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    • 1. 发明授权
    • TRANSMISSION/RECEPTION METHOD AND DEVICE WHERE INFORMATION IS ENCODED AND DECODED ACCORDING TO RULES DEFINED BASED ON A RELATION BETWEEN A PREVIOUSLY-GENERATED MULTILEVEL CODE AND A CURRENTLY GENERATED MULTILEVEL
    • 传输/接收方法和设备,其中的信息是根据根据以前生成的多代码与当前生成的多个代码之间的关系定义的规则进行编码和解码的
    • US06577684B1
    • 2003-06-10
    • US09287179
    • 1999-04-06
    • Jun HiranoSusumu MorikuraSatoshi Furusawa
    • Jun HiranoSusumu MorikuraSatoshi Furusawa
    • H04L2534
    • H04L25/4919
    • At a transmitting end, a selector multiplexes a command and data inputted from different systems to generate a multiplexed signal string(s). An encoding portion determines an amplitude value of a current multilevel code according to predetermined encoding rules based on a detected symbol and the amplitude value of a multilevel code generated immediately before and generates a multilevel code string. A transmitting portion transmits the generated multilevel code string to a receiving end through a transmission path. A decoding portion of the receiving end decodes and reproduces the command and the data with an amplitude value of the multilevel code string outputted from a receiving portion and the amplitude value of the multilevel code immediately before received according to predetermined decoding rules. The decoding portion separately outputs the command and the data. This allows various types of information to be multiplexed and transmitted with small delay.
    • 在发送端,选择器复用从不同系统输入的命令和数据,以产生多路复用的信号串。 编码部根据检测符号和紧接着生成的多级代码的振幅值,根据规定的编码规则来决定当前多级代码的振幅值,生成多级代码串。 发送部通过发送路径将生成的多级代码串发送到接收端。 接收端的解码部分根据预定的解码规则解码并再现从接收部分输出的多级代码串的振幅值和紧接在之前接收的多级代码的振幅值的命令和数据。 解码部分分别输出命令和数据。 这允许各种类型的信息以小的延迟被复用和发送。
    • 2. 发明授权
    • Discriminator
    • 歧视者
    • US06271690B1
    • 2001-08-07
    • US09534873
    • 2000-03-24
    • Jun HiranoSusumu MorikuraSatoshi Furusawa
    • Jun HiranoSusumu MorikuraSatoshi Furusawa
    • H03K5153
    • H04L25/063H03M5/20
    • A discriminator capable of generating a multi-level signal with less restrictions is provided. In a discriminator D1, a wave-shaping circuit 3 shapes the waveform of one branched multi-level signal MS, according to a control signal CS from a control signal generator 10 so that a detector 4 that follows the wave-shaping circuit 3 can correctly detect a first reference level RL1. The detector 4 detects the first reference level RL1 from an output signal OS3 from the wave-shaping circuit 3. A reference level generator 5 generates a second reference level RL2 of the multi-level signal MS. A threshold generator 6 generates thresholds Th1, Th2, and Th3 as much as required according to the first and second reference levels RL1 and RL2. Comparators 82 to 84 compares the amplitude of the other branched multi-level signal MS with the thresholds Th1, Th2, and Th3. A control signal generator 10 generates a control signal CS according to the comparison results from the comparators 82 to 84. The above structured discriminator D1 enables the transmitting side to generate a multi-level signal with less restrictions.
    • 提供能够产生较少限制的多电平信号的鉴别器。 在鉴频器D1中,波形整形电路3根据来自控制信号发生器10的控制信号CS对一个分支多电平信号MS的波形进行整形,使得跟随波形整形电路3的检测器4可以正确地 检测第一参考电平RL1。 检测器4从来自波形整形电路3的输出信号OS3检测第一参考电平RL1。参考电平发生器5产生多电平信号MS的第二参考电平RL2。 阈值发生器6根据第一和第二参考电平RL1和RL2产生所需的阈值Th1,Th2和Th3。 比较器82至84将另一个分支多电平信号MS的幅度与阈值Th1,Th2和Th3进行比较。 控制信号发生器10根据比较器82至84的比较结果产生控制信号CS。上述结构鉴别器D1使得发送侧能够以较少的限制产生多电平信号。
    • 3. 发明授权
    • Connection management method, connection management system, mobile terminal, packet data gateway and mobile management gateway
    • 连接管理方法,连接管理系统,移动终端,分组数据网关和移动管理网关
    • US08964697B2
    • 2015-02-24
    • US13381861
    • 2010-06-23
    • Ryuji SugizakiShinkichi IkedaKeigo AsoJun Hirano
    • Ryuji SugizakiShinkichi IkedaKeigo AsoJun Hirano
    • H04W4/00H04W36/00H04L29/12H04W8/26
    • H04W36/0016H04L61/1511H04L61/2007H04W8/26
    • When a mobile terminal transmitting/receiving a packet using a plurality of IP address types performs a handover to an access network (single address type connection network) permitting transmission/reception of a packet using a single IP address only, an IP address not permitted is unfortunately discarded at an access network as a handover destination. Disclosed is a technique configured so that a mobile terminal (UE 1) detecting a handover to the single address type connection network establishes a temporary connection with a mobility management gateway (PGW 5) and thereafter acquires an address of an ePDG 8 located at a core network and informs the ePDG of a communication state before the handover via a PDN using the temporary connection. The ePDG informs the PGW of the communication state of the UE before the handover. Thereby, the communication state of the UE before the handover is achieved with the PGW via the ePDG and the PDN.
    • 当使用多个IP地址类型发送/接收分组的移动终端仅执行允许仅使用单个IP地址发送/接收分组的接入网络(单地址类型连接网络)时,不允许的IP地址是 不幸的是在接入网作为切换目的地丢弃。 公开了一种技术,其被配置为使检测到单一地址类型连接网络的切换的移动终端(UE 1)建立与移动性管理网关(PGW 5)的临时连接,之后获取位于核心的ePDG 8的地址 网络,并且通过使用临时连接的PDN通过PDN在切换之前通知ePDG通信状态。 ePDG在切换之前向PGW通知UE的通信状态。 由此,通过ePDG和PDN,通过PGW实现切换前的UE的通信状态。
    • 4. 发明授权
    • Optimization of handovers to untrusted non-3GPP networks
    • 优化切换到不可信非3GPP网络
    • US08964695B2
    • 2015-02-24
    • US13063165
    • 2009-09-23
    • Jens BachmannGenadi VelevShinkichi IkedaJun Hirano
    • Jens BachmannGenadi VelevShinkichi IkedaJun Hirano
    • H04W4/00H04W36/00H04W12/08H04L29/06
    • H04W12/08H04L63/164H04W36/0011
    • The invention relates to a method for ensuring IP session continuity upon a handover of a mobile node to a non-3GPP network, wherein an ongoing IP session of the mobile node goes via a packet data network gateway. For non-3GPP networks it is necessary to discover a security gateway and to then establish the corresponding tunnels to the ePDG to form the new data path; a security tunnel between the mobile node and the security gateway, and an IP tunnel between the packet data network gateway and the security gateway. In order to prepare the handover to possible non-3GPP accesses, the two tunnels are pre-established, however maintained deactivated until their use is actually needed. Accordingly, when handing over to the non-3GPP network, the IP session may be continued without any significant interruption by activating the already established tunnels.
    • 本发明涉及一种用于在移动节点切换到非3GPP网络时确保IP会话连续性的方法,其中移动节点的正在进行的IP会话经由分组数据网络网关进行。 对于非3GPP网络,有必要发现安全网关,然后建立到ePDG的相应隧道,以形成新的数据路径; 移动节点和安全网关之间的安全隧道,以及分组数据网络网关与安全网关之间的IP隧道。 为了准备到可能的非3GPP接入的切换,两个隧道是预先建立的,然而保持停用,直到实际需要使用它们为止。 因此,当切换到非3GPP网络时,可以通过激活已经建立的隧道来继续IP会话而没有任何明显的中断。
    • 7. 发明授权
    • Method and apparatus for measurement reporting in carrier aggregation wireless communication systems
    • 载波汇聚无线通信系统中测量报告的方法和装置
    • US08660559B2
    • 2014-02-25
    • US13256613
    • 2010-02-18
    • Takashi TamuraTakahisa AoyamaJun Hirano
    • Takashi TamuraTakahisa AoyamaJun Hirano
    • H04W36/00
    • H04W36/0055H04B17/318H04L5/001H04W24/00H04W24/10H04W36/0038H04W36/0088H04W36/0094H04W36/08H04W36/30
    • When detecting occurrence of an event for transmitting a measurement report of a radio condition of a cell at a frequency set for a base station apparatus, to the base station apparatus (3) communicating with a terminal apparatus (2), the terminal apparatus (2) in a wireless communication system (1) creates a measurement report including information indicating radio conditions of cells at a frequency at which the event occurred and at another different frequency. The base station apparatus (3) controls whether or not to perform handover of the terminal apparatus (2) to another cell, on the basis of the measurement report transmitted from the terminal apparatus (2). Thereby, there is provided a wireless communication system in which a base station apparatus and the terminal apparatus are communicable with each other using multiple frequencies, the wireless communication system being capable of shortening time required for handover.
    • 当检测到发送用于以基站装置设定的频率发送小区的无线条件的测量报告的事件发送到与终端装置(2)进行通信的基站装置(3)时,终端装置 )在无线通信系统(1)中创建测量报告,该测量报告包括指示事件发生的频率处的小区的无线电条件的信息和另一个不同的频率。 基站装置(3)基于从终端装置(2)发送的测量报告,控制是否对终端装置(2)进行切换。 因此,提供了一种无线通信系统,其中基站装置和终端装置可以使用多个频率彼此通信,该无线通信系统能够缩短切换所需的时间。
    • 10. 发明授权
    • Radio communication method and radio communication terminal accommodating apparatus
    • 无线电通信方法和无线电通信终端容纳装置
    • US08515438B2
    • 2013-08-20
    • US12780833
    • 2010-05-14
    • Daichi ImamuraJun Hirano
    • Daichi ImamuraJun Hirano
    • H04W72/00H04J3/00H04B7/212H04L12/43
    • H04W74/04H04W74/006H04W76/10
    • A technique capable of improving the communication throughput while maintaining the interchangeability with a radio communication system or radio communication method employing carrier sense in a conventional multiple access system is disclosed and, on the basis of this technique, a radio communication terminal accommodating apparatus determines the allocation order of communication right permitting the occupation of a radio transmission medium with respect to each of a plurality of radio transmission terminals and transmits a multiple-polling signal 311 including information on this order to the plurality of radio communication terminals at an arbitrary transmission timing acquired through the carrier sense. Thus, each of communication right time periods (communication right time periods 312 to 314) for which the occupation of the radio transmission medium is permissible is allocated to each of the plurality of radio communication terminals. In addition, a time sufficiently shorter than a guard time (carrier sense time) in a conventional system is employed as a time interval between communication right time periods adjacent to each other.
    • 公开了一种在常规多址系统中能够提高通信吞吐量同时保持与无线电通信系统的互换性或采用载波侦听的无线电通信方法的技术,并且基于该技术,无线电通信终端收纳装置确定分配 在多个无线电传输终端中的每个无线电传输终端上允许占用无线电传输介质的通信权限的顺序,并且在通过以下步骤获得的任意传输定时向多个无线电通信终端发送包括关于该命令的信息的多轮询信号311 载体感。 因此,分配给多个无线电通信终端中的每一个,对于无线电传输介质的占用是可允许的通信权限时间段(通信权限时间段312至314)。 此外,采用与传统系统中的保护时间(载波侦听时间)相比足够短的时间作为彼此相邻的通信权限时间段之间的时间间隔。