A transmitting unit divides a transmit data into a plurality of code blocks, and encodes each of the plurality of code blocks to generate a transmission signal. The transmitting unit transmits the transmission signal, and a receiving unit receives the transmission signal as a reception signal. The r
A transmitting unit divides a transmit data into a plurality of code blocks, and encodes each of the plurality of code blocks to generate a transmission signal. The transmitting unit transmits the transmission signal, and a receiving unit receives the transmission signal as a reception signal. The receiving unit, when being an error in the reception signal, transmits a retransmission request feedback data which contains a NACK data and a data indicating the first code block group to the transmitting unit. First resources are assigned for each of the plurality of code blocks of the transmission signal. The transmitting unit assigns resources of the first code block group of the plurality of code blocks of the transmission signal to second resources which are fewer than the first resources, based on the retransmission request feedback data, and retransmits the transmission signal to the receiving unit.
대표청구항▼
1. A multicarrier mobile communication system comprising: a transmitting unit and a receiving unit which are connected with a radio network,wherein said transmitting unit comprises:a coding section configured to divide a transmission data into a plurality of code blocks, and encode each of the plura
1. A multicarrier mobile communication system comprising: a transmitting unit and a receiving unit which are connected with a radio network,wherein said transmitting unit comprises:a coding section configured to divide a transmission data into a plurality of code blocks, and encode each of the plurality of code blocks to generate a transmission signal; anda transmitting section configured to transmit the transmission signal,wherein said receiving unit comprises:a receiving section configured to receive the transmission signal as a reception signal,wherein when there is an error in the said reception signal, said receiving section transmits a retransmission request feedback data, which contains a NACK data indicating that there is an error in the transmission signal and a data indicating a first code block group, to the said transmitting unit,wherein first resources are assigned to each of the plurality of code blocks of the transmission signal,wherein said transmitting section assigns resources of the first code block group of a plurality of code blocks of the transmission signal to second resources which are different from the first resources, based on the retransmission request feedback data, and retransmits the transmission signal to said receiving unit,wherein said receiving unit further comprises:a decoding section configured to perform iterative decoding of an error correction decoding and error detection to each of a plurality of code blocks of the reception signal,wherein said decoding section terminates the iterative decoding to a first code block group, in which an error has not been detected before a first setting number of times of iteration, among the plurality of code blocks of the reception signal,wherein said transmitting section assigns resources of the first code block group of a plurality of code blocks of the transmission signal to second resources which are fewer than for the first resources,wherein said receiving unit further comprises:an iteration count recording section configured to record decoding iteration counts as the numbers of times of iterative decoding to the plurality of code blocks of the reception signal, respectively,wherein the retransmission request feedback data further includes a data indicating the decoding iteration counts,wherein the decoding iteration counts data includes a data indicating the first code block group, andwherein said transmitting section:compares each of the decoding iteration counts indicated by the decoding iteration counts data with the first setting count to select a first decoding iteration count group which is fewer than the first setting iteration count from the plurality of decoding iteration counts,assigns the resources of the first code block group corresponding to the first decoding iteration count group among the plurality of code blocks of the transmission signal from the first resources to the second resources, andretransmits the transmission signal to said receiving unit. 2. A transmitting unit comprising: a coding section configured to divide a transmission data into a plurality of code blocks, and encode each of the plurality of code blocks to generate a transmission signal; anda transmitting section configured to transmit the transmission signal,wherein first resources are assigned to each of a plurality of code blocks of the transmission signal, andwherein said transmitting section assigns resources of a first code block group of the plurality of code blocks of the transmission signal to second resources which are different from the first resources, based on a retransmission request feedback data, and retransmits the transmission signal to a receiving unit,wherein said transmitting section assigns resources of the first code block group of a plurality of code blocks of the transmission signal to second resources which are fewer than for the first resources,wherein said transmitting section:compares each of the decoding iteration counts indicated by the decoding iteration counts data with the first setting count to select a first decoding iteration count group which is fewer than the first setting iteration count from the plurality of decoding iteration counts,assigns the resources of the first code block group corresponding to the first decoding iteration count group among the plurality of code blocks of the transmission signal from the first resources to the second resources, andretransmits the transmission signal to said receiving unit. 3. A receiving unit comprising: a receiving section configured to receive the transmission signal as a reception signal; anda decoding section configured to perform iterative decoding of an error correction decoding and error detection to each of a plurality of code blocks of the reception signal,wherein said decoding section terminates the iterative decoding to a first code block group, in which an error has not been detected before a first setting number of times of iteration, among the plurality of code blocks of the reception signal,wherein when there is an error in the said reception signal, said receiving section transmits a retransmission request feedback data, which contains a NACK data indicating that there is an error in the transmission signal and a data indicating the first code block group, to the a transmitting unit, andwherein first resources are assigned to each of the plurality of code blocks of the transmission signal, resources of the first code block group of a plurality of code blocks of the transmission signal are assigned to second resources which are fewer than for the first resources, based on the retransmission request feedback data,wherein said receiving unit further comprises:a decoding section configured to perform iterative decoding of an error correction decoding and error detection to each of a plurality of code blocks of the reception signal,wherein said decoding section terminates the iterative decoding to a first code block group, in which an error has not been detected before a first setting number of times of iteration, among the plurality of code blocks of the reception signal,wherein said receiving unit further comprises:an iteration count recording section configured to record decoding iteration counts as the numbers of times of iterative decoding to the plurality of code blocks of the reception signal, respectively,wherein the retransmission request feedback data further includes a data indicating the decoding iteration counts,wherein the decoding iteration counts data includes a data indicating the first code block group. 4. A multicarrier mobile communicating method comprising: dividing a transmit data into a plurality of code blocks; encoding each of the plurality of code blocks to generate a transmission signal;transmitting the transmission signal from a transmitting unit to a receiving unit;receiving the transmission signal as a reception signal;when there is an error in the reception signal, transmitting a retransmission request feedback data which contains a NACK data indicating that there is an error in the transmission signal, and a data indicating a first code block group to the transmitting unit, wherein first resources are assigned for each of the plurality of code blocks of the transmission signal;assigning resources of the first code block group of the plurality of code blocks of the transmission signal to second resources which are different from the first resources, based on the retransmission request feedback data;retransmitting the transmission signal to the receiving unit,performing an iterative decoding of iteratively executing an error correction decoding and error detection to each of the plurality of code blocks of the reception signal,terminating the iterative decoding to a first code block group in which an error has not been detected before a first setting iteration count, among the plurality of code blocks of the reception signal,assigning resources of the first code block group of the plurality of code blocks of the transmission signal to second resources which are fewer than the first resources, andrecording decoding iteration counts as the numbers of times of iterative decoding to the plurality of code blocks of the reception signal, respectively,wherein the retransmission request feedback data further comprises a data indicating the decoding iteration counts,wherein the decoding iteration counts data includes a data indicating the first code block group, andwherein said assigning comprises:comparing each of the decoding iteration counts indicated by the decoding iteration counts data with the first setting count to select a first decoding iteration count group which is fewer than the first setting iteration count, from the plurality of decoding iteration counts; andassigning the resources of the first code block group corresponding to the decoding iteration count group among the plurality of code blocks of the transmission signal to the second resources from the first resources.
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이 특허에 인용된 특허 (5)
Krouk, Evguenii A.; Belogolovy, Andrey Vladimirovich; Efimov, Andrey Gennadievich, Channel estimation and fixed thresholds for multi-threshold decoding of low-density parity check codes.
Seyama, Takashi; Dateki, Takashi, Radio communication system, mobile station apparatus, base station apparatus, and radio communication method in radio communication system.
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