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    • 1. 发明申请
    • ACCELERATING BIT ERROR CORRECTION IN LAYERED LDPC DECODING
    • WO2021190887A1
    • 2021-09-30
    • PCT/EP2021/055282
    • 2021-03-03
    • TELEFONAKTIEBOLAGET LM ERICSSON (PUBL)
    • WIBERG, NiclasHESSLER, Martin
    • H03M13/11H03M13/1137H03M13/114H03M13/116H03M13/1188
    • Disclosed is a method for accelerating bit error correction in a receiver in a radio communication network such as (5)G NR, wherein the receiver is configured to update soft bit values associated with each code bit of a block code based on parallel parity checks. The method comprises receiving (101) a block code encoded message, and for any group of two or more rows of a parity-check matrix of the block code: when the two or more rows are nonoverlapping (102): combining (103) the two or more rows in a row group for parallel updating, updating (104), in parallel, the parity checks of the row group for the received message, and forming (107) a message estimate based on the updated parity checks. Corresponding computer program product, apparatus, and receiver are also disclosed. Some embodiments further comprise, when the two or more rows are overlapping in one shared bit: combining (105) the two or more rows in a row group for parallel updating, updating (106) the parity checks of the row group for the received message by: collecting (106a) available bit-to-check values except from the shared bit, computing (106b) shared check-to-bit values towards the shared bit based on the collected bit-to-check values, computing (106c) shared bit-to-check values for the shared bit based on the computed shared check-to-bit values, computing (106d) new check-to-bit values for all remaining bits, and parallel updating (106e) of the parity checks of the row group for the received message based on the computed check-to-bit values.
    • 6. 发明申请
    • TOGGLING BASED INDICATOR OF RECEPTION SUCCESS
    • 基于切换的接收成功指标
    • WO2017084707A1
    • 2017-05-26
    • PCT/EP2015/077006
    • 2015-11-18
    • TELEFONAKTIEBOLAGET LM ERICSSON (PUBL)
    • WIBERG, NiclasERIKSSON, ErikHESSLER, Martin
    • H04L1/16H04L1/18
    • H04L1/1671H04L1/1812H04L1/188
    • A radio device (100) sends a radio transmission (503, 507) to a further radio device (150). Further, the radio device (100) receives a further radio transmission (505, 509) from the further radio device (150). The further radio transmission (505, 509) comprises an indicator of reception success. In response to the indicator being toggled with respect to a previous state of the indicator, the radio device (100) determines that the radio transmission (509) was successfully received by the further radio device (150). In response to the indicator not being toggled with respect to the previous state of the indicator, the radio device (100) determines that the radio transmission (503) failed.
    • 无线电设备(100)将无线电传输(503,507)发送到另一无线电设备(150)。 此外,无线电设备(100)从另一无线电设备(150)接收另外的无线电传输(505,509)。 另外的无线电传输(505,509)包括接收成功的指示符。 响应于指示符相对于指示符的先前状态而被切换,无线电设备(100)确定无线电传输(509)被另一无线电设备(150)成功地接收到。 响应于该指示符相对于指示器的前一状态未被切换,无线电设备(100)确定无线电传输(503)失败。
    • 7. 发明申请
    • HIGH SPEED SHARED RADIO CHANNEL TRANSMIT POWER CONTROL
    • 高速共享无线电频道发射功率控制
    • WO2007030075A2
    • 2007-03-15
    • PCT/SE2006/050293
    • 2006-08-24
    • TELEFONAKTIEBOLAGET LM ERICSSON (PUBL)
    • ENGLUND, EvaWIBERG, NiclasFRÖBERG OLSSON, Jonas
    • H04B7/005
    • H04W52/322H04W52/143H04W52/16H04W52/221H04W52/241H04W52/286H04W52/325
    • To increase throughput efficiency and attain a higher achieved bit rate for data transmissions over a high speed shared channel, a variable transmit power increase factor is used to control the maximum rate at which the power at which data is transmitted over the high speed shared channel can increase. In one non-limiting implementation, the power increase factor F is varied with the current total downlink transmitted power available for high speed downlink transmission. For example, when the available high speed shared channel power is large, the variable transmit power increase factor assumes a more conservative value, e.g., a smaller F value, at the beginning of the high speed downlink transmission, and then a more liberal value, e.g., a larger F value, later during the high speed downlink transmission.
    • 为了提高吞吐量效率并且通过高速共享信道实现数据传输的更高的实现比特率,使用可变发射功率增加因子来控制通过高速共享信道传输数据的功率的最大速率 增加。 在一个非限制性实现中,功率增加因子F随着可用于高速下行链路传输的当前总下行链路发射功率而变化。 例如,当可用的高速共享信道功率大时,可变发射功率增加因子在高速下行链路传输开始时采取更保守的值,例如较小的F值,然后更自由的值, 例如,较高的F值,稍后在高速下行链路传输期间。
    • 10. 发明申请
    • BIT SEQUENCE GENERATION
    • WO2022128086A1
    • 2022-06-23
    • PCT/EP2020/086550
    • 2020-12-16
    • TELEFONAKTIEBOLAGET LM ERICSSON (PUBL)
    • WIBERG, NiclasFREDERIKSEN, Karsten
    • H04L25/03H04J13/00H04J13/10
    • Methods are disclosed for generation of a resulting bit sequence for use in communication involving a user equipment served by a cell of a communication network. The resulting bit sequence is based on a first constituent sequence, the first constituent sequence being defined by recursion based on seed with dynamic value. One example method comprises (for a relevant seed value comprising first and second constituent seed values, and for each desired bit position of the resulting bit sequence) acquiring a first bit value for a corresponding bit position of a pre-stored intermediate sequence, acquiring a second bit value for each of one or more shifted positions of a pre-stored version of the first constituent sequence for a single-bit seed value, and determining a bit value of the desired bit position of the resulting bit sequence as a sum of the first bit value and the one or more second bit values. The pre-stored intermediate sequence is based on the first constituent sequence for the first constituent seed value. The single-bit seed value has a single non-zero bit. Each of the one or more shifted positions is determined by the desired bit position, the position of the non-zero bit of the single-bit seed value, and the position of a non-zero bit of the second constituent seed value. Other example methods, as well as corresponding apparatuses, storage unit, transmitter, receiver, communication device and computer program product are also disclosed.