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    • 1. 发明授权
    • Wireless channel setting method for mobile communication system and mobile communication control apparatus
    • 移动通信系统和移动通信控制装置的无线信道设置方法
    • US07088960B2
    • 2006-08-08
    • US10600329
    • 2003-06-23
    • Yasuhiro KatoTakehiro NakamuraSeizo OnoeAkihiro MaebaraYutaka OhtoShinji Ueda
    • Yasuhiro KatoTakehiro NakamuraSeizo OnoeAkihiro MaebaraYutaka OhtoShinji Ueda
    • H04B7/00
    • H04W36/06H04W24/00H04W24/10
    • Disclosed is a mobile communication system whereby, to reduce the connection time, a mobile station closely located to a base wireless station is permitted to continue to use a common channel for exchanging signals, and to suppress an increase in interference, an individual channel is set for a mobile station located near the edge of a cell, and to obtain a stabilized communication quality and to prevent an increase in the connection time, the probability that the transmission power will reach an upper limit is reduced. When communication between a mobile station and a wireless base station is started, the wireless base station measures the transmission power and the communication quality in the communication with the mobile station and the utilization ratio for a common channel, and compares the obtained values with predetermined threshold values. When the obtained values are lower than the threshold values, the wireless base station continues to use the common channel for signal transmission/reception. On the other hand, when the obtained values exceed the threshold values, the wireless base station sets an individual channel and sets a wireless channel so as to be capable of the continued use of the individual channel for the exchange of signals.
    • 公开了一种移动通信系统,为了减少连接时间,允许位于基站无线站的移动台继续使用用于交换信号的公共信道,并且抑制干扰的增加,设定个体信道 对于位于小区边缘附近的移动台,为了获得稳定的通信质量并防止连接时间的增加,传输功率将达到上限的概率降低。 当移动站和无线基站之间的通信开始时,无线基站测量与移动站通信的发送功率和通信质量以及公共信道的利用率,并将获得的值与预定阈值进行比较 价值观。 当获得的值低于阈值时,无线基站继续使用用于信号发送/接收的公共信道。 另一方面,当获得的值超过阈值时,无线基站设置单个信道并设置无线信道,以便能够继续使用用于交换信号的各个信道。
    • 2. 发明授权
    • Radio channel switching control method
    • 无线电频道切换控制方法
    • US5258980A
    • 1993-11-02
    • US684924
    • 1991-04-24
    • Akihiro MaebaraSeizo OnoeFumiyuki AdachiMasaharu HataToshinori Fujii
    • Akihiro MaebaraSeizo OnoeFumiyuki AdachiMasaharu HataToshinori Fujii
    • H04W36/08H04W56/00H04W72/04H04J3/16
    • H04W36/18H04W56/00
    • A radio channel switching control method for a digital mobile communication system employing TDMA techniques, in which a mobile station stores the synchronized state in the current channel, switches the current channel to a new one and performs a pull-in operation for a predetermined period of time and stores the synchronized state obtained by the pull-in operation. The mobile station establishes synchronism with the new channel by repeating a sequence of steps of performing communication again in the synchronized state in the current channel and performing the pull-in operation in the stored synchronized state for the new channel. Thus, it is possible to implement radio channel switching free from momentary interruption of communication, by maintaining communication in the current channel until synchronization with the new channel is established and communication is permitted. A common reference clock is applied to a plurality of pieces of radio equipment in a base station and each radio equipment obtains a synchronized state parameter for an arbitrary slot of the channel allocated thereto. When it is judged that channel switching is necessary, the synchronized state parameter in the current channel is set in the radio equipment of the new channel, by which the radio equipment of the new channel is caused to immediately start reception in the same synchronized state as in the current channel.
    • PCT No.PCT / JP90 / 01076 Sec。 371日期1991年4月24日 102(e)日期1991年4月24日PCT 1990年8月24日PCT PCT。 公开号WO91 / 03110 日期1991年3月7日。一种采用TDMA技术的数字移动通信系统的无线电信道切换控制方法,其中移动台在当前信道中存储同步状态,将当前信道切换到新的信道, 在预定时间段内操作,并存储通过拉入操作获得的同步状态。 移动站通过重复在当前信道中处于同步状态的再次执行通信的步骤的顺序来与新信道建立同步,并且在新信道的存储的同步状态下执行引入操作。 因此,可以通过维持当前信道中的通信,直到与新信道的同步建立并且允许通信,来实现无瞬间中断通信的无线电信道切换。 公共参考时钟被应用于基站中的多个无线电设备,并且每个无线电设备获得用于其分配的信道的任意时隙的同步状态参数。 当判断需要频道切换时,在新频道的无线电设备中设置当前频道中的同步状态参数,通过该新频道的无线电设备使得新频道的无线电设备立即以与 在当前频道。
    • 6. 发明授权
    • Signal transmission method and base station in mobile communication
    • 移动通信中的信号传输方法和基站
    • US07944893B2
    • 2011-05-17
    • US12333090
    • 2008-12-11
    • Shinji UebayashiSeizo OnoeMinami IshiiTakehiro Nakamura
    • Shinji UebayashiSeizo OnoeMinami IshiiTakehiro Nakamura
    • H04J13/00
    • H04W28/22H04W24/00H04W28/18H04W72/00H04W76/10H04W76/18H04W84/042
    • A signal transmission method checks, when detecting an occurrence of a communication request, whether the communication request is a high speed communication (step S302). In the case of the high speed communication, it checks whether the number of current high speed communications (m) plus one is greater than the upper limit (mmax) of the high speed communication (step S312). If greater, it cancels the request as a call loss (S316), and sets to a variable a the ratio (h) of the rate of the high speed communication to that of a low speed communication. If the communication request is the low speed communication, it sets one to the variable a (step S304). It compares n plus a with nmax (step S306), where n is the total number of all the current communications, a is the value associated with the communication request, and nmax is the upper limit of the number of communications acceptable in a bandwidth, all of which are expressed in terms of the number of the low speed communications. If n plus a is greater than nmax, the communication request is canceled as a call loss (S316). Otherwise, the total number of the current high speed communications (m) and the total number of all the current communications (n) expressed in terms of the number of the low speed communications are updated, and a channel is assigned to the communication request (step S310).
    • 当检测到通信请求的发生时,信号传输方法检查通信请求是否为高速通信(步骤S302)。 在高速通信的情况下,检查当前高速通信(m)加1的数量是否大于高速通信的上限(mmax)(步骤S312)。 如果较大,则将该请求作为呼叫损失取消(S316),并将高速通信的速率与低速通信的比率(h)设定为变量。 如果通信请求是低速通信,则将其设置为变量a(步骤S304)。 它将n加a与nmax进行比较(步骤S306),其中n是当前通信的总数,a是与通信请求相关联的值,nmax是带宽中可接受的通信数量的上限, 所有这些都以低速通信的数量表示。 如果n加a大于nmax,则通信请求作为呼叫丢失被取消(S316)。 否则,更新当前高速通信的总数(m)和以低速通信的数量表示的所有当前通信的总数(n),并且将通道分配给通信请求 步骤S310)。
    • 8. 发明授权
    • Signal transmission method and base station in mobile communication
    • 移动通信中的信号传输方式和基站
    • US06963551B2
    • 2005-11-08
    • US09294630
    • 1999-04-19
    • Shinji UebayashiSeizo OnoeMinami IshiiTakehiro Nakamura
    • Shinji UebayashiSeizo OnoeMinami IshiiTakehiro Nakamura
    • H04J13/00H04W28/18H04W28/22H04W72/00H04W76/02H04W84/04H04W88/14H04Q7/28
    • H04W28/22H04W24/00H04W28/18H04W72/00H04W76/10H04W76/18H04W84/042
    • A signal transmission method checks, when detecting an occurrence of a communication request, whether the communication request is a high speed communication (step S302). In the case of the high speed communication, it checks whether the number of current high speed communications (m) plus one is greater than the upper limit (mmax) of the high speed communication (step S312). If greater, it cancels the request as a call loss (S316), and sets to a variable a the ratio (h) of the rate of the high speed communication to that of a low speed communication. If the communication request is the low speed communication, it sets one to the variable a (step S304). It compares n plus a with nmax (step S306), where n is the total number of all the current communications, a is the value associated with the communication request, and nmax is the upper limit of the number of communications acceptable in a bandwidth, all of which are expressed in terms of the number of the low speed communications. If n plus a is greater than nmax, the communication request is canceled as a call loss (S316). Otherwise, the total number of the current high speed communications (m) and the total number of all the current communications (n) expressed in terms of the number of the low speed communications are updated, and a channel is assigned to the communication request (step S310).
    • 当检测到通信请求的发生时,信号传输方法检查通信请求是否为高速通信(步骤S302)。 在高速通信的情况下,它检查当前高速通信(m)加1的数量是否大于高速通信的上限(m>最大值)(步骤S312) 。 如果较大,则将该请求作为呼叫损失取消(S316),并将高速通信的速率与低速通信的比率(h)设定为变量。 如果通信请求是低速通信,则将其设置为变量a(步骤S304)。 它将n加a与n 进行比较(步骤S306),其中n是所有当前通信的总数,a是与通信请求相关联的值, SUB>是带宽中可接受的通信数量的上限,所有这些通过低速通信的数量来表示。 如果n加a大于n ,则通信请求被取消为通话请求(S316)。 否则,更新当前高速通信的总数(m)和以低速通信的数量表示的所有当前通信的总数(n),并且将通道分配给通信请求 步骤S310)。
    • 10. 发明授权
    • Method and apparatus for signal transmission in CDMA mobile
communication system
    • CDMA移动通信系统信号传输方法与装置
    • US6026279A
    • 2000-02-15
    • US873738
    • 1997-06-12
    • Takehiro NakamuraSeizo OnoeKouji Ohno
    • Takehiro NakamuraSeizo OnoeKouji Ohno
    • H04B7/26H04Q7/20
    • H04B7/2628
    • A method and an apparatus for signal transmission in a CDMA mobile communication system which are capable of preventing an unnecessary increase of an amount of interference power due to the signal transmission through a radio channel and thereby preventing an unnecessary decrease of a system capacity. The radio channel transmission signals are transmitted through the radio channel, where the radio channel transmission signals contain the transmission signals which are formed by control signals or user signals and necessary signals which are necessary in maintaining the radio channel, and this radio channel transmission is controlled so that only signal portions for the necessary signals are transmitted without transmitting any other signal portions when there is no transmission signal to be transmitted.
    • 一种在CDMA移动通信系统中进行信号传输的方法和装置,其能够防止由于通过无线电信道传输的干扰功率的不必要的增加,从而防止系统容量的不必要的降低。 通过无线电信道发送无线电信道传输信号,其中无线电信道传输信号包含由控制信号或用户信号形成的传输信号和维持无线电信道所必需的必要信号,并且该无线电信道传输被控制 使得当没有要发送的发送信号时,仅发送用于所需信号的信号部分而不发送任何其他信号部分。