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    • 2. 发明申请
    • METHOD OF FREQUENCY CHANNEL ASSIGNMENT USING EFFECTIVE SPECTRUM SENSING IN MULTIPLE FREQUENCY ASSIGNMENT SYSTEM
    • 在多频分配系统中使用有效频谱感测的频率信道分配方法
    • US20090161610A1
    • 2009-06-25
    • US12089948
    • 2006-10-13
    • Bub Joo KangMyung Sun SongChang Joo Kim
    • Bub Joo KangMyung Sun SongChang Joo Kim
    • H04W72/00
    • H04W16/14H04B1/715H04W16/10H04W72/042H04W72/06H04W72/085H04W72/10
    • Provided is a method of assigning a frequency channel using efficient spectrum sensing in a multiple Frequency Assignment (FA) system. The method includes a channel sensing process, wherein abase station (BS) of a secondary user classifies multiple frequency channels licensed to a primary user into a plurality of channel states by changing a sensing period according to the types of classified channel state sets, and manages the sensed channel states as frequency channel state set information; a channel state set broadcasting process, wherein the BS transmits the frequency channel state set information manage d in the channel sensing process to secondary user terminals using a broadcast message; and a channel assigning process, wherein if the BS receives a channel assignment request message from a new secondary user terminal which has received the broadcast message, the BS assigns an unused frequency channel from among frequency channels licensed to the primary user to the new secondary user terminal using the frequency channel state set information. Accordingly, a frequency channel can be assigned to a secondary user requesting channel assignment using frequency channel state set information without a primary user experiencing interference noise.
    • 提供了一种在多频分配(FA)系统中使用有效频谱感测来分配频道的方法。 该方法包括信道感测过程,其中次要用户的基站(BS)根据分类信道状态集的类型改变感测周期,将许可给主用户的多个频率信道分类为多个信道状态,并且管理 感测信道状态为频道状态集信息; 信道状态集广播处理,其中,所述BS使用广播消息将频道感测处理中的频道状态集信息管理d发送给次用户终端; 以及信道分配处理,其中,如果所述BS从已经接收到所述广播消息的新的辅助用户终端接收到信道分配请求消息,则所述BS将许可给所述主用户的频率信道中的未使用的频率信道分配给所述新的辅助用户 终端使用频道状态集信息。 因此,频率信道可以被分配给辅助用户使用频道状态集信息来请求信道分配,而不会使主用户遇到干扰噪声。
    • 3. 发明授权
    • Method of frequency channel assignment using effective spectrum sensing in multiple frequency assignment system
    • 在多频分配系统中使用有效频谱感测的频道分配方法
    • US08279767B2
    • 2012-10-02
    • US12089948
    • 2006-10-13
    • Bub Joo KangMyung Sun SongChang Joo Kim
    • Bub Joo KangMyung Sun SongChang Joo Kim
    • H04L12/26
    • H04W16/14H04B1/715H04W16/10H04W72/042H04W72/06H04W72/085H04W72/10
    • Provided is a method of assigning a frequency channel using efficient spectrum sensing in a multiple Frequency Assignment (FA) system. The method includes a channel sensing process, wherein a base station (BS) of a secondary user classifies multiple frequency channels licensed to a primary user into a plurality of channel states by changing a sensing period according to the types of classified channel state sets, and manages the sensed channel states as frequency channel state set information; a channel state set broadcasting process, wherein the BS transmits the frequency channel state set information managed in the channel sensing process to secondary user terminals using a broadcast message; and a channel assigning process, wherein if the BS receives a channel assignment request message from a new secondary user terminal which has received the broadcast message, the BS assigns an unused frequency channel from among frequency channels licensed to the primary user to the new secondary user terminal using the frequency channel state set information. Accordingly, a frequency channel can be assigned to a secondary user requesting channel assignment using frequency channel state set information without a primary user experiencing interference noise.
    • 提供了一种在多频分配(FA)系统中使用有效频谱感测来分配频道的方法。 该方法包括信道感测过程,其中辅助用户的基站(BS)通过根据分类的信道状态集合的类型改变感测周期来将许可给主用户的多个频率信道分类为多个信道状态,以及 将所感测的信道状态管理为频道状态集信息; 信道状态集合广播处理,其中,所述BS使用广播消息将在信道感测处理中管理的频道状态集信息发送给次用户终端; 以及信道分配处理,其中,如果所述BS从已经接收到所述广播消息的新的辅助用户终端接收到信道分配请求消息,则所述BS将许可给所述主用户的频率信道中的未使用的频率信道分配给所述新的辅助用户 终端使用频道状态集信息。 因此,频率信道可以被分配给辅助用户使用频道状态集信息来请求信道分配,而不会使主用户遇到干扰噪声。
    • 7. 发明申请
    • METHOD AND DEVICE FOR COMMUNICATION BETWEEN DEVICES WITH DIFFERENT TRANSMISSION COVERAGE
    • 用于与具有不同传输覆盖的设备之间通信的方法和设备
    • US20110149889A1
    • 2011-06-23
    • US12942491
    • 2010-11-09
    • Jung Sun UMGwangzeen KoSung-Hyun HwangMyung Sun SongChang-Joo Kim
    • Jung Sun UMGwangzeen KoSung-Hyun HwangMyung Sun SongChang-Joo Kim
    • H04W72/04
    • H04W72/1205H04W84/045H04W84/047
    • Provided is a large range management device (LRMD) of managing a communication between a plurality of small range devices (SRDs) and a plurality of large range devices (LRDs), the SRDs and the LRDs being located in a single cell and having different transmission coverage, the LRMD including an access slot allocation unit to allocate an SRD access slot to a radio resource for a downlink, to enable a first SRD to request an association from a network, a selection unit to select a communication relay device for relaying relay data of the first SRD, a relay slot allocation unit to allocate at least one SRD relay slot to a radio resource for an uplink, to enable the communication relay device to relay the relay data to a second SRD or another LRD, and a receiving unit to receive the relay data based on the at least one SRD relay slot
    • 提供了一种管理多个小范围设备(SRD)和多个大范围设备(LRD)之间的通信的大范围管理设备(LRMD),SRD和LRD位于单个小区中并具有不同的传输 覆盖,所述LRMD包括接入时隙分配单元,用于向下行链路的无线电资源分配SRD接入时隙,以使得第一SRD能够从网络请求关联,所述选择单元选择用于中继中继数据的通信中继设备 的第一SRD的中继时隙分配单元,用于向上行链路的无线资源分配至少一个SRD中继时隙,以使得所述通信中继设备能够将所述中继数据中继到第二SRD或另一个LRD;以及接收单元, 基于所述至少一个SRD中继槽接收所述中继数据
    • 9. 发明授权
    • Method and device for communication between devices with different transmission coverage
    • 具有不同传输覆盖率的设备之间的通信方法和设备
    • US08787271B2
    • 2014-07-22
    • US12942491
    • 2010-11-09
    • Jung Sun UmGwangzeen KoSung-Hyun HwangMyung Sun SongChang-Joo Kim
    • Jung Sun UmGwangzeen KoSung-Hyun HwangMyung Sun SongChang-Joo Kim
    • H04W4/00H04W72/12H04W84/04
    • H04W72/1205H04W84/045H04W84/047
    • Provided is a large range management device (LRMD) of managing a communication between a plurality of small range devices (SRDs) and a plurality of large range devices (LRDs), the SRDs and the LRDs being located in a single cell and having different transmission coverage, the LRMD including an access slot allocation unit to allocate an SRD access slot to a radio resource for a downlink, to enable a first SRD to request an association from a network, a selection unit to select a communication relay device for relaying relay data of the first SRD, a relay slot allocation unit to allocate at least one SRD relay slot to a radio resource for an uplink, to enable the communication relay device to relay the relay data to a second SRD or another LRD, and a receiving unit to receive the relay data based on the at least one SRD relay slot.
    • 提供了一种管理多个小范围设备(SRD)和多个大范围设备(LRD)之间的通信的大范围管理设备(LRMD),SRD和LRD位于单个小区中并具有不同的传输 覆盖,所述LRMD包括接入时隙分配单元,用于向下行链路的无线电资源分配SRD接入时隙,以使得第一SRD能够从网络请求关联,所述选择单元选择用于中继中继数据的通信中继设备 的第一SRD的中继时隙分配单元,用于向上行链路的无线资源分配至少一个SRD中继时隙,以使得所述通信中继设备能够将所述中继数据中继到第二SRD或另一个LRD;以及接收单元, 基于所述至少一个SRD中继槽接收所述中继数据。