CN100593918C - A method for hand-over between asynchronous communication network and synchronous communication network of multi mode multi band mobile communication terminal and corresponding mobile communication te - Google Patents

A method for hand-over between asynchronous communication network and synchronous communication network of multi mode multi band mobile communication terminal and corresponding mobile communication te Download PDF

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CN100593918C
CN100593918C CN 200580017469 CN200580017469A CN100593918C CN 100593918 C CN100593918 C CN 100593918C CN 200580017469 CN200580017469 CN 200580017469 CN 200580017469 A CN200580017469 A CN 200580017469A CN 100593918 C CN100593918 C CN 100593918C
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mobile communication
communication system
synchronous
asynchronous
multi
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CN 200580017469
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CN1961503A (en )
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任钟太
辛星浩
金永洛
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Sk电信有限公司
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    • YGENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02DCLIMATE CHANGE MITIGATION TECHNOLOGIES IN INFORMATION AND COMMUNICATION TECHNOLOGIES [ICT], I.E. INFORMATION AND COMMUNICATION TECHNOLOGIES AIMING AT THE REDUCTION OF THIR OWN ENERGY USE
    • Y02D70/00Techniques for reducing energy consumption in wireless communication networks

Abstract

Disclosed are a method for hand-over between an asynchronous communication network and a synchronous communication network of multi mode multi band mobile communication terminal and mobile communication terminal therefor to improve the hand-over connecting rate between an asynchronous communication network and a synchronous communication network in a mixed mobile communication system of an asynchronous network and a synchronous network.

Description

多模式多频段移动通信终端在异步通信网络和同步通信网络之间进行切换的方法以及相应的移动通信终端 The method of multi-mode multi-band mobile communication terminal of switching between asynchronous communication network and synchronous communication network and the mobile communication terminal corresponding

发明领域 Field of the Invention

本发明涉及一种在异步通信网络和同步通信网络之间进行多模式多频段切换的方法,更具体地说,本发明涉及一种在异步通信网络和同步通信网络之间进行多模式多频段切换的方法以及相应的移动通信终端。 The present invention relates to a method for multi-mode multi-band switching between asynchronous communication network and synchronous communication network, and more particularly, the present invention relates to a multi-band multi-mode for performing handover between asynchronous communication network and synchronous communication network the method and corresponding mobile communication terminal.

技术背景 technical background

随着移动通信技术的发展和通信网络的改善,开发出了各种类型的移动通信系统,为了解决移动通信系统之间的全球漫游问题, With the development and improvement of communication networks of mobile communication technology, the development of various types of mobile communication systems, in order to solve the problem of global roaming between mobile communication systems,

IMT-2000系统应运而生。 IMT-2000 system came into being. IMT-2000系统分为基于CDMA 2000的同步系统和基于WCDMA的异步系统。 IMT-2000 CDMA system is divided into a synchronous system and asynchronous system based on WCDMA.

此外,为了支持移动通信系统之间的全球漫游,有一种移动通信终端(多模式多频段移动通信终端)既可用在同步系统中,也可用在异歩系统中,使用这种移动通信终端,在同步系统区域和异步系统区域中均可使用各种不同的服务系统。 Further, in order to support global roaming between mobile communication systems, there is a mobile communication terminal (multi-mode multi-band mobile communication terminal) used in a synchronous system can also be used in a heterologous ho system, a mobile communication terminal, in synchronous and asynchronous system area system area can use a variety of service systems.

当前,异步移动通信系统的实现集中在对这种服务有很大需求的区域。 Currently, the asynchronous mobile communication system is concentrated in areas of high demand for such services. 因此,同步移动通信系统如下开发:同步移动通信系统的服务区域包括异步系统的服务区域。 Accordingly, the synchronous mobile communication system following development: synchronous mobile communication system comprises a service area of ​​the service area of ​​the asynchronous system. 在该过程中,如果用户在异步移动通信系统区域和同步移动通信系统区域之间来回移动,那么,需要在系统之间切换,从而提供连续的服务。 In this process, if the user area and the asynchronous mobile communication system moves back and forth between a synchronous mobile communication system area, then the need to switch between systems, to provide a continuous service.

就此而言,因为异步移动通信系统的通信系统不同于同步移动通信系统的通信系统,所以,很难实现系统间的切换,并且,通过当前的切换方法提高切换的成功率是有限的。 In this regard, because the asynchronous mobile communication system, a communication system is different from the synchronous mobile communication system, a communication system, it is difficult to achieve inter-system handover, and handover success rate is increased by the limited current switching method. 另外,由于多模式多频段还包括两个调制解调器,所以,确定这两个调制解调器的开关时间是很重要的。 Further, since the multi-mode multi-band further comprises two modems, thus determining the switching time of the two modems is very important.

6如果多模式多频段移动通信终端在异步移动通信系统的边界区 6 If the multi-mode multi-band mobile communication terminal in the asynchronous mobile communication system boundary region

域中进行切换,则终端需要大约10秒的时间来触发切换和使同歩调 Switching domain, the terminal takes about 10 seconds to trigger a switch and that the same tune ho

制解调器工作。 Modem work. 同步调制解调器工作后,经常不执行切换,这是因为移动通信终端移动到了无线环境的接收信号状态不好的地方。 After the synchronous modem work, often do not perform a handover because the mobile communication terminal moves to a bad signal reception state of the wireless local environment.

此外,在从异步移动通信系统向同步移动通信系统切换时,如果移动通信终端的同步调制解调器早于所需而工作,则异步调制解调器和同步调制解调器同时处于工作状态。 Further, when switching from the asynchronous mobile communication system to the synchronous mobile communication system, if the synchronous modem of the mobile communication terminal operates earlier than desired, the asynchronous modem and the synchronous modem simultaneously in operation. 因此,存在着移动通信终端功耗增加这一缺点。 Thus, there is a mobile communication terminal power consumption to increase this drawback.

另外,如果切换成功,则在移动通信终端中需要初始功率计算方法,以便转换到同步移动通信系统中的成功业务传输状态。 Further, if the handover is successful, it requires an initial power calculation method in a mobile communication terminal, the transmission to shift to business success status synchronous mobile communication system. 但是,就尝试从异步移动通信系统向同步移动通信系统切换而言,移动通信终端在同步移动通信系统的空闲状态下不经过随机访问,而直接转换到业务传输状态。 However, attempts to handover from the asynchronous mobile communication system to the synchronous mobile communication system, the mobile communication terminal in a synchronous mobile communication system under idle state without going through the random access, converted directly to the service transmission status. 因此,向同步移动通信系统切换的移动通信终端经常无法转换到业务传输状态。 Accordingly, the mobile communication terminal switches to the synchronous mobile communication system often can not be converted to a service transmission state.

发明内容技术问题 SUMMARY technical problems

相应地,为了解决上述问题,本发明的目的是提供一种在异步通 Accordingly, in order to solve the above problems, an object of the present invention is to provide an asynchronous communication

信网络和同步通信网络之间进行切换的方法,包括:在从异步移动通信系统向同步移动通信系统切换之前,使移动通信系统的同步调制解 The method of switching between a communication network and synchronous communication network, comprising: prior to handover from the asynchronous mobile communication system to the synchronous mobile communication system, the synchronous modem of the mobile communication system

调器工作并使之保持在低功率模式下;根据从异步移动通信系统向同 Tune and keep operating in a low power mode; according to the same from the asynchronous mobile communication system

步移动通信系统切换的执行情况,使用多模式多频段移动通信终端的低功率状态,来提高切换的成功率。 Implementation of the synchronous mobile communication system switching using a multi-mode multi-band low-power state of the mobile communication terminal, to improve the success rate of handover.

此外,本发明的另一目的是:在从异步移动通信系统切换到同步移动通信系统的移动通信终端转换到同步移动通信系统中的业务传输状态时,提供一种设定移动通信系统的初始传输功率的方法,执行从异步通信网络到同步通信网络的切换,从而确定初始传输功率值。 Further, another object of the present invention are: conversion switching from the asynchronous mobile communication system to the synchronous mobile communication system, a mobile communication terminal to the synchronous mobile communication system, traffic transmission state, there is provided a transmission method of setting an initial mobile communication system the method of the power, switching from the asynchronous communication network to a synchronous communication network, to determine an initial transmission power value.

技术方案 Technical solutions

7为了实现上述目的,根据本发明一个实施例, 一种多模式多频段移动通信终端,它能够跟异步移动通信系统和同步移动通信系统进行通信,并在所述异步移动通信系统和所述同步移动通信系统之间进行切换,包括:异步调制解调器,在与所述异步移动通信系统进行通信的过程中,如果以预定的切换为条件,则输出调制解调器工作信号, 用于使调制解调器工作,从而传送和接收所述同步移动通信系统的信号;同步调制解调器,根据从所述异步移动通信系统输出的所述调制解调器工作信号而运行在关闭状态下,然后转换到低功率模式,即待命模式;其中,通过处于所述待命模式的所述同步调制解调器,所述多模式多频段移动通信终端根据来自所述异步移动通信系统的切换触发,切换到所述多模式多频段移动通信终端。 7 To achieve the above object, according to an embodiment of the present invention, a multi-mode multi-band mobile communication terminal, which can communicate with the asynchronous mobile communication system and a synchronous mobile communication system, and the asynchronous and the synchronous mobile communication system at switching between a mobile communication system, comprising: an asynchronous modem for communication with the process of the asynchronous mobile communication system, if a predetermined switching condition, the output signal of the modem work, work for the modem to transmit and receiving a signal of the synchronous mobile communication system; synchronous modem while said modem is operating signal from the asynchronous mobile communication system in accordance with an output in the closed state, then switch to a low power mode, i.e., a standby mode; wherein in by the standby mode is the synchronous modem, the multi-mode multi-band mobile communication terminal according to the handover from the asynchronous mobile communication system, triggering, switching to the multi-mode multi-band mobile communication terminal.

为了实现该目的,根据本发明另一个实施例,在异步通信网络和同步通信网络之间进行多模式多频段切换的方法,能够跟异步移动通信系统和同步移动通信系统进行通信,并包括处于移动通信网络中的异步调制解调器和同步调制解调器,其中,在所述异步移动通信系统和所述同步移动通信系统之间存在着预定大小的切换小区,包括:第一步,确定切换条件;第二步,如果在第一步中确定了切换条件,则使所述移动通信终端的所述同步通信网络工作,并转换到低功率模式,即待命模式;其中,通过处于所述待命模式的所述同步调制解调器,所述切换方法根据来自所述异步移动通信系统的切换触发,切换到所述同步移动通信系统。 To achieve the object, according to another embodiment of the invention, a method for multi-mode multi-band switching between asynchronous communication network and synchronous communication network, capable of communicating with the asynchronous mobile communication system and a synchronous mobile communication system, and comprising at the mobile a communication network asynchronous modem and the synchronous modem, wherein between the asynchronous mobile communication system and the synchronous mobile communication system including a switching cell of a predetermined size, comprising: a first step of determining a handover condition; the second step, If the switching condition is determined in the first step, then the synchronous operation of the communication network of the mobile communication terminal, and converting to a low power mode, i.e., a standby mode; wherein, in the standby mode by the synchronous modem the handover method according to the handover from the asynchronous mobile communication system, triggering, switching to the synchronous mobile communication system.

为了实现该目的,根据本发明其他实施例所述,在异步通信网络和同步通信网络之间进行多模式多频段切换的方法,能够跟异步移动通信系统和同步移动通信系统进行通信,并包括处于移动通信网络中的异步调制解调器和同步调制解调器,其中,在所述异步移动通信系统和所述同步移动通信系统之间存在着预定大小的切换小区,包括以下步骤:当移动通信终端从所述异步移动通信系统向所述同步移动通信系统切换时,从所述异步移动通信系统传送由所述移动通信系统的异步调制解调器接收的初始功率值,其中,所述同步移动通信系统包括下列步骤:接收来自所述移动通信终端的连接请求信号,并向所述 To achieve the object, according to other embodiments of the present invention, performed between asynchronous communication network and synchronous communication network switching method of a multi-mode multi-band, capable of communicating with the asynchronous mobile communication system and a synchronous mobile communication system, and comprising at a mobile communication network asynchronous modem and the synchronous modem, wherein between the asynchronous mobile communication system and the synchronous mobile communication system including a switching cell of a predetermined size, comprising the steps of: when the mobile communication terminal from the asynchronous mobile when communication systems are switched to the synchronous mobile communication system, the initial power value from the asynchronous mobile communication system by transmitting and receiving the asynchronous modem of the mobile communication system, wherein the synchronous mobile communication system comprising the steps of: receiving from the the mobile communication terminal connected to said request signal, and the

8移动通信终端发送针对所述连接请求信号的响应,其中,所述连接请求信号是以所述移动通信终端的初始发射功率值传送的,而所述移动通信终端的初始发射功率值是基于所述初始功率值计算出来的;在所述同步移动通信系统和所述移动通信终端之间发送和接收业务流。 8 mobile communication terminal transmits a response to the connection request signal, wherein the initial transmission power value of the connection request signal is transmitted to the mobile communication terminal, and the initial value of the transmission power of the mobile communication terminal is based on the the initial value of said calculated power; transmitted and received between the synchronous mobile communication system and the mobile communication terminal traffic stream.

有益效果 Beneficial effect

本发明的一个效果是提高切换的成功率,其通过以下方式实现: 在从异步移动通信系统向同步移动通信系统切换之前,使移动通信系统的同步调制解调器工作并使之保持在低功率模式下,然后执行从异步移动通信系统到同步移动通信系统的切换。 One effect of the present invention is to improve the success rate of the handover, which is achieved by: prior to handover from the asynchronous mobile communication system to the synchronous mobile communication system, the synchronous modem based mobile communication system and keep it in a low power mode, then perform a handover to the synchronous mobile communication system from the asynchronous mobile communication system.

另外,本发明的一个效果是:在从异步移动通信系统向同步移动通信系统切换的移动通信终端转换到同步移动通信系统中的业务传输状态时,提供一种设定移动通信终端的初始传输功率的方法,其执行从异步移动通信网络到同步移动通信网络的切换,从而确定初始发射功率值。 Further, the effect of the present invention is that: when the mobile communication terminal switches from the asynchronous mobile communication system to the synchronous mobile communication system into a transmission state of the synchronous mobile communication service system, a method to set initial transmit power of the mobile communication terminal the method performed from the asynchronous mobile communication network handover to the synchronous mobile communication network, to determine an initial transmit power value.

附图说明 BRIEF DESCRIPTION

图1是运用本发明的移动通信网络的框图; 图2是运用本发明的移动通信终端的框图; Figure 1 is a mobile communication network of the invention using a block diagram; Figure 2 is a block diagram of a mobile communication terminal use according to the present invention;

图3的流程图根据第一个实施例示出了在同步通信网络和异步通信网络之间进行切换的方法; 3 is a flowchart according to a first embodiment shows a method of switching between the synchronous communication network and the asynchronous communication network;

图4的流程图根据第二个实施例示出了在同步通信网络和异步通信网络之间进行切换的方法; The flowchart of FIG 4 according to a second embodiment illustrates a method of switching between the synchronous communication network and the asynchronous communication network;

图5的示意图根据本发明第三个实施例给出了处于异步移动通信系统中的移动通信终端的状态变化;以及 5 shows a schematic view of a state change of the asynchronous mobile communication terminal in the mobile communication system according to a third embodiment of the invention; and

图6的流程图根据本发明第三个实施例示出了对异步通信网络中的同步移动通信终端的初始发射功率予以设定的方法。 6 is a flowchart according to a third embodiment of the present invention illustrates a method of initial synchronization of the mobile communication terminal transmission power of the asynchronous communication network to be set.

具体实施方式 Detailed ways

在下面的描述中,移动通信终端意指多模式多频段移动通信终 In the following description, the mobile communication terminal means a multi-mode multi-band mobile communication terminal

9端,它既可用在同步移动通信系统中,也可用在异步移动通信系统中。 9 ends, can be used in both synchronous mobile communication system, it may also be used in the asynchronous mobile communication system. 例如,当移动通信终端进入切换小区区域时,同步调制解调器工作; 当从移动通信终端发出呼叫或者从异步移动通信系统收到呼叫时,同步调制解调器工作。 For example, when the mobile communication terminal enters the handover cell area, the synchronous modem work; When a call from the mobile communication terminal from the asynchronous mobile communication system or receives a call, the synchronous modem work. 下面将给出具体的说明。 Specific description will be given below. 图1是运用本发明的移动通信网络的框图。 FIG. 1 is a block diagram of a mobile communication network using the present invention.

多模式多频段移动通信终端10无线地分别访问异步移动通信系统20和同步移动通信系统30,以便使用话音和数据服务。 Multi-mode multi-band mobile communication terminal 10 are wirelessly access the asynchronous mobile communication system 20 and the synchronous mobile communication system 30, in order to use voice and data services.

异步移动通信系统20包括:节点B,其作为基站,与具有无线电通信部件的移动通信终端进行通信;无线电网络控制器210 (节点B/RNC),用于控制节点B;移动交换中心220 (MSC),其与RNC210 相连,执行呼叫交换,从而为移动通信终端10提供服务;短消息服务中心240 (SMSC),其通过7号公共信令网230与MSC 220相连; 本地位置寄存器260 (HLR);服务支持节点270 (SGSN),其连接在RNC 210和通用分组无线服务网280之间,用于保存移动通信终端IO的位置记录并执行访问控制和安全措施;GGSN 290 (网关GPRS 支持节点),其通过SGSN 270和GPRS网络280相连并连接到互联网40,用于支持与外部分组的网络互联。 Asynchronous mobile communication system 20 comprising: a Node B, a base station that communicates with the mobile communication terminal having a radio communication member; radio network controller 210 (Node B / RNC), for controlling the Node B; Mobile Switching Center 220 (MSC ), which is connected to the RNC210, perform call switching so as to provide services for the mobile communication terminal 10; short message service center 240 (SMSC), which is connected to MSC 220 through a No. 7 common signaling network 230; Home location register 260 (HLR) ; serving support node 270 (SGSN), which is connected to the RNC 210 and a general packet radio service network 280, for storing the recording position of the mobile communication terminal IO and perform access control and security measures; GGSN 290 (gateway GPRS support node) , which is connected to the Internet 40 and is connected, via an external packet for supporting the SGSN 270 the GPRS network 280 and the network interconnection.

同步移动通信系统30也包括:基站收发台(BTS),其支持跟移动通信终端10和基站控制器310 (BSC)的无线通信;移动交换中心320 (MSC),其与至少一个或多个BSC相连,用于执行呼叫切换; 短消息服务中心340,其通过7号公共信令网330与MSC 320相连; 本地位置寄存器360 (HLR);分组数据服务节点(PDSN370),其连接到BSC 310,用于向用户提供分组数据服务;数据核心网380 (DCN),用于支持PDSN 370和互联网40之间的连接。 Synchronous mobile communication system 30 also includes: a base transceiver station (BTS), which is supported with the mobile communication terminal 10 and the base station controller 310 (BSC) of a wireless communication; Mobile Switching Center 320 (MSC), with at least one or more BSC is connected, for performing call switching; short message service center 340, which is connected to MSC 320 through a No. 7 common signaling network 330; Home location register 360 (HLR); packet data serving node (PDSN370), which is connected to the BSC 310, for providing a packet data service to a user; data core network 380 (DCN), and the support PDSN 370 is connected between the Internet 40.

异步移动通信系统20和同步移动通信系统30的MSC通过7号公共信令网230、 330相互连接,从而发送和接收移动通信终端10的切换等所需的信息。 Asynchronous mobile communication system and a synchronous mobile communication system 20 MSC 230, 330 are interconnected through a No. 30 7 common signaling network, thereby transmitting and receiving the mobile communication terminal 10 or the like to switch the required information. HLR 260、 360可实现成双栈本地位置寄存器, 其存储和管理用户信息、补充服务的使用等,并根据MSC220、 320 的请求,提供用户信息。 HLR 260, 360 may be implemented as a dual-stack home location register, which stores and manages the user information, the use of supplementary services, etc., and according to the MSC220, the request 320, the user information.

图2是本发明所用的移动通信终端的框图。 FIG 2 is a block diagram of a mobile communication terminal used in the present invention.

10如图所示,本发明所用的多模式多频段移动通信终端IO包括: 天线110;异步移动通信系统模块120;同步移动通信系统模块130; 10, the multi-mode multi-band used in the present invention, a mobile communication terminal IO comprising: an antenna 110; asynchronous mobile communication module 120; 130 module synchronous mobile communication system;

公共模块140。 Public module 140.

更具体地说,天线110可以同时处理同步移动通信服务的频率带 More specifically, the antenna 110 can handle synchronous mobile communication services at the same frequency band

宽和异步移动通信系统的频率带宽。 Wide frequency bandwidth and the asynchronous mobile communication system.

异步模块120包括:双工机121,对每个频率进行划分,以便对其进行处理和操作;异步无线传输部件122,将收发频率分成预定的频率带宽;异步调制解调器123,处理异步移动通信系统和无线电部分协议;音码器134,对信号进行加密和解密。 Asynchronous module 120 includes: a duplexer 121, for each frequency to be divided, and operations for processing thereof; asynchronous radio transmission section 122, the transmitting and receiving frequencies into predetermined frequency bandwidth; asynchronous modem 123, and processing asynchronous mobile communication system radio section protocol; vocoder 134, to encrypt and decrypt signals.

公共模块140包括:应用程序处理器,其作为中央处理单元,控制着异步调制解调器123和同步调制解调器,并执行多媒体功能;存储器;输入输出部件;应用程序处理部件,等等。 The common module 140 includes: an application processor, which is a central processing unit for controlling the asynchronous modem and the synchronous modem 123, and performs a multimedia function; a memory; input and output members; application processing section, and the like.

多模式多频段移动通信终端IO还安装有软件,用于管理用户界面、补充业务和移动性以及控制连接/会话控制、资源和协议,所以, 用户可以使用各种应用服务,执行切换和实现协议,以便适合移动通信系统。 Multi-mode multi-band mobile communication terminal IO is also equipped with software for managing a user interface, supplementary service control and mobility and connection / session control, resource and protocols, so that the user can use various application services, performing handover, and implement a protocol in order for the mobile communication system.

上面解释了移动通信终端的一个例子,当它进入切换小区区域时,同步调制解调器工作,当从移动通信终端发出呼叫或者从异步移动通信系统接收到呼叫时,同步调制解调器工作。 The above explains an example of the mobile communication terminal when it enters the handover cell area, the synchronous modem operation, when a call is placed or received from the mobile communication terminal from the asynchronous mobile communication system call, the synchronous modem work. 下面将给出更详细的说明。 The following description will be given in more detail.

图3的流程图根据本发明第一个实施例示出了在同步通信网络和异步通信网络之间切换的方法。 3 is a flowchart according to a first embodiment of the present invention illustrates a method between a synchronous communication network and the asynchronous communication network handover. 例如,当位于异步通信网络中的多模式多频段移动通信终端发出呼叫或者从异步移动通信网络接收到呼叫时,移动通信终端10的同步调制解调器133工作。 For example, when in the asynchronous communication network in a multi-mode multi-band mobile communication terminal sends or receives a call from the asynchronous mobile communication network the call to the mobile communication terminal 10 to the synchronous modem 133 work.

如果位于异步通信系统服务区域中的移动通信终端10发出呼叫或者从同步移动通信系统20收到呼叫时(SIOI),移动通信终端10 的异步调制解调器123请求同步调制解调器133工作(S103)。 If a call is located in the mobile communication terminal 10 sends an asynchronous communication system service area, or when the synchronous mobile communication system 20 receives a call (SiOI) from the asynchronous modem 123 of the mobile communication terminal 10 requests the synchronous modem 133 work (S103).

相应地,移动通信终端10的同步调制解调器133工作,搜寻调制解调器的初始化过程和同步移动通信系统30的导频信道,从而执行初始化(S105)。 Accordingly, the synchronous modem of the mobile communication terminal guide 10 of the work 133, the modem initialization search and synchronous mobile communication system 30, frequency channels, thereby performing initialization (S105).

ii在同步调制解调器133工作和执行初始化之后,同步调制解调器 After work and ii 133 performs synchronous modem initialization, the synchronous modem

133转换到低功率模式(S107)。 133 transitions to a low-power mode (S107). 此时,同步调制解调器133的低功率模式表示:虽然同步调制解调器133通电,但是,信息的发送和接收暂停,并且调制解调器的CPU停止工作。 In this case, the synchronous modem 133 represents a low power mode: While the synchronous modem 133 is energized, however, the suspension information transmission and reception, and modem CPU stops. 当前功耗量是in - 1.5口, 其小于现有空闲状态的功耗量。 The current power consumption amount in - 1.5 mouth, which is less than the conventional power consumption idle state. 这里,同步调制解调器133需要大约1秒的时间从低功率模式转换到空闲状态。 Here, the synchronous modem 133 requires a time of about 1 second transition from a low power mode to the idle state.

当使用异步移动通信系统20服务的移动通信终端10穿过切换小区区域移到同步移动通信系统30的服务区域时,异步移动通信系统20和异歩调制解调器123执行切换的触发(S109)。 When using the asynchronous mobile communication system 20 serving the mobile communication terminal 10 through the handover cell area to a synchronous mobile communication system 30 of the service area, the asynchronous mobile communication system 20 and executed modem iso ho trigger switch 123 (S109).

异步调制解调器123请求同步调制解调器133转换到空闲状态(Slll),同时请求切换到异步移动通信系统(S113)。 The asynchronous modem 123 requests the synchronous modem 133 transitions to the idle state (S111), while requesting the handover to the asynchronous mobile communication system (S113). 此时,异步调制解调器123发送从异步移动通信系统20的基站收发台获取的系统 At this time, the asynchronous modem transmission system 123 acquired from the base transceiver station of the asynchronous mobile communication system 20

〈曰息。 <Said information.

根据步骤Slll中转换到空闲状态的请求,同步调制解调器133 搜索同步移动通信系统的导频信道和同步信道(S115、 S117),然后转换到空闲状态(S119)。 According to step Slll request the transition to the idle state, the synchronous modem 133 searches the synchronous mobile communication system, a pilot channel and a synchronization channel (S115, S117), and then transitions to the idle state (S119).

之后,异步移动通信系统20指示异步调制解调器123根据在步骤S113中从异步移动通信系统的基站收发台获取的系统信息,执行切换(S121),异步调制解调器123通过公共模块140请求同步调制解调器133转换到业务传输状态(S123)。 Thereafter, the asynchronous mobile communication system 20 instructs the asynchronous modem 123 in accordance with the system information in step S113, acquired from the base transceiver station of the asynchronous mobile communication system to perform handover (S121), the asynchronous modem 123 requests through the common module 140 synchronous modem 133 converted to business transmission state (S123).

相应地,同步调制解调器133执行初始化,以便转换到业务传输状态,并发送后向业务,以便与同步移动通信系统30同步(S127)。 Accordingly, the synchronous modem 133 performs the initialization, to shift to a traffic transmission status, and to send the traffic, 30 to synchronize with the synchronous mobile communication system (S127).

然后,同步调制解调器133向同步移动通信系统30的基站收发台报告,切换结束(S129),接着,通过公共模块140使异步调制解调器123和异步声码器124不工作,并使同步移动通信系统工作,同步声码器134转换声码器。 Then, the synchronous modem 133 to the base station transceiver 30 of the synchronous mobile communication system station reports, handover end (S129), Next, the common module 140 that the asynchronous modem 123 and the asynchronous vocoder 124 does not work, and the synchronous mobile communication system work, vocoder 134 converts the synchronous vocoder.

在从异步移动通信系统20切换到同步移动通信系统30之后,移动通信终端10的同步调制解调器133在切换前维持呼叫连接状态完好。 In the asynchronous mobile communication system 20 is switched to the synchronous mobile communication system 30, after the synchronous modem of the mobile communication terminal 133 before the switch 10 is maintained in good condition call connection.

图4的流程图根据第二个实施例示出了在同步通信网络和异步 The flowchart of FIG 4 according to a second embodiment is shown in asynchronous and synchronous communication network

12通信网络之间切换的方法。 The method of switching between the communication network 12. 例如,如果位于异步通信网络中的多模式多频段移动通信终端移动到切换小区区域中,则移动通信终端10的同步调制解调器133工作。 For example, if the asynchronous communication network is located in a multi-mode multi-band mobile communication terminal moves into the handover cell area, the synchronous modem of the mobile communication terminal 10 of the work 133.

如果移动通信终端10从异步移动通信系统进入同步移动通信系 If the mobile communication terminal enters the synchronous mobile communication system 10 from the asynchronous mobile communication system

统的服务区域,则移动通信终端10的异步调制解调器123从同步切换小区区域的基站收发台获取系统信息,并认识到移动通信终端10 进入切换小区区域。 The system service area, the asynchronous modem of the mobile communication terminal 10 of the base transceiver station 123 synchronous handover cell area from the acquired system information, and recognize the mobile communication terminal 10 enters the handover cell area. 相应地,异步调制解调器123通过公共模块140 请求同步调制解调器133工作(S203)。 Accordingly, the asynchronous modem 123 synchronous modem 133 work (S203) by the common module 140 requests.

在本发明中,如果移动通信终端10的异步调制解调器123进入切换小区区域,它就自动请求运行同步调制解调器133。 In the present invention, if the asynchronous modem 123 of the mobile communication terminal 10 enters the handover cell area, it automatically requests the synchronous modem 133 to run.

相应地,移动通信终端10的同步调制解调器133工作,从而搜寻调制解调器的初始化过程和同步移动通信系统30的导频信道,并执行初始化(S205)。 Accordingly, the synchronous modem of the mobile communication terminal 133 of the work 10, thereby turning the modem initialization process and a search for the synchronous mobile communication system, the pilot channel 30, and performs initialization (S205).

在同步调制解调器133工作和执行初始化后,同步调制解调器133转换到低功率模式(S207)。 After the work 133 and the synchronous modem initialization is performed, the synchronous modem 133 to convert the low-power mode (S207). 此时,同步调制解调器133的低功率模式表示:虽然同步调制解调器133通电,但是,信息的发送和接收暂停,并且调制解调器的CPU停止工作。 In this case, the synchronous modem 133 represents a low power mode: While the synchronous modem 133 is energized, however, the suspension information transmission and reception, and modem CPU stops. 当前功耗量是1!D〜1.5口, 其小于现有空闲状态的功耗量。 The current power consumption is 1! D~1.5 port, which is smaller than the conventional power consumption idle state. 这里,同步调制解调器133需要大约1秒的时间从低功率模式转换到空闲状态。 Here, the synchronous modem 133 requires a time of about 1 second transition from a low power mode to the idle state.

当使用异步移动通信系统20服务的移动通信终端10穿过切换小区区域移到同步移动通信系统30的服务区域时,异步移动通信系统20和异步调制解调器123执行切换的触发(S209)。 When using the asynchronous mobile communication system 20 serving the mobile communication terminal 10 through the handover cell area to a synchronous mobile communication system 30 of the service area, the asynchronous mobile communication system 20 and the asynchronous modem 123 to perform handover triggering (S209).

异歩调制解调器123通过公共模块140请求同步调制解调器133 转换到空闲状态(S211),同时请求切换到异步移动通信系统(S211)。 Iso ho modem 123 requests the synchronous modem 140 through the common module 133 transitions to the idle state (S211), while requesting the handover to the asynchronous mobile communication system (S211). 此时,异步调制解调器123发送从异步移动通信系统20的基站收发台获取的系统信息。 At this time, the asynchronous modem 123 transmits the system information acquired from a base transceiver station of the asynchronous mobile communication system 20.

根据步骤S211中转换到空闲状态的请求,同步调制解调器133 搜索同歩移动通信系统的导频信道和同步信道(S215、 S217),然后转换到空闲状态(S219)。 The step S211 of requesting a transition to an idle state, the synchronous modem 133 ho search with a mobile communication system a pilot channel and a synchronization channel (S215, S217), and then transitions to the idle state (S219).

之后,异步移动通信系统20指示异步调制解调器123根据在步 Thereafter, the asynchronous mobile communication system 20 instructs the asynchronous modem 123 in step

13骤S213中从异步移动通信系统的基站收发台获取的系统信息,执行 13 in step S213 acquires system information from a base transceiver station of the asynchronous mobile communication system performs

切换(S221),异步调制解调器123通过公共模块140请求同步调制解调器133转换到业务传输状态(S223)。 Switching (S221), the asynchronous modem 123 requests the synchronous modem 133 to convert traffic transmission status (S223) by the common module 140.

相应地,同步调制解调器133执行初始化,以便转换到业务传输状态,并发送后向业务,以便与同步移动通信系统30同步(S227)。 Accordingly, the synchronous modem 133 performs the initialization, to shift to a traffic transmission status, and to send the traffic, 30 to synchronize with the synchronous mobile communication system (S227).

然后,同步调制解调器133向同步移动通信系统30的基站收发台报告,切换结束(S229),接着,通过公共模块140使异步调制解调器123和异步声码器124不工作,并使同步移动通信系统工作,同步声码器134转换声码器(S231)。 Then, the synchronous modem 133 to the base station transceiver 30 of the synchronous mobile communication system station reports, handover end (S229), Next, the common module 140 that the asynchronous modem 123 and the asynchronous vocoder 124 does not work, and the synchronous mobile communication system work, synchronous vocoder vocoder converter 134 (S231).

在步骤S231之后,同步调制解调器133保持空闲状态。 After step S231, the synchronous modem 133 remains idle.

图5的示意图根据本发明第三个实施例给出了处于同步移动通信系统中的移动通信终端的状态变化,示出了从异步移动通信系统向同步移动通信系统切换的移动通信终端转换到业务传输状态的过程。 5 shows a schematic view of a state change of the mobile communication terminal in the synchronous mobile communication system according to a third embodiment of the present invention, showing a converter of the mobile communication terminal from the asynchronous mobile communication system, handover to the synchronous mobile communication system to a service process transmission state.

如图5所示,在从异步移动通信系统20切换到同步移动通信系统30和从同步调制解调器初始化状态转换到空闲状态后,如果位于同步移动通信系统中的多模式多频段移动通信终端10转换到业务传输状态,它就直接转换到业务传输状态,而不经过现有的系统接入状态。 5, the asynchronous mobile communication system 20 is switched to the synchronous mobile communication system 30 and converted from synchronous modem initialization state to the idle state, the multi-band mobile communication terminal is located, if the synchronous mobile communication system 10 transitions from the multi-mode service transmission state, it is converted directly to the service transmission state, without passing through the conventional system access state.

在执行切换之后,直接转换到业务传输状态而不经过现有的系统接入状态的理由在于:在从异步移动通信系统向同步移动通信系统切换时,提前搜索导频信道和同步信道等。 After performing the handover reason, a direct transition to a traffic transmission state without passing through the conventional system access state in that: when switching from the asynchronous mobile communication system to the synchronous mobile communication system, a pilot channel search in advance, and the synchronization channel and the like. 下面将对此进行更详细的说明。 This will be described in more detail below.

图6的流程图根据本发明第三个实施例示出了设定同步通信网络中的移动通信终端的初始发射功率的方法。 6 is a flowchart according to a third embodiment of the present invention shows a method of setting the initial transmit power of the mobile communication terminal in the synchronous communication network. 例如,在异步移动通信系统服务期间,移动通信终端可以向同步移动通信系统发送信号或者从同步移动通信系统接收信号。 For example, during the asynchronous mobile communication system service, the mobile communication terminal may send a signal to the synchronous mobile communication system or receiving signals from the synchronous mobile communication system.

如果移动通信终端10从异步移动通信系统进入同步移动通信系统的服务区域,则移动通信终端10的异步调制解调器123从同步切换小区区域的基站收发台获取系统信息(S301),并认识到移动通信终端10进入切换小区区域。 If the mobile communication terminal 10 enters the service area of ​​the synchronous mobile communication system from the asynchronous mobile communication system, the mobile asynchronous modem communication terminal 10 123 synchronous handover from a base transceiver station cell area acquire system information (S301,), and recognizing that the mobile communication terminal 10 enters the handover cell area. 相应地,异步调制解调器123通过公共 Accordingly, the asynchronous modem 123 via the public

14模块140请求运行同步调制解调器133,同时请求切换到异步移动通 14 operating module 140 requests the synchronous modem 133, while requesting the handover to the asynchronous mobile communication

信系统(S303)。 Communication system (S303).

在本发明中,如果移动通信终端10的同步调制解调器133进入切换小区区域,它就自动请求运行同步调制解调器133,包括系统信息在内的信号与异步移动通信系统使用相同的频率。 In the present invention, the synchronous modem 133 if the mobile communication terminal 10 enters the handover cell area, it automatically request to run a synchronous modem 133, system information including a signal including the asynchronous mobile communication system using the same frequency.

相应地,移动通信终端10的同步调制解调器133工作,并执行初始化,从而搜寻调制解调器的初始化过程和同步移动通信系统的导频信道(S304);搜索同步移动通信系统30的导频信道和同步信道(S305、 S306);并转换到空闲状态(S307)。 Accordingly, the mobile communication terminal synchronous modem 10 133 work, and performs initialization so that the search initialization process the modem and the synchronous mobile communication system, a pilot channel (S304,); Searching for the synchronous mobile communication system, a pilot channel 30 and a synchronization channel ( S305, S306); and transition to the idle state (S307).

之后,异步移动通信系统20指示异步调制解调器123根据在步骤S303中从异步移动通信系统获取的系统信息执行切换(S308),异步调制解调器123向同步调制解调器133发送信道分配消息(S309)。 Thereafter, the asynchronous mobile communication system 20 instructs the asynchronous modem 123 (S308), the asynchronous modem 123 assignment message to the synchronous modem 133 performs transmission channel based on the information acquired in step S303 to switch the system from the asynchronous mobile communication system (S309).

在歩骤S308和S309中,异步移动通信系统20向异步调制解调器123发送INIT-PWR(异步通信网络的初始功率值,后面称之为"初始功率值"),异步调制解调器123在向同步调制解调器133发送信道分配消息时发送从同步移动通信系统20发送的初始功率值。 Ho in step S308 and S309, the asynchronous mobile communication system 20 transmits 123 INIT-PWR (initial power value of the asynchronous communication network, hereafter referred to as "initial power value") to the asynchronous modem, sending the asynchronous modem 123 to the synchronous modem 133 transmitted from the synchronous mobile communication system 20, an initial value of transmission power when the channel allocation message.

此时,初始功率值(INIT-PWR)表示网络运营商根据特定的小区环境可以不定地使用的值。 In this case, the initial power value (INIT-PWR) represents the value of the network operators can be used variably depending upon the particular cell environment. 其大小是从移动通信终端输出的平均功率值,后者不定地取决于小区环境。 Its size is the average value of the output power from the mobile communication terminal, which is variably dependent on the cell environment.

相应地,同步调制解调器133执行初始化,以便转换到业务传输状态(S310),并发送后向业务,以便与同步移动通信系统30同步(S311)。 Accordingly, the synchronous modem 133 performs the initialization, to shift to a traffic transmission status (S310), and transmits to the service, 30 to synchronize with the synchronous mobile communication system (S311).

然后,同步调制解调器133向同步移动通信系统30的基站收发台报告切换结束(S312),接着,通过公共模块140使异步调制解调器123和异步声码器124不工作,并使同步移动通信系统工作,同步声码器134转换声码器(S313)。 Then, the synchronous modem 133 to switch a base transceiver station reports the synchronous mobile communication system 30 to the end (S312), Next, the common module 140 that the asynchronous modem 123 and the asynchronous vocoder 124 does not work, and the synchronous mobile communication system working, Synchronization vocoder vocoder converter 134 (S313).

已经从异步移动通信系统切换到同步移动通信系统且转换到空闲状态的移动通信终端10根据用户请求,转换到业务传输状态,从而从另一移动通信终端发送一条SMS (短消息服务),或者进行寻呼。 It has been switched from the asynchronous mobile communication system to a synchronous mobile communication system and transition to the idle state of the mobile communication terminal 10 according to a user request, the state transitions to traffic transmission, to transmit an SMS (Short Message Service) from another mobile communication terminal, or by paging.

在同步移动通信系统30中,处于空闲状态的移动通信终端10的 The mobile communication terminal 10 in the synchronous mobile communication system 30, in an idle state

15同歩调制解调器133计算初始发射功率,以便发送到业务传输状态(S314)。 15 calculates the initial transmission power with ho modem 133 for transmission to the traffic transmission status (S314).

在步骤S314中,由移动通信终端10的同步调制解调器133设定的初始发射功率值根据[公式I]计算: In step S314, the synchronous modem of the mobile communication terminal 10 is set to 133 in accordance with an initial transmission power value [Formula I] Calculated:

[公式I] [Formula I]

初始发射功率值=-(同步调制解调器的平均接收功率)+初始功率+偏移功率 Initial transmission power value = - (synchronous modem average reception power) + initial power offset power +

在本发明中,同步调制解调器的平均接收功率表示从基站收发台 In the present invention, the synchronous modem represents the average received power from the base transceiver station

发送并由同步调制解调器接收的平均功率值。 By synchronous modem transmission average power value received. 高的接收功率意味着:当前移动通信所属的同步移动通信系统30的环境良好。 High reception power means: this favorable environment synchronous mobile communication system 30 of the mobile communication belongs. 因此,在设 Thus, in the set

定移动通信终端的初始发射功率值时,如果同步调制解调器133的平均接收功率值高,则确定初始发射功率值为低,如果同步调制解调器133的平均接收功率值低,则确定初始发射功率值为高。 When given initial transmission power value of the mobile communication terminal, if the synchronous modem of high average received power value 133, determining an initial transmission power value is low, if the synchronous modem 133 average reception power value, it is determined that the initial transmit power value is high .

另外,初始功率值是在步骤S309中从异步移动通信系统发出并由异步调制解调器发向同步调制解调器的值。 Further, the initial power value is a value sent by the asynchronous modem to the synchronous modem sent from the asynchronous mobile communication system at step S309. 由于移动通信终端10直接转换到业务传输状态而不经过现有的系统接入状态,从而确定空闲状态下的初始发射功率,所以,反映了在异步移动通信系统中确定的初始功率,从而确定初始发射功率。 Since the mobile communication terminal 10 is directly converted to a traffic transmission state without passing through the conventional system access state, thereby determining the initial transmission power in an idle state, it reflects the initial power is determined in an asynchronous mobile communication system, to determine the initial transmission power. 在本发明中,初始功率是在网络中基于特定网络环境中的移动通信系统输出且由异步移动通信系统存储的平均功率值确定的值。 In the present invention, and the initial power output is determined by the average power value stored in the asynchronous mobile communication system based on the specific value of the network in a network environment, the mobile communication system. 该小区环境得到了反映。 The residential environment is reflected.

偏移功率是根据移动通信终端的内部特性确定的值,确定用网络进行信号发射和信号接收的程度,用于校正该值,其根据移动通信系统终端10的特性而改变。 Power offset is determined based on the internal characteristics of the mobile communication terminal value, determining the extent of signal transmission and signal reception by the network, for correcting the values ​​which vary depending on the characteristics of the terminal 10 the mobile communication system.

移动通信终端10的同步调制解调器133向同步移动通信系统30发送连接请求信号,以此作为计算出来的初始功率值,请求连接同步移动通信系统(S315)。 133 synchronous modem of the mobile communication terminal 10 to the synchronous mobile communication system 30 transmits a connection request signal, as the calculated initial power value, synchronous mobile communication system requesting the connection (S315).

在步骤S315之后,同歩移动通信系统30收到从移动通信终端10的同步调制解调器133作为初始发射功率发送的连接请求信号, After step S315, the mobile communication system 30 with ho received from the synchronous modem of the mobile communication terminal 10 as the connection 133 of the initial transmission power of the transmission request signal,

16并在S316中发送其响应,同步移动通信系统30和移动通信终端10发送和接收控制消息,用于建立呼叫等。 16 and transmits the response in S316, the synchronous mobile communication system 30 and the mobile communication terminal 10 transmits and receives control messages for establishing a call or the like.

以上的详细说明只介绍了移动通信终端在异步移动通信系统服务期间能够向同步移动通信系统发送信号和从同步移动通信系统接收信号的情况。 The foregoing detailed description describes only the case where the mobile communication terminal capable of transmitting and receiving signals from a synchronous mobile communication system signal to a synchronous mobile communication system during asynchronous mobile communication system service.

但是,适用的移动通信终端也可以仅接收同步移动通信系统的信号同时使用异步移动通信系统的服务。 However, application of the mobile communication terminal can receive only the signal synchronous mobile communication systems for mobile communication system using an asynchronous service.

虽然上面结合优选实施例对本发明作了说明和描述,但是,本领域技术人员应当理解,在不脱离所附权利要求的精神和保护范围的前提下,可以做出各种修改和变通,本发明的保护范围由所附的权利要求加以界定。 While the above embodiments in conjunction with preferred embodiments of the present invention has been illustrated and described, those skilled in the art will appreciate, in the spirit and scope of the appended claims without departing from the claims, can make various changes and modifications, the present invention It is defined by the scope of the appended claims.

工业实用性 Industrial Applicability

本发明涉及多模式多频段移动通信终端在异步通信网络和同步通信网络之间进行切换的一种方法,更具体地说,本发明涉及在异步通信网络和同步通信网络之间进行多模式多频段切换的一种方法,用于提高多模式多频段移动通信终端在异步通信网络和同步通信网络之间进行切换的成功率。 Multi-band mobile communication terminal of the present invention relates to a multi-mode between asynchronous communication network and synchronous communication network, a method of switching, and more particularly, the present invention relates to a multi-mode multi between asynchronous communication network and synchronous communication network band a method of switching, improve the success rate for multi-mode multi-band mobile communication terminal of switching between asynchronous communication network and synchronous communication network.

17 17

Claims (14)

  1. 1、一种多模式多频段移动通信终端,能够跟异步移动通信系统和同步移动通信系统进行通信,并在所述异步移动通信系统和所述同步移动通信系统之间进行切换,包括: 异步调制解调器,其在与所述异步移动通信系统进行通信的过程中,如果以预定的切换为条件,则输出调制解调器工作信号,用于使调制解调器工作,从而传送和接收所述同步移动通信系统的信号;以及同步调制解调器,其根据从所述异步移动通信系统输出的所述调制解调器工作信号而运行在关闭状态下,然后转换到低功率模式,即待命模式; 其中,通过处于所述待命模式的所述同步调制解调器,所述多模式多频段移动通信终端根据来自所述异步移动通信系统的切换触发,执行向所述同步移动通信系统的切换。 1, a multi-mode multi-band mobile communication terminal, capable of communicating with the asynchronous mobile communication system and a synchronous mobile communication system, and switching between the asynchronous mobile communication system and the synchronous mobile communication system, comprising: an asynchronous modem , which is in the process of communication with the asynchronous mobile communication system, if a predetermined switching condition, the output signal of the modem work, work for the modem to transmit and receive the synchronous mobile communication system a signal; and synchronous modem operating on the signals from the modem is the asynchronous mobile communication system in accordance with an output in the closed state, then switch to a low power mode, i.e., a standby mode; wherein, in said standby mode through the synchronous modem , the multi-mode multi-band mobile communication terminal according to the handover from the asynchronous mobile communication system is triggered to perform a handover to the synchronous mobile communication system.
  2. 2、 根据权利要求1所述的多模式多频段移动通信终端,其特征在于:如果所述异步调制解调器向所述异步移动通信系统发送了用于建立呼叫的信号或者从所述异步移动通信系统接收到了用于建立呼叫的信号,它就确定满足了切换条件。 2, the multi-mode multi-band 1, the mobile communication terminal as claimed in claim, wherein: if the asynchronous modem transmits to the asynchronous mobile communication system for establishing a call or receive a signal from the asynchronous mobile communication system, to the signal for establishing a call, it determines a switching condition is satisfied.
  3. 3、 根据权利要求2所述的多模式多频段移动通信终端,其特征在于:在使所述调制解调器工作并执行所述切换后,所述同步调制解调器向所述同步系统发送信号和从所述同步系统接收到信号,并维持呼叫建立状态。 3, the multi-mode multi-band according to claim 2 mobile communication terminal, comprising: a modem in the work and after performing the handover, and the synchronous modem transmission signal from the synchronization to the synchronization system the system receives the signal, and to maintain a call setup state.
  4. 4、 根据权利要求1所述的多模式多频段移动通信终端,其特征在于:所述多模式多频段移动通信终端进入切换小区,即所述异步移动通信系统区域和所述同步移动通信系统区域的边界区域,则所述异步调制解调器自动请求使所述同步调制解调器工作。 4. The multi-mode multi-band 1 of the mobile communication terminal as claimed in claim, wherein: the multi-mode multi-band mobile communication terminal is switched into the cell, i.e., the asynchronous mobile communication system area and a synchronous mobile communication system area border area, the asynchronous modem requests the synchronous modem automatic working.
  5. 5、 根据权利要求4所述的多模式多频段移动通信终端,其特征在于:在使所述同步调制解调器工作并执行所述切换后,所述同步调制解调器维持空闲状态。 5, according to claim 4, wherein the multi-mode multi-band mobile communication terminal, comprising: after working the synchronous modem and performing the handover, the synchronous modem maintaining an idle state.
  6. 6、 根据权利要求1所述的多模式多频段移动通信终端,其特征在于:所述同步调制解调器的低功率模式表示:虽然所述同步调制解调器通电,但是,信息的发送和接收暂停,并且所述同步调制解调器的CPU停止工作。 6, the 1 multi-mode multi-band mobile communication terminal as claimed in claim, wherein: the synchronous modem indicates a low power mode: While the synchronous modem is energized, however, the suspension information transmission and reception, and the the CPU synchronous modem stopped working.
  7. 7、 一种在异步移动通信系统和同歩移动通信系统之间进行多模式多频段切换的方法,其中,多模式多频段移动通信终端可与该异步移动通信系统和同步移动通信系统进行通信,并包括异步调制解调器和同步调制解调器,其中,在所述异步移动通信系统和所述同步移动通信系统之间存在着预定大小的切换小区,所述方法包括: 第一步,确定切换条件;以及第二步,如果在第一步中确定了切换条件,则使移动通信终端的所述同步通信网络工作,并转换到低功率模式,即待命模式;其中,通过处于所述待命模式的所述同步调制解调器,所述切换方法根据来自所述异步移动通信系统的切换触发,执行向所述同步移动通信系统的切换。 7. A method for multi-band multi-mode switching between the asynchronous mobile communication system and a mobile communication system with ho, wherein the multi-mode multi-band mobile communication terminal can communicate with the asynchronous mobile communication system and a synchronous mobile communication system, and including an asynchronous modem and the synchronous modem, wherein between the asynchronous mobile communication system and the synchronous mobile communication system including a switching cell of a predetermined size, the method comprising: a first step of determining a switching condition; and a second step, if the switching condition is determined in the first step, then the synchronous communication network, the operation of the mobile communication terminal, and converting to a low power mode, i.e., a standby mode; wherein, in said standby mode through the synchronous modem the handover method according to the handover from the asynchronous mobile communication system is triggered to perform a handover to the synchronous mobile communication system.
  8. 8、 根据权利要求7所述的在异步移动通信系统和同步移动通信系统之间进行多模式多频段切换的方法,其中,所述第一步的特征在于:如果所述异步调制解调器向所述异步移动通信系统发送了用于建立呼叫的信号或者从所述异步移动通信系统接收到了用于建立呼叫的信号,它就确定满足了切换条件,并请求使所述同步调制解调器工作。 8. The method of claim multi-band multi-mode switching between the asynchronous mobile communication system and a synchronous mobile communication system according to claim 7, wherein said first step is characterized in that: if said asynchronous to the asynchronous modem the mobile communication system for transmitting or receiving a call setup signal from the asynchronous mobile communication system to a signal for establishing a call, it determines a switching condition is satisfied, and requests the synchronous modem work.
  9. 9、 根据权利要求8所述的在异步移动通信系统和同步移动通信系统之间进行多模式多频段切换的方法,其特征在于:在使所述同步调制解调器工作并执行所述切换后,所述同步调制解调器向所述同步移动通信系统发送信号和从所述同步系统接收信号,并维持呼叫建立状态。 9. The method of multi-band multi-mode handover between an asynchronous mobile communication system and the synchronous mobile communication system according to claim 8, wherein: in the work, and the synchronous modem after the handover execution, the and a synchronous modem transmission signal received from the synchronizing system signal to the synchronous mobile communication system, and to maintain a call setup state.
  10. 10、 根据权利要求7所述的在异步移动通信系统和同步移动通信系统之间进行多模式多频段切换的方法,其中,所述第一步的特征在于:如果所述多模式多频段移动通信终端进入切换小区,即异步移动通信系统区域和同步移动通信系统区域的边界区域,则所述异步调制解调器自动请求使所述同步调制解调器工作。 10, a method of multi-band multi-mode switching between the asynchronous mobile communication system and a synchronous mobile communication system according to claim 7, wherein said first step is characterized in that: if the multi-mode multi-band mobile communication switching the terminal into the cell, i.e., the asynchronous mobile communication system area and a synchronous mobile communication system area boundary area, the asynchronous modem then automatically requesting the synchronous modem work.
  11. 11、 根据权利要求io所述的在异步移动通信系统和同步移动通信系统之间进行多模式多频段切换的方法,其特征在于:在使所述同步调制解调器工作并执行所述切换后,所述同步调制解调器维持空闲状态。 11. The method of claim io multi-band multi-mode switching between the asynchronous mobile communication system and a synchronous mobile communication system, wherein: the synchronous modem based in performing the handover and after the maintaining an idle state synchronous modem.
  12. 12、 根据权利要求11所述的在异步移动通信系统和同步移动通信系统之间进行多模式多频段切换的方法,其特征在于:所述同步调制解调器的低功率模式表示:虽然所述同步调制解调器通电,但是,信息的发送和接收暂停,并且所述同步调制解调器的CPU停止工作。 12. The method of multi-band multi-mode handover between an asynchronous mobile communication system and the synchronous mobile communication system as claimed in claim 11, wherein: said low power mode synchronous modem expressed: while energizing the synchronous modem However, suspension information transmission and reception, and the synchronous modem CPU stops.
  13. 13、 一种在异步移动通信系统和同步移动通信系统之间进行多模式多频段切换的方法,其中,多模式多频段移动通信终端能够跟该异步移动通信系统和同步移动通信系统进行通信,并包括异步调制解调器和同步调制解调器,其中,在所述异步移动通信系统和所述同步移动通信系统之间存在着预定大小的切换小区,所述方法包括以下步骤:当所述多模式多频段移动通信终端从所述异步移动通信系统向所述同步移动通信系统切换时,从所述异步移动通信系统传送由所述多模式多频段移动通信终端的异步调制解调器接收的初始功率值,其中,所述同步移动通信系统包括以下步骤-接收来自所述移动通信终端的连接请求信号,并向所述移动通信终端传送所述连接请求信号所对应的响应,其中,所述连接请求信号是以所述移动通信终端的初始发射功率值传送的 13. A method of multi-band multi-mode switching between the asynchronous mobile communication system and a synchronous mobile communication system, wherein the multi-mode multi-band mobile communication terminal capable of communicating with the asynchronous mobile communication system and a synchronous mobile communication system, and including an asynchronous modem and the synchronous modem, wherein between the asynchronous mobile communication system and the synchronous mobile communication system including a switching cell of a predetermined size, said method comprising the steps of: when the multi-mode multi-band mobile communication terminal from the asynchronous mobile communication system when the handover to the synchronous mobile communication system, the initial transmit power value obtained by the multi-mode multi-band asynchronous modem of the mobile communication terminal received from the asynchronous mobile communication system, wherein the synchronous mobile the communication system comprises the steps of - receiving from said mobile communication terminal connection request signal to the mobile communication terminal transmits a response signal corresponding to the connection request, wherein the request signal is connected to the mobile communication terminal the initial value of the transmission power transmitted ,而所述移动通信终端的初始发射功率值是基于所述初始功率值计算出来的;以及在所述同步移动通信系统和所述移动通信终端之间发送和接收业务流;其中,由所述移动通信终端计算出来的所述初始发射功率值的计算方法为:将所述初始功率值减去所述同步调制解调器的平均接收值,然后,再加上偏移功率;所述同步调制解调器的平均接收功率值是从基站收发台发送并且在所述同步调制解调器处接收的功率值的平均值,并且,所述初始功率值取决于所述异步移动通信系统向所述移动通信终端输出的功率值的平均值;以及通过所述偏移功率校正所述初始发射功率值。 , While the mobile communication terminal initial transmission power value based on the initial power value is calculated; and transmitting and receiving between the synchronous mobile communication system and the mobile communication terminal traffic stream; wherein, by the the method of calculating the initial power value calculated by the mobile communication terminal to transmit: the initial power value by subtracting the average reception value of the synchronous modem, and then, together with the power offset; average received the synchronous modem power value is transmitted from the base transceiver station and the average value of the received power value at the synchronous modem, and the initial power value depends on the average power value output from the asynchronous mobile communication system to the mobile communication terminal value; and correcting the initial transmission power value by the offset power.
  14. 14、根据权利要求13所述的在异步移动通信系统和同步移动通信系统之间进行多模式多频段切换的方法,其特征在于:在所述移动通信终端进行切换时,将所述初始功率值连同从所述异步移动通信系统发送的切换请求消息一起传输到所述移动通信终 14. The method of multi-band multi-mode handover between an asynchronous mobile communication system and the synchronous mobile communication system according to claim 13, wherein: when the mobile communication terminal is switched, and the initial power value transmitted along with the handover transmitted from the asynchronous mobile communication system, the request message to the mobile communication terminal
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