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    • 1. 发明申请
    • RACH PREAMBLE TRANSMISSION AND MULTIPLEXING WITH DATA AND/OR CONTROL SIGNALS
    • RACH前导发送和数据和/或控制信号的复用
    • WO2017171847A1
    • 2017-10-05
    • PCT/US2016/025619
    • 2016-04-01
    • NOKIA SOLUTIONS AND NETWORKS OYLUNTTILA, Timo, ErkkiYE, SigenTIIROLA, Esa TapaniHOOLI, Kari, Juhani
    • LUNTTILA, Timo, ErkkiYE, SigenTIIROLA, Esa TapaniHOOLI, Kari, Juhani
    • H04L27/28H04W74/04H04W74/08
    • Various communication systems may benefit from improved uplink data transmission. A method may include determining an assignment, at a user equipment, of a first set of physical resource blocks in an unlicensed spectrum to a physical random access channel. The physical random access channel occupies at least one of the physical resource blocks, and wherein the at least one of the physical resource blocks occupied by the physical random channel are distributed into clusters in a frequency domain. The method may also include determining an assignment, when the user equipment transmits data, of a second set of at least one remaining physical resource block of the physical resource blocks to at least one uplink channel. In addition, the method can include transmitting random access preambles through the physical radio access channel or data through of the at least one the uplink channel from the user equipment to a network entity.
    • 各种通信系统可受益于改进的上行链路数据传输。 一种方法可以包括确定在用户设备处将未经许可的频谱中的第一组物理资源块分配给物理随机接入信道。 所述物理随机接入信道占用所述物理资源块中的至少一个,所述物理随机信道占用的至少一个物理资源块在频域上分布为簇。 该方法还可以包括:当用户设备将物理资源块的至少一个剩余物理资源块的第二集合的数据发送到至少一个上行链路信道时,确定分配。 此外,该方法可以包括通过物理无线电接入信道发送随机接入前导码或者通过至少一个上行链路信道从用户设备向网络实体发送数据。
    • 8. 发明申请
    • PROXIMITY SERVICE IN COMMUNICATIONS
    • 通信中的接近服务
    • WO2014040610A1
    • 2014-03-20
    • PCT/EP2012/067683
    • 2012-09-11
    • NOKIA SIEMENS NETWORKS OYTIIROLA, Esa TapaniHOOLI, Kari JuhaniLUNTTILA, Timo ErkkiPAJUKOSKI, Kari Pekka
    • TIIROLA, Esa TapaniHOOLI, Kari JuhaniLUNTTILA, Timo ErkkiPAJUKOSKI, Kari Pekka
    • H04W8/00H04W72/00H04W92/18
    • H04W8/005H04W4/70H04W72/00H04W76/14
    • Two physical layer user terminal capability alternatives are introduced for device-to-device discovery for FDD mode terminals: a full discovery physical layer capability, and a partial discovery physical layer capability. The full discovery physical layer capability corresponds to an alternative where a discovery-capable user terminal (502, 503) has a capability to perform both Discovery_Scan (on an uplink band) and Discovery_Tx (on a downlink band) operations. A Discovery_Tx operation corresponds to transmission of a discovery signal (705) to another user terminal (503) directly over the air. A Discovery_Scan operation corresponds to reception (706) of the discovery signal (705) from another user terminal (502) directly over the air. The partial discovery physical layer capability corresponds to an alternative where the discovery-capable terminal (502, 503) has a capability to perform either Discovery_Scan operation (on the downlink band) or Discovery_Tx (on the uplink band) operation (or both).
    • 为FDD模式终端的设备到设备发现引入了两个物理层用户终端功能替代方案:完全发现物理层功能和部分发现物理层功能。 完全发现物理层能力对应于其中具有发现能力的用户终端(502,503)具有执行Discovery_Scan(在上行链路频带)和Discovery_Tx(在下行链路频带上)操作的能力的替代方案。 Discovery_Tx操作对应于直接在空中向另一用户终端(503)发送发现信号(705)。 Discovery_Scan操作对应于来自另一用户终端(502)的直接在空中的发现信号(705)的接收(706)。 部分发现物理层能力对应于可发现能力终端(502,503)具有执行Discovery_Scan操作(在下行链路频带)或Discovery_Tx(在上行链路频带上)操作(或两者)的能力的替代方案。