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    • 1. 发明申请
    • SIGNALING OF REDUNDANCY VERSION AND NEW DATA INDICATION
    • 冗余版本和新数据指示信号
    • WO2009135847A3
    • 2009-12-30
    • PCT/EP2009055425
    • 2009-05-05
    • NOKIA SIEMENS NETWORKS OYFREDERIKSEN FRANKGROEVLEN ASBJOERNLINDH LARSMALKAMAEKI ESAOJALA JUSSI
    • FREDERIKSEN FRANKGROEVLEN ASBJOERNLINDH LARSMALKAMAEKI ESAOJALA JUSSI
    • H04L1/18
    • H04L1/1819
    • Example methods and apparatus for communicating encoded data blocks (700) in wireless communication systems are disclosed. In one example embodiment, a method (200) for receiving an encoded data block (700) includes receiving (210) a data transmission including a subset of a plurality of bits of the encoded data block (700). The example method (200) also includes receiving (220) a first control signal (610) indicating whether the received subset is a first received subset associated with the encoded data block (700) or whether one or more subsets were previously received for the encoded data block (700). The example method (200) also further includes receiving (230) a second control signal (620), the second control signal (620) having a first state and a second state. In the example method (200), the first state of the second control signal (620) indicates that the received subset includes a first predefined subset of the plurality of bits of the encoded data block (700) and the second state of the second control signal (620) indicates that the received subset includes one of a plurality of other predefined subsets of the plurality of bits of the encoded data block (700). In this example embodiment, determining which of the other predefined subsets is included in the received subset is based on one or more system parameters of the wireless communication system (102). Further in this example, the state of the second control signal (620) is selectable between its first state and its second state on a data transmission by data transmission basis, regardless of whether or not one or more subsets of the encoded data block (700) were previously received.
    • 公开了用于在无线通信系统中传送编码数据块(700)的示例性方法和装置。 在一个示例实施例中,一种用于接收编码数据块(700)的方法(200)包括接收(210)包括编码数据块(700)的多个比特的子集的数据传输。 示例性方法(200)还包括接收(220)指示所接收的子集是否是与编码数据块(700)相关联的第一接收子集的第一控制信号(610),或者是否先前为编码的数据块接收了一个或多个子集 数据块(700)。 示例性方法(200)还包括接收(230)第二控制信号(620),第二控制信号(620)具有第一状态和第二状态。 在示例性方法(200)中,第二控制信号(620)的第一状态指示所接收的子集包括编码数据块(700)的多个比特的第一预定义子集和第二控制的第二状态 信号(620)指示所接收的子集包括编码数据块(700)的多个比特的多个其它预定义子集中的一个。 在该示例实施例中,确定在接收的子集中包括其他预定义子集中的哪一个是基于无线通信系统(102)的一个或多个系统参数。 此外,在该示例中,不管编码数据块(700)的一个或多个子集是否被复制,第二控制信号(620)的状态可以在数据传输的数据传输的基础上在其第一状态和第二状态之间进行选择 )以前收到。
    • 7. 发明申请
    • COMMON RESOURCE SIGNALING FOR MULTIPLE TYPES OF ALLOCATIONS
    • 用于多种类型分配的公共资源信令
    • WO2009022297A2
    • 2009-02-19
    • PCT/IB2008053238
    • 2008-08-12
    • NOKIA CORPNOKIA INCFREDERIKSEN FRANKLINDH LARS EOJALA JUSSI
    • FREDERIKSEN FRANKLINDH LARS EOJALA JUSSI
    • H04L47/15H04L5/0007H04L5/0094H04L47/70
    • The exemplary embodiments of this invention provide a multi-stage approach, where, for example, one number can signal a first type of resource allocation (e.g., a consecutive allocation) or a second type of resource allocation (e.g., a best-M allocation based on best-M channel quality information). In one exemplary embodiment, a method includes: allocating a plurality of resource blocks to obtain a resource allocation (501); and signaling the resource allocation using an n-bit number, where the n-bit number expresses a value from an overall range of values having a first range of values and a second range of values, where a value within the first range of values specifies a first type of resource allocation and where a value within the second range of values specifies a second type of resource allocation, where the first type of resource allocation is different from the second type of resource allocation (502).
    • 本发明的示例性实施例提供了多阶段方法,其中例如一个数字可以用信号通知第一类型的资源分配(例如,连续分配)或第二类型的资源分配(例如,最佳-M分配 基于最佳M信道质量信息)。 在一个示例性实施例中,一种方法包括:分配多个资源块以获得资源分配(501); 以及使用n比特数字来用信号通知资源分配,其中n比特数字表示来自具有第一数值范围和第二数值范围的值的整个范围的值,其中第一数值范围内的值指定 第一类型的资源分配并且其中第二值范围内的值指定第二类型的资源分配,其中第一类型的资源分配不同于第二类型的资源分配(502)。