst of packets and receiving the subsequent burst of packets. 2. The time-slicing digital broadcasting transmitter system of claim 1, wherein the time-slice information specifies, in a way that is independent of a number of data packet-transmission intervals, an amount of time that elapses between transmission of the current packet and transmission of a first-transmitted packet of the subsequent burst of packets. 3. The time-slicing digital broadcasting transmitter system of claim 2, wherein the amount of time that elapses between transmitting the current packet and transmitting the first-transmitted packet of the subsequent burst is determined based at least in part upon an amount of transmitter-idle time between transmission bursts. 4. The time-slicing digital broadcasting transmitter system of claim 1, wherein the time-slice information specifies a time-slice duration for transmitting the current burst of packets. 5. The time-slicing digital broadcasting transmitter system of claim 1, wherein the time-slice information includes a time-slice index for numbering originally transmitted bursts of packets. 6. The time-slicing digital broadcasting transmitter system of claim 1, wherein the buffer is substantially large enough to store at least two full bursts of data from the information service provider and any data to be transmitted between transmission of the two full bursts of data. 7. The time-slicing digital broadcasting transmitter system of claim 6, wherein the amount of time that elapses between transmitting the current packet and transmitting the first-transmitted packet of the subsequent burst is determined based at least in part upon how many packets will be transmitted between transmitting the current packet and transmitting the subsequent packet. 8. The time-slicing digital broadcasting transmitter system of claim 1, wherein the buffer comprises a buffer selected from the group consisting of: an elastin buffer, a first-in, first-out (FIFO)) buffer, a ring buffer, and a dual buffer having separate input and output sections. 9. The time-slicing digital broadcasting transmitter system of claim 1, wherein the encapsulator places the time-slice information into lower layer protocol packet header bits. 10. The time-slicing digital broadcasting transmitter system of claim 9, wherein the lower layer protocol is digital video broadcasting digital storage media command and control (DVB DSM-CC) section protocol. 11. The time-slicing digital broadcasting transmitter system of claim 10, wherein the time-slice information is placed into at least one byte reserved, but not used, for media access control addressing. 12. The time-slicing digital broadcasting transmitter system of claim 1, wherein the time-slice information includes a down-counting packet index for a plurality of packets within the current burst of packets. 13. The time-slicing digital broadcasting transmitter system of claim 1, wherein the time-slice information includes a time slice boundary indication that indicates whether the current packet is a first-transmitted packet of the current burst of packets. 14. A mobile terminal that receives time-slicing digital video broadcast information, the mobile terminal comprising; a digital video broadcast receiver that receives a current burst of packets and a subsequent burst of packets, wherein the current burst of packets includes a current packet that includes at least one of digital video content and digital audio content and that includes time-slice information, wherein the current burst of packets and the subsequent burst of packets that have been transmitted by a digital video broadcast transmitter; a buffer that receives the current burst of packets and the subsequent burst of packets; and an application processor that receives the current packet's buffered content and time-slice information from the buffer and that decodes the current packet's buffered time-slice information thereby extracting information that specifies a relationship between the current packet of the current burst of packets and the subsequent burst of packets, thereby allowing the mobile terminal to enter a reduced power-consumption state for a duration, which is based at least in part on the extracted information, between receiving the current burst of packets and receiving the subsequent burst of packets. 15. The mobile terminal of claim 14, wherein the time-slice information includes a down-counting packet index for a plurality of packets within the current burst of packets. 16. The mobile terminal of claim 15, wherein the time-slice information includes a time slice boundary indication that indicates whether the current packet is a first-transmitted packet of the current burst of packets. 17. The mobile terminal of claim 14, wherein the time-slice information includes an up-counting packet index for a plurality of packets within the current burst of packets. 18. The mobile terminal of claim 17, wherein the time-slice information includes a time slice boundary indication that indicates whether the current packet is a last-transmitted packet of the current burst of packets. 19. The mobile terminal of claim 14, wherein the time-slice information includes a next burst indication that indicates whether the subsequent burst of packets is an original burst or a copy burst. 20. The mobile terminal of claim 14, wherein the time-slice information specifies, in a way that is independent of a number of data packet-transmission intervals, an amount of time between receiving the current packet and a first-received packet of the subsequent burst of packets. 21. The mobile terminal of claim 14, wherein the time-slice information is decoded from lower layer protocol packet header bits. 22. The mobile terminal of claim 21, wherein the lower layer protocol is digital video broadcasting digital storage media command and control (DVB DSM-CC) section protocol. 23. The mobile terminal of claim 22, wherein the time-slice information is decoded from at least one byte reserved, but not used, for media access control addressing. 24. A time-slicing digital video broadcasting system comprising: a digital video broadcast transmitter system that transmits bursts of packets, including a current burst of packets and a subsequent burst of packets, wherein the current burst of packets includes a current packet that includes at least one of digital video content and digital audio content from at least one data service of at least one information service provider and that includes time-slice information that spccifies a relationship between the current packet of the current burst of packets and the subsequent burst of packets; and a digital video broadcast receiver system that receives the current burst of packets and the subsequent burst of packets and that decodes the time-slice information thereby extracting information that specifies the relationship between the current packet and the sub sebsequent burst of packets, thereby allowing the digital video broadcast receiver system to enter a reduoed power-consumption state for a duration, which is based at least in part on the extracted information, between receiving the current burst of packets and receiving the subsequent burst of packets. 25. The time-slicing digital broadcasting system of claim 24, wherein the time-slice information specifies, in a way that is independent of a number of data packet-transmission intervals, an amount of time between transmitting the current packet and a first-transmitted packet of the subsequent burst of packets. 26. The time-slicing digital broadcasting system of claim 25, wherein the subsequent burst of packets is a copy of the current burst of packets. 27. The time-slicing digital broadcasting system of claim 24, wherein the transmitter comprises an encapsulator that places the time-slice information into lower layer protocol packet header bits. 28. The time-slicing digital broadcasting system of claim 27, wherein the lower layer protocol is digital video broadcasting digital storage media command and control (DVB DSM-CC) section protocol. 29. The time-slicing digital broadcasting system of claim 28, wherein the time-slice information is placed into at least one byte reserved, but not used, for media access control addressing. 30. A method of transmitting time-slicing digital video broadcast information, the method comprising: buffering at least one of digital video content and digital audio content received from at least one information service provider; and forming a plurality of packets of a current burst of packets, wherein the plurality of packets includes portions of the buffered content and a plurality of respective packet headers for the plurality of packets, wherein the packet headers contain time-slice information that specifies a plurality of relationships between the plurality of packets of the current burst of packets and a subsequent burst of packets, thereby allowing a digital-video-broadcast receiver to enter a reduced power-consumption state for a duration, which is based at least in part on the time-slice information, between receiving the current burst of packets and receiving the subsequent burst of packets. 31. The method of claim 30, wherein the time-slice information specifies a plurality of different amounts of time between transmitting a plurality of packets of the current burst and transmitting a first-transmitted packet of the subsequent burst. 32. A computer-readable medium containing computer-executable instructions for transmitting time-slicing digital broadcast information by performing the steps recited in claim 31. 33. The method of claim 30, wherein the time-slice information specifies a plurality of different packet indexes for a plurality of packets of the current burst. 34. The method of claim 30, wherein the time-slice information specifies whether the subsequent burst is a copy of the current burst. 35. The method of claim 30, wherein the time-slice information specifies a duration of the current burst. 36. The method of claim 30, wherein the time-slice information is placed into lower layer protocol packet header bits. 37. The method of claim 36, wherein the lower layer protocol is digital video broadcasting digital storage media command and control (DVB DSM-CC) section protocol. 38. The method of claim 37, wherein the time-slice information is placed into at least one byte reserved, but not used, for media access control addressing. 39. A computer-readable medium containing computer-executable instructions for transmitting time-slicing digital broadcast information by performing the steps recited in claim 38. 40. A computer-readable medium containing computer-executable instructions for transmitting time-slicing digital broadcast information by performing the steps recited in claim 36. 41. A computer-readable medium containing computer-executable instructions for transmitting time-slicing digital broadcast information by performing the steps recited in claim 37. 42. A computer-readable medium containing computer-executable instructions for transmitting time-slicing digital broadcast information by performing the steps recited in claim 30. 43. A method of receiving time-slicing digital video broadcast information, the method comprising: receiving a current packet of a current burst of packets and a subsequent burst of packets, wherein the current packet includes time-slice information, wherein the current packet and the subsequent burst of packets include at least one of digital video content and digital audio content from an information service provider and have been transmitted by a digital video broadcast transmitter, wherein the time-slice information specifies a relationship between the current packet of the current burst of packets and the subsequent burst of packets; buffering the time-slice information; and decoding the buffered time-slice information to extract information that specifies the relationship between the current packet and the subsequent burst of packets, thereby allowing a digital video broadcast receiver to enter a reduced power-consumption state for a duration, which is based at least in part on the extracted information, between receiving the current burst of packets and receiving the subsequent burst of packets. 44. The method of claim 43, wherein the time-slice information specifies, in a way that is independent of a number of data packet-transmission intervals, an amount of time between transmitting the current packet and transmitting the first-transmitted packet of the subsequent burst. 45. A computer-readable medium containing computer-executable instructions for receiving time-slicing digital broadcast information by performing the steps recited in claim 44. 46. The method of claim 43, wherein the time-slice information is decoded from lower layer protocol packet header bits. 47. The method of claim 46, wherein the lower layer protocal is digital video broadcasting digital storage media command and control (DVB DSM-CC) section protocol. 48. The method of claim 47, wherein the time-slice information is decoded from at least one byte that is reserved, but not used, for media access control addressing. 49. A computer-readable medium containing computer-executable instructions for receiving time-slicing digital broadcast information by performing the steps recited in claim 48. 50. A computer-readable medium containing computer-executable instructions for receiving time-slicing digital broadcast information by performing the steps recited in claim 46. 51. A computer-readable medium containing computer-executable instructions for receiving time-slicing digital broadcast information by performing the steps recited in claim 47.