Abstract
A transmission method according to the present invention is one of simultaneously using first and second communication resources by variable allocation and includes a step of if the first or second communication resource is solely used interleaving data by using the first or second communication resource as a unit to transmit it and a step of if the first and second communication resources are simultaneously used interleaving data by using the whole of the first and second communication resource as a unit to transmit it.
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| 3G | 19/02/2009 | ISLD-200902-009 | SONY CORP |
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Specification Information
Specification Information
Technologies
Family Information
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| EP0851620A2 | 3G | 19/02/2009 | ISLD-200902-009 | SONY CORP |
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| EP0851620A2 | 4G | 19/02/2009 | ISLD-200902-009 | SONY CORP |
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| EP0851620A2 | Not Available | 19/02/2009 | ISLD-200902-009 | SONY CORP |
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| EP0851620B1 | 4G | 19/02/2009 | ISLD-200902-009 | SONY CORP |
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| Publication No | Technology | Declaration Information | Specification Information | Explicitly Disclosed | Patent Type | Status | National Phase Entries | |||||
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Technologies
Resource configuration
Product
Use Cases
Wireless communication
Services
Claim
1. A transmission method of simultaneously using first and second communication resources by variable allocation, comprising the steps of:', 'if one of said first and second communication resources is solely used, interleaving data according to a predetermined pattern and solely using said one of said first and second communication resources as a unit to transmit the data; and', 'if said first and second communication resources are simultaneously used, interleaving the data by using both of said first and second communication resources as a unit to transmit the data.
2. A transmission method of simultaneously using first and second communication resources by variable allocation, comprising the steps of:', 'if one of said first and second communication resources is solely used, interleaving data according to a predetermined pattern and solely using said one of said first and second communication resources as a unit to transmit the data; and', 'if said first and second communication resources are simultaneously used, interleaving the data according to a predetermined pattern and using both of said first and second communication resources as individual units to transmit the data.
3. A transmission method according to claim 2, wherein the step of interleaving the data individually when said first and second communication resources are simultaneously used as a unit is carried out by using the same interleaving pattern.
4. A transmission method according to claim 2, wherein the step of interleaving the data individually when said first and second communication resources are simultaneously used as a unit is carried out by using different interleaving patterns for said first and second communication resources, respectively.
5. A transmission method according to claim 2, wherein the step of interleaving the data individually when said first and second communication resources are simultaneously used as a unit is carried out by using the same interleaving patterns similar to patterns used when said one of said first and second communication resources is solely employed.
6. A transmission method according to claim 2, wherein said variable allocation is applied to only one of one direction communication and bidirectional communication.
7. A transmission method according to claim 1, wherein the use of said communication resources by said variable allocation is carried out by using a TDMA system.
8. A transmission method according to claim 1, wherein the use of said communication resources by said variable allocation is carried out by using a multicarrier system.
9. A transmission method according to claim 1, wherein the use of said communication resources by said variable allocation is carried out by using a CDMA system
10. A transmission method according to claim 2, wherein the use of said communication resources by said variable allocation is carried out by using a TDMA system
11. A transmission method according to claim 2, wherein the use of said communication resources by said variable allocation is carried out by using a multicarrier system
12. A transmission method according to claim 2, wherein the use of said communication resources by said variable allocation is carried out by using a CDMA system
13. A reception method of simultaneously using first and second communication resources by variable allocation, comprising the steps of:', 'if a signal transmitted with one of said first and second communication resources being solely used is received, deinterleaving data according to a predetermined pattern and solely using said one of said first and second communication resources as a unit; and', 'if a signal transmitted with said first and second communication resources being simultaneously used is received, deinterleaving data according to a predetermined pattern and using both of said first and second communication resources as a unit
14. A reception method of simultaneously using first and second communication resources by variable allocation, comprising the steps of:', 'if a signal transmitted with one of said first and second communication resources being solely used is received, deinterleaving data according to a predetermined pattern and solely using said one of said first and second communication resources as a unit; and', 'if a signal transmitted with said first and second communication resources being simultaneously used is received, deinterleaving data according to a predetermined pattern and using said first and second communication resources as individual units
15. A reception method according to claim 14, wherein the step of deinterleaving the data individually when said first and second communication resources are simultaneously used is carried out by using the same interleaving pattern for said first and second communication resources
16. A reception method according to claim 14, wherein the step of deinterleaving the data individually when said first and second communication resources are simultaneously used is carried out by using different interleaving patterns for said first and second communication resources, respectively
17. A reception method according to claim 14, wherein the step of deinterleaving the data individually when said first and second communication resources are simultaneously used is carried out by using the same interleaving patterns similar to patterns used when said one of said first and second communication resources is solely employed
18. A reception method according to claim 14, wherein said variable allocation is applied to only one of one direction communication and bidirectional communication
19. A transmission method according to claim 13, wherein the use of said communication resources by said variable allocation is carried out by using a TDMA system.
20. A transmission method according to claim 13, wherein the use of said communication resources by said variable allocation is carried out by using a multicarrier system.
21. A transmission method according to claim 13, wherein the use of said communication resources by said variable allocation is carried out by using a CDMA system.
22. A transmission method according to claim 14, wherein the use of said communication resources by said variable allocation is carried out by using a TDMA system.
23. A transmission method according to claim 14, wherein the use of said communication resources by said variable allocation is carried out by using a multicarrier system.
24. A transmission method according to claim 14, wherein the use of said communication resources by said variable allocation is carried out by using a CDMA system.
25. A transmission apparatus for simultaneously using first and second communication resources by variable allocation, comprising:', 'an interleaving unit for interleaving transmission data; and', 'a transmission unit for transmitting an output of interleaved data from said interleaving unit,', 'wherein said interleaving unit, if one of said first and second communication resources is solely used, interleaves the transmission data according to a predetermined pattern and solely using one of said first and second communication resources as a unit to transmit the transmission data, and, if said first and second communication resources are simultaneously used, interleaves the transmission data according to a predetermined pattern and using both of said first and second communication resources as a unit to transmit the transmission data.
26. A transmission apparatus for simultaneously using first and second communication resources by variable allocation, comprising:', 'an interleaving unit for interleaving transmission data according to a predetermined pattern; and', 'a transmission unit for transmitting an output of interleaved data from said interleaving unit,', 'wherein said interleaving unit, if one of said first and second communication resources is solely used, interleaves the transmission data by solely using said one of said first and second communication resources as a unit, and, if said first and second communication resources are simultaneously used, interleaves the transmission data by using both of said first and second communication resources as individual units.
27. A transmission apparatus according to claim 26, wherein the interleaving of the transmission data individually when said first and second communication resources are simultaneously used is carried out by using the same interleaving patterns for said first and second communication resources.
28. A transmission apparatus according to claim 26, wherein the interleaving of the transmission data individually when said first and second communication resources are simultaneously used is carried out by using different interleaving patterns for said first and second communication resources, respectively.
29. A transmission apparatus according to claim 26, wherein the interleaving of the transmission data individually when said first and second communication resources are simultaneously used is carried out by using interleaving patterns similar to patterns used when said one of said first and second communication resources is solely employed.
30. A transmission apparatus according to claim 26, wherein said variable allocation is applied to only one of one direction communication and bidirectional communication.
31. A transmission apparatus according to claim 25, wherein the use of said communication resources by said variable allocation is carried out by using a TDMA system.
32. A transmission apparatus according to claim 25, wherein the use of said communication resources by said variable allocation is carried out by using a multicarrier system.
33. A transmission apparatus according to claim 25, wherein the use of said communication resources bb said variable allocation is carried out by using a CDMA system.
34. A transmission apparatus according to claim 26, wherein the use of said communication resources by said variable allocation is carried out by using a TDMA system.
35. A transmission apparatus according to claim 26, wherein the use of said communication resources by said variable allocation is carried out by using a multicarrier system.
36. A transmission apparatus according to claim 26, wherein the use of said communication resources by said variable allocation is carried out by using a CDMA system.
37. A reception apparatus for simultaneously using first and second communication resources by variable allocation, comprising:', 'a reception unit for receiving a signal with transmission data; and', 'a deinterleaving unit for deinterleaving the transmission data according to a predetermined pattern in the received signal output from said reception unit,', 'wherein said deinterleaving unit, if the received signal was transmitted with one of said first and second communication resources being solely used, deinterleaves the transmission data in the received signal by solely using said one of said first and second communication resources as a unit, and, if the received signal was transmitted with said first and second communication resources being simultaneously used, deinterleaves the transmission data in the received signal by using both of said first and second communication resources as a unit.
38. A reception apparatus for simultaneously using first and second communication resources by variable allocation, comprising:', 'a reception unit for receiving a signal with transmission data; and', 'a deinterleaving unit for deinterleaving the transmission data according to a predetermined pattern in the received signal output from said reception unit,', 'wherein said deinterleaving unit, if the received signal was transmitted with one of said first and second communication resources being solely used, deinterleaves the transmission data in the received signal by solely using said one of said first and second communication resources as a unit, and, if the received signal was transmitted with said first and second communication resources being simultaneously used, deinterleaves the transmission data in the received signal by using both of said first and second communication resources as individual units.
39. A reception apparatus according to claim 38, wherein the deinterleaving of the transmission data individually when said first and second communication resources are simultaneously used is carried out by using the same interleaving pattern for said first and second communication resources.
40. A reception apparatus according to claim 38, wherein the deinterleaving of the transmission data individually when said first and second communication resources are simultaneously used is carried out by using different interleaving patterns for said first and second communication resources, respectively.
41. A reception apparatus according to claim 38, wherein the deinterleaving of the transmission data individually when said first and second communication resources are simultaneously used is carried out by using the same interleaving patterns similar to patterns used when said first and second communication resources is solely employed.
42. A reception apparatus according to claim 37, wherein said variable allocation is applied to only one of one direction communication and bidirectional communication.
43. A reception apparatus according to claim 37, wherein the use of said communication resources by said variable allocation is carried out by using a TDMA system.
44. A reception apparatus according to claim 37, wherein the use of said communication resources by said variable allocation is carried out by using a multicarrier system.
45. A reception apparatus according to claim 37, wherein the use of said communication resources by said variable allocation is carried out by using a CDMA system.
46. A reception apparatus according to claim 38, wherein the use of said communication resources by said variable allocation is carried out by using a TDMA system.
47. A reception apparatus according to claim 38, wherein the use of said communication resources by said variable allocation is carried out by using a multicarrier system.
48. A reception apparatus according to claim 38, wherein the use of said communication resources by said variable allocation is carried out by using a CDMA system.']
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SUMMARY
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Patent number:US6201970B1
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The information in blue was extracted from the third parties (Standard Setting Organisation, Espacenet)
The information in grey was provided by the patent holder
The information in purple was extracted from the FrandAvenue
Explicitly disclosed patent:openly and comprehensibly describes all details of the invention in the patent document.
Implicitly disclosed patent:does not explicitly state certain aspects of the invention, but still allows for these to be inferred from the information provided.
Basis patent:The core patent in a family, outlining the fundamental invention from which related patents or applications originate.
Family member:related patents or applications that share a common priority or original filing.