JPH0575528A - Incoming control system and its mobile station for mobile object communication system - Google Patents
Incoming control system and its mobile station for mobile object communication systemInfo
- Publication number
- JPH0575528A JPH0575528A JP3236506A JP23650691A JPH0575528A JP H0575528 A JPH0575528 A JP H0575528A JP 3236506 A JP3236506 A JP 3236506A JP 23650691 A JP23650691 A JP 23650691A JP H0575528 A JPH0575528 A JP H0575528A
- Authority
- JP
- Japan
- Prior art keywords
- mobile station
- station
- incoming
- mobile
- incoming call
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Granted
Links
Classifications
-
- Y—GENERAL 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
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02D—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN INFORMATION AND COMMUNICATION TECHNOLOGIES [ICT], I.E. INFORMATION AND COMMUNICATION TECHNOLOGIES AIMING AT THE REDUCTION OF THEIR OWN ENERGY USE
- Y02D30/00—Reducing energy consumption in communication networks
- Y02D30/70—Reducing energy consumption in communication networks in wireless communication networks
Abstract
Description
【０００１】[0001]
【産業上の利用分野】本発明は、移動通信の移動体通信
システムの移動局着信制御に利用する。本発明は移動局
のバッテリセービング動作に関する。本発明はバッテリ
セービングのための間欠比の変更に関する。本発明は送
受信装置を備えた移動局または受信装置のみを備えた移
動局（選択呼出受信機）に利用できる。BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention is used for mobile station incoming control of a mobile communication system for mobile communication. The present invention relates to a battery saving operation of a mobile station. The present invention relates to changing an intermittent ratio for battery saving. INDUSTRIAL APPLICABILITY The present invention can be applied to a mobile station equipped with a transmitter / receiver or a mobile station equipped with only a receiver (selective call receiver).
【０００２】[0002]
【従来の技術】図４は従来例の移動体通信システムの着
信制御方式の着信制御チャネルの信号のフレームフォー
マットおよび移動局の受信動作タイミングを示す図であ
る。2. Description of the Related Art FIG. 4 is a diagram showing a frame format of a signal of an incoming control channel of an incoming call control system of a conventional mobile communication system and a receiving operation timing of a mobile station.
【０００３】基地局は複数の移動局に対して着信情報を
スロット化された一斉呼出し形式の着信制御チャネル
（ＰＣＨ）で送信する。移動局は待受時において着信制
御チャネルを受信し、着信の有無を知る。このときに移
動局では消費電力の逓減化によるバッテリセービングを
目的に着信制御チャネルの間欠受信を行う。間欠受信
は、移動局を群分けし、基地局は着信制御チャネルに対
して着信情報を群ごとのスロットで送信し、移動局は自
群の着信情報が送信されているスロットのみ受信する方
式である。The base station transmits incoming call information to a plurality of mobile stations through a slotted paging-type incoming call control channel (PCH). The mobile station receives the incoming call control channel during standby and knows whether there is an incoming call. At this time, the mobile station performs the intermittent reception of the incoming control channel for the purpose of saving the battery by reducing the power consumption. Discontinuous reception is a method in which mobile stations are divided into groups, the base station transmits incoming call information to the incoming call control channel in slots for each group, and the mobile station receives only the slots in which the incoming call information of its own group is transmitted. is there.
【０００４】連続受信方式の受信動作時間ＴA に対する
間欠受信方式の受信動作時間ＴB の比ＴB ／ＴA を間欠
比と称する。The ratio T B / T A of the reception operation time T B of the intermittent reception system to the reception operation time T A of the continuous reception system is called an intermittent ratio.
【０００５】図４において、５０1 〜５０8 は１〜８群
の着信情報を示している。図４に示すように、着信制御
チャネルはスロット化されており、８群ある着信情報を
繰返し送信している。移動局は自分の属する群の情報が
送信されているスロットのみ受信状態となる。図４は５
群に属する移動局の受信動作タイミングを示しておりり
間欠比は１／８である。これより間欠受信方式は連続受
信方式に比べて、受信動作時間が短く、低消費電力とす
ることができる。In FIG. 4, reference numerals 50 1 to 50 8 indicate incoming call information for groups 1 to 8 . As shown in FIG. 4, the incoming control channel is slotted, and incoming information of eight groups is repeatedly transmitted. The mobile station is in the receiving state only in the slot in which the information of the group to which the mobile station belongs is transmitted. 5 in FIG.
The reception intermittent timing of the mobile stations belonging to the group is shown, and the intermittence ratio is 1/8. As a result, the intermittent reception method has a shorter reception operation time and lower power consumption than the continuous reception method.
【０００６】間欠比により移動局の着信接続遅延と消費
電力とは大きく影響を受け、また、着信接続遅延と消費
電力とはトレードオフの関係にある。間欠比を小さくす
るほど消費電力が減少し移動局の待受可能時間を長時間
化できるが、着信接続遅延が長くなる。逆に、間欠比を
大きくするほど消費電力が増大し待受可能時間が短くな
るが、着信接続遅延は短くなる。The intermittence ratio greatly affects the incoming call connection delay and power consumption of the mobile station, and the incoming call connection delay and power consumption are in a trade-off relationship. The smaller the intermittent ratio, the lower the power consumption and the longer the standby time of the mobile station, but the longer the incoming connection delay. Conversely, as the intermittent ratio increases, the power consumption increases and the standby time becomes shorter, but the incoming connection delay becomes shorter.
【０００７】ここでユーザの中には、着信接続遅延より
待受可能時間の長期化を重視するユーザと、待受可能時
間の長期化より着信接続の即時化を重視するユーザとが
混在するものと考えられる。また、１人のユーザにおい
てもときにより、待受可能時間の長期化を重視するとき
と、着信接続の即時化を重視するときとがあることが考
えられる。[0007] Here, among the users, there are a mixture of a user who attaches importance to prolonging the standby time rather than a delay of incoming connection and a user who attaches importance to immediate incoming connection rather than prolonging the standby time. it is conceivable that. Also, it may be considered that one user sometimes attaches importance to prolonging the standby time and places importance on immediacy of incoming connection.
【０００８】[0008]
【発明が解決しようとする課題】しかし、このような従
来例の移動体通信システムの着信制御方式および移動局
では、間欠比が固定であるために、待受可能時間の長期
化を重視するユーザと、着信接続の即時化を重視するユ
ーザとの両者に対して同時に満足の行くサービスを提供
することができず、また、一人のユーザに対しても、待
受可能時間の長期化を重視するときと、着信接続の即時
化を重視するときとの両方を満足するサービスを提供す
ることができない欠点があった。However, in such an incoming call control system and a mobile station of the conventional mobile communication system, since the intermittent ratio is fixed, the user who attaches importance to prolonging the standby time. It is not possible to provide a satisfactory service to both the user and the user who attach importance to immediate incoming connection at the same time, and attach importance to prolonging the standby time to one user. However, there is a drawback in that it is not possible to provide a service that satisfies both the situation and the case where importance is placed on the immediacy of the incoming connection.
【０００９】本発明は上記の欠点を解決するもので、ユ
ーザが希望する移動局の待受可能時間または着信接続遅
延時間を選択できる移動体通信システムの着信制御方式
および移動局を提供することを目的とする。The present invention solves the above-mentioned drawbacks, and provides a call control method and a mobile station of a mobile communication system in which a user can select a standby time or a call connection delay time of a mobile station desired by the user. To aim.
【００１０】[0010]
【課題を解決するための手段】本発明の第一は制御方式
であって、交換局に接続された制御局の配下の一斉呼出
エリア内に配置された１以上の基地局と、この基地局と
通信を行う１以上の移動局とを備え、上記移動局は、群
分けされ、上記基地局は上記制御局からの着信信号に基
づき一斉呼出形式の着信制御チャネルの群分けされたス
ロットを介して着信情報を送出する手段を含み、上記移
動局は、上記送出された着信制御チャネルの自群の着信
情報を含むスロットに同期させて間欠的に受信する手段
を含む移動体通信システムの着信制御方式において、上
記基地局には上記着信情報を含むスロットの送信間隔を
変更する手段を含み、この変更する手段を制御する手段
を備えたことを特徴とする。A first aspect of the present invention is a control system, which comprises one or more base stations arranged in a paging area under the control of a control station connected to a switching center, and the base station. One or more mobile stations that communicate with the mobile stations, the mobile stations being grouped, and the base station via the grouped slots of a paging-type incoming control channel based on an incoming signal from the control station. Means for transmitting incoming call information to the mobile station, and the mobile station includes means for intermittently receiving the incoming call control channel in synchronization with a slot containing the incoming call information of its own group. In the method, the base station includes means for changing a transmission interval of a slot containing the incoming information, and means for controlling the changing means.
【００１１】また、本発明は、上記制御する手段に無線
回線を介してアクセスし、その制御する手段に上記送信
間隔の変更を指示する手段を含むことができる。The present invention can also include means for accessing the control means via a wireless line and instructing the control means to change the transmission interval.
【００１２】さらに、本発明の第二は移動局のハードウ
ェア構成であって、基地局と無線周波信号の送受信を行
う送受信手段と、上記基地局からの着信制御チャネルの
自群の着信情報を含むスロットを間欠的に受信する制御
を行う移動局制御回路とを備えた移動体通信システムの
移動局において、上記移動局制御回路に対して間欠比を
指定するマンマシンインタフェースを備え、上記移動局
制御回路は上記指定された間欠比に基づき上記送受信手
段を介して間欠比の変更情報を上記基地局に送信させる
手段を含むことを特徴とする。A second aspect of the present invention is a hardware configuration of a mobile station, which includes transmitting / receiving means for transmitting / receiving a radio frequency signal to / from a base station, and incoming information of its own group of incoming control channels from the base station. In a mobile station of a mobile communication system including a mobile station control circuit that performs control of intermittently receiving slots including the man-machine interface for designating an intermittent ratio for the mobile station control circuit, the mobile station The control circuit is characterized by including means for transmitting the change information of the intermittent ratio to the base station via the transmitting / receiving means based on the specified intermittent ratio.
【００１３】[0013]
【作用】基地局は制御する手段の制御により着信情報を
含むスロットの送信間隔を変更することができる。ユー
ザは無線回線を介して制御する手段にアクセスし着信情
報を含むスロットの送信間隔を変更することかできる。
また、電話回線を介してでも変更することができる。The base station can change the transmission interval of the slot containing the incoming information by controlling the control means. The user can access the control means via the wireless line and change the transmission interval of the slot containing the incoming call information.
It can also be changed via the telephone line.
【００１４】以上によりユーザが希望する移動局の待受
可能時間または着信接続遅延時間を選択できる。As described above, the standby time or the incoming connection delay time of the mobile station desired by the user can be selected.
【００１５】[0015]
【実施例】本発明の実施例について図面を参照して説明
する。図１は本発明一実施例移動体通信システムの着信
制御方式の移動通信網のブロック構成図である。図２は
本発明の移動体通信システムの移動局のブロック構成図
である。Embodiments of the present invention will be described with reference to the drawings. FIG. 1 is a block diagram of a mobile communication network of an incoming call control system of a mobile communication system according to an embodiment of the present invention. FIG. 2 is a block configuration diagram of a mobile station of the mobile communication system of the present invention.
【００１６】図１および図２において、移動体通信シス
テムの着信制御方式は、一般電話網または他の移動通信
網に接続された交換局４５と、交換局４５に接続された
制御局４３と、交換局４５および制御局４３に接続され
たホームメモリ４６と、制御局４３の配下の一斉呼出エ
リア４４内にありそれぞれ無線セル４２をカバーする１
以上の基地局４１と、基地局４１と通信を行う移動局を
含む１以上の移動局４０とを備え、移動局４０は、群分
けされ、基地局４１は制御局４３からの着信信号に基づ
き一斉呼出形式の着信制御チャネルの群分けされたスロ
ットを介して着信情報を送出する手段を含み、移動局４
０は上記送出された着信制御チャネルの自群の着信情報
を含むスロットに同期させて間欠的に受信する手段を含
む。In FIG. 1 and FIG. 2, the incoming call control system of the mobile communication system is a switching center 45 connected to a general telephone network or another mobile communication network, and a control station 43 connected to the switching center 45. A home memory 46 connected to the switching center 45 and the control station 43 and a paging area 44 under the control station 43, each of which covers the wireless cell 42.
The mobile station 40 includes the above-described base station 41 and one or more mobile stations 40 including mobile stations that communicate with the base station 41. The mobile stations 40 are grouped, and the base station 41 is based on an incoming signal from the control station 43. The mobile station 4 includes means for transmitting incoming call information through the grouped slots of the paging control incoming call control channel.
0 includes means for receiving intermittently in synchronization with the slot containing the incoming information of the own group of the outgoing incoming control channel.
【００１７】ここで本発明の特徴とするところは、基地
局４１には上記着信情報を含むスロットの送信間隔を変
更する手段を含み、この変更する手段を制御する手段を
備えこの変更する手段は交換局４５、制御局４３および
ホームメモリ４６に含まれることを特徴とする。The feature of the present invention is that the base station 41 includes means for changing the transmission interval of the slot containing the incoming information, and means for controlling the changing means is provided. It is characterized in that it is included in the switching center 45, the control center 43 and the home memory 46.
【００１８】また、移動局４０には、上記制御する手段
に無線回線を介してアクセスし、その制御する手段に上
記送信間隔の変更を指示する手段を含む。The mobile station 40 also includes means for accessing the control means via a wireless line and instructing the control means to change the transmission interval.
【００１９】さらに、移動体通信システムの移動局は、
基地局４１と無線周波信号の送受信を行う送受信手段と
してアンテナ１１、送受分配器１２、送信部１３および
受信部１４と、基地局４１からの着信制御チャネルの自
群の着信情報を含むスロットを間欠的に受信する制御を
行う移動局制御回路１５とを備える。ここで本発明の特
徴とするところは、移動局制御回路１５に対して間欠比
を指定するマンマシンインタフェースとしてモード切替
スイッチ１６を備え、移動局制御回路１５は上記指定さ
れた間欠比に基づき送信部１３を介して間欠比の変更情
報を基地局４１に送信させる手段を含むことにある。Further, the mobile station of the mobile communication system is
An antenna 11, a transmitter / receiver / divider 12, a transmitter 13 and a receiver 14 as transmitting / receiving means for transmitting / receiving a radio frequency signal to / from the base station 41, and a slot containing the incoming call information of its own group of the incoming call control channel from the base station 41 are intermittent. And a mobile station control circuit 15 for controlling the reception of the information. Here, the feature of the present invention is that the mobile station control circuit 15 is provided with a mode changeover switch 16 as a man-machine interface for designating the intermittent ratio, and the mobile station control circuit 15 transmits on the basis of the designated intermittent ratio. This is to include means for transmitting the change information of the intermittent ratio to the base station 41 via the unit 13.
【００２０】このような構成の移動体通信システムの着
信制御方式および移動局の動作について説明する。図３
は本発明の移動体通信システムの着信制御方式の着信制
御チャネルの信号のフレームフォーマットおよび移動局
の受信動作タイミングを示す図である。An incoming call control method of the mobile communication system having such a configuration and an operation of the mobile station will be described. Figure 3
FIG. 3 is a diagram showing a frame format of a signal of an incoming control channel of an incoming call control system of a mobile communication system of the present invention and a reception operation timing of a mobile station.
【００２１】図１および図２において、間欠受信のモー
ドは、着信接続の即時化を重視したモード１（１／９）
と、着信接続の即時化と待受可能時間の長期化とを同等
に考慮したモード２（１／１８）と、待受可能時間の長
期化を重視したモード３（１／３６）との３種類に分け
られている。In FIG. 1 and FIG. 2, the intermittent reception mode is the mode 1 (1/9) which emphasizes the immediacy of incoming connection.
And Mode 2 (1/18), which considers the immediacy of incoming connection and the extension of the standby time, and the Mode 3 (1/36), which emphasizes the extension of the standby time. It is divided into types.
【００２２】各移動局４０には呼出す移動局を識別する
ための移動局番号が付加されており、移動局制御回路１
５はこの移動局番号を記憶している。１〜８群に分かれ
ている移動局の群分けは、移動局番号をＮ、属する群番
号をＧとしたときに、次式に従う。A mobile station number for identifying the mobile station to be called is added to each mobile station 40, and the mobile station control circuit 1
5 stores this mobile station number. The grouping of mobile stations divided into groups 1 to 8 follows the following equation, where N is the mobile station number and G is the group number to which the mobile station belongs.
【００２３】 Ｇ＝（Ｎｍｏｄ８）＋１．．．．．（１） ただし、ｍｏｄ：剰余演算 移動局４０は式（１）に従った群番号を移動局制御回路
１５に記憶している。G = (Nmod8) +1. ． ． ． ． (1) However, mod: remainder calculation The mobile station 40 stores the group number according to the equation (1) in the mobile station control circuit 15.
【００２４】移動局４０の各モードにおける、待受時の
着信制御チャネルの受信スロットについて説明する。図
３は着信制御チャネルのフレームフォーマットおよび移
動局番号が３２ｎ＋４（ｎ＝１、２、３、…）である移
動局４０の各モードにおける受信動作タイミングであ
る。着信制御チャネルはハイパフレーム３０の繰返しで
構成され、ハイパフレーム３０は第一スーパフレーム３
１1 〜第四スーパフレーム３１4 で構成される。第一ス
ーパフレーム３１1 〜第四スーパフレーム３１4 はスー
パフレーム共通情報３３1 〜３３4 と１〜８群の着信情
報３２1 〜３２8 の９スロットで構成される。スーパフ
レーム情報３３1〜３３4 には、スーパフレーム番号情
報が含まれており、移動局４０はモード切替時などにお
いて、スーパフレーム共通情報３３1 〜３３4 を受信す
ることにより、間欠受信タイミングを確立する。The receiving slot of the incoming control channel during standby in each mode of the mobile station 40 will be described. FIG. 3 shows the reception operation timing in each mode of the mobile station 40 in which the frame format of the incoming control channel and the mobile station number are 32n + 4 (n = 1, 2, 3, ...). The incoming control channel is formed by repeating the hyperframe 30, and the hyperframe 30 is the first superframe 3
1 1 to the fourth super frame 31 4 . The first superframe 31 1 to the fourth superframe 31 4 are composed of 9 slots of superframe common information 33 1 to 33 4 and incoming call information 32 1 to 32 8 of groups 1 to 8 . The superframe information 33 to 333 4, includes a super-frame number information, the mobile station 40 in the example, when the mode switching by receiving a superframe common information 33 to 333 4, the intermittent reception timing Establish.
【００２５】移動局４０のモード切替スイッチ１６がユ
ーザによりモード１に指定されている場合には、移動局
４０は全ての第一スーパフレーム３１1 〜第四スーパフ
レーム３１4 において自局が属する群の着信情報スロッ
トのみを受信する。これにより１スーパフレームが９ス
ロットで構成されていることから、モード１における間
欠比は１／９となる。When the mode changeover switch 16 of the mobile station 40 is designated to the mode 1 by the user, the mobile station 40 belongs to the group to which the mobile station 40 belongs in all the first superframes 31 1 to the fourth superframes 31 4 . Receive only the incoming information slot of. As a result, since one superframe is composed of 9 slots, the intermittent ratio in mode 1 is 1/9.
【００２６】移動局４０のモード切替スイッチ１６がユ
ーザによりモード２に指定されている場合には、次式で
導かれる数値Ｍ2 によりこの移動局４０の受信スロット
は決まる。When the mode changeover switch 16 of the mobile station 40 is designated as mode 2 by the user, the receiving slot of the mobile station 40 is determined by the numerical value M 2 derived by the following equation.
【００２７】 Ｍ2 ＝ＩＮＴ（Ｎ／８）ｍｏｄ２ ．．．．．（２） ただし、ＩＮＴ（ ）：切捨て演算 数値Ｍ2 が「０」である移動局４０は第一スーパフレー
ム３１1および第三スーパフレーム３１3 内の自局が属
する着信情報スロットを受信し、数値Ｍ2 が「１」であ
る移動局は第二スーパフレーム３１2 および第四スーパ
フレーム３１4 の自局が属する群の着信情報スロットを
受信する。これにより、モード２における間欠比は１／
１８となる。M 2 = INT (N / 8) mod2. ． ． ． ． (2) However, INT (): rounding down calculation The mobile station 40 whose numerical value M 2 is “0” receives the incoming information slot to which its own station in the first superframe 31 1 and the third superframe 31 3 belongs, The mobile station whose numerical value M 2 is “1” receives the incoming information slot of the group to which the own station belongs in the second superframe 31 2 and the fourth superframe 31 4 . As a result, the intermittent ratio in mode 2 is 1 /
It will be 18.
【００２８】移動局４０のモード切替スイッチ１６がユ
ーザによりモード３に指定されている場合には、次式で
導かれる数値Ｍ3 によりこの移動局４０の受信スロット
は決まる。When the mode changeover switch 16 of the mobile station 40 is designated as mode 3 by the user, the receiving slot of the mobile station 40 is determined by the numerical value M 3 derived by the following equation.
【００２９】 Ｍ3 ＝ＩＮＴ（Ｎ／８）ｍｏｄ４．．．．．．（３） 数値Ｍ3 が「０」である移動局４０は第一スーパフレー
ム３１1内の自局が属する群の着信情報スロットのみ受
信する。同様に数値Ｍ3が「１」、「２」、「３」であ
る移動局４０はそれぞれ第二スーパフレーム３１2 〜第
四スーパフレーム内の自局が属する群の着信情報スロッ
トのみを受信する。これによりモード３における間欠比
は１／３６となる。M 3 = INT (N / 8) mod4. ． ． ． ． ． (3) The mobile station 40 whose numerical value M 3 is “0” receives only the incoming call information slot of the group to which the own station belongs in the first superframe 31 1 . Similarly numeric M 3 is "1", "2", "3" a mobile station 40 is to receive only the incoming call information slot group own station belongs in the second superframe 312 to fourth super frame, respectively .. As a result, the intermittent ratio in mode 3 becomes 1/36.
【００３０】以上の方法で決定される着信情報スロット
を各移動局４０は移動局制御回路１５に記憶している。
また、基地局４１は着信信号が上位局から到着した際
に、呼出す移動局４０の移動局番号とモード設定状況を
調べ、上記方法に従ってこの移動局４０が受信している
スロットを判別し、このスロットに着信情報を挿入する
手段を備えている。Each mobile station 40 stores the incoming information slot determined by the above method in the mobile station control circuit 15.
When the incoming signal arrives from the upper station, the base station 41 checks the mobile station number of the mobile station 40 to be called and the mode setting status, determines the slot received by the mobile station 40 according to the above method, A means for inserting incoming call information into the slot is provided.
【００３１】次に、移動局４０のモードをユーザが変更
した場合のモード設定変更動作について説明する。ユー
ザが移動局４０のモードをモード切替スイッチ１６によ
り変更した時点で、移動局４０の移動局制御回路１５は
モードの変更と新たに設定されたモードとを検出し、送
信部１３にモード設定変更信号を基地局４１に対して送
信させる。このモード設定変更信号には自局の移動局番
号と新たに設定されたモードのモード識別番号が含まれ
る。Next, the mode setting change operation when the user changes the mode of the mobile station 40 will be described. At the time when the user changes the mode of the mobile station 40 with the mode change switch 16, the mobile station control circuit 15 of the mobile station 40 detects the mode change and the newly set mode, and changes the mode setting to the transmission unit 13. The signal is transmitted to the base station 41. This mode setting change signal includes the mobile station number of the own station and the mode identification number of the newly set mode.
【００３２】このモード設定変更信号を受信した基地局
４１は、このモード設定識別番号に含まれている移動局
番号からこの移動局４０のモード設定が変更されたこと
を検知し、制御局４３を通じてホームメモリ４６のこの
移動局４０の個別データにアクセスして、このデータの
中のモード設定情報をこのモード設定変更信号に含まれ
るモード識別番号で示されるモードに変更する。The base station 41 which has received the mode setting change signal detects that the mode setting of the mobile station 40 has been changed from the mobile station number included in the mode setting identification number, and through the control station 43. By accessing the individual data of the mobile station 40 in the home memory 46, the mode setting information in this data is changed to the mode indicated by the mode identification number included in the mode setting change signal.
【００３３】基地局４１は、ホームメモリ４６において
モード設定情報の変更が完了したことを確認すると、移
動局４０に対してモード設定変更完了信号を送信する。
このモード設定変更完了信号には、この移動局４０の移
動局番号とモード設定変更完了を示す符号が含まれてい
る。Upon confirming that the change of the mode setting information is completed in the home memory 46, the base station 41 transmits a mode setting change completion signal to the mobile station 40.
The mode setting change completion signal includes the mobile station number of the mobile station 40 and a code indicating the mode setting change completion.
【００３４】このモード設定変更完了信号を受信し、こ
の信号に含まれる移動局番号が自局の移動局番号と等し
いと判別した移動局４０は、ホームメモリ４６において
自局のモード設定変更が完了したことを検知する。そし
て移動局制御回路１５で記憶している新たなモードにお
ける受信すべきスーパフレームが着信制御チャネル内の
どの部分であるかをスーパフレーム共通情報３３1 〜３
３4 内のスーパフレーム番号をしらべることにより判断
し、以後このスーパフレーム内の自局が属する群の着信
情報部分のみの受信をハイパフレーム周期で繰返し、新
たな受信タイミングに移行する。When the mobile station 40 receives the mode setting change completion signal and determines that the mobile station number included in the signal is equal to the mobile station number of the mobile station 40, the home station 46 completes the mode setting change of the mobile station 40. Detect that you have done. The superframe which part is either in the superframe to be received incoming control channel in the new mode is stored in the mobile station control circuit 15 common information 33 1-3
3 is determined by examining the super frame number 4, repeat the reception of only the incoming information part subsequent group own station belongs in the superframe at the hyperframe period and shifts to a new reception timing.
【００３５】以上のモード設定変更手続きにより移動局
４０はモード設定の変更を行い間欠比の異なる待受状態
に移行する。By the above-mentioned mode setting change procedure, the mobile station 40 changes the mode setting and shifts to the standby state in which the intermittent ratio is different.
【００３６】次に移動局４０への着信制御方法について
説明する。着信先の移動局４０の移動局番号を含む着信
信号が他の移動通信網または一般電話網から交換局４５
に到着すると、交換局４５はホームメモリ４６にアクセ
スし、この移動局４０の個別データからこの移動局４０
の在圈一斉呼出エリアを判別し、さらにこの移動局４０
のモード設定情報を調べ、この一斉呼出エリア４４を配
下におく制御局４３に対してこのモード設定情報を付加
した着信信号を送出する。Next, a method of controlling an incoming call to the mobile station 40 will be described. An incoming signal including the mobile station number of the destination mobile station 40 is transmitted from another mobile communication network or a general telephone network to the switching center 45.
When arriving at, the switching center 45 accesses the home memory 46, and from the individual data of this mobile station 40,
Of the general calling area of the mobile station 40
The mode setting information is checked, and an incoming signal added with the mode setting information is sent to the control station 43 under the paging area 44.
【００３７】この着信信号が到着した制御局４３は配下
にある全ての基地局４１に対してこの着信信号を送出す
る。Upon receipt of this incoming signal, the control station 43 sends this incoming signal to all the base stations 41 under its control.
【００３８】各基地局４１は到着したこの着信信号の移
動局番号とモード設定情報とに基づき着信先の移動局４
０の着信制御チャネルの着信情報スロットを上記に示し
た方法により判別し、判別した着信情報スロットに着信
情報を挿入して無線チャネルで自無線セル４２の移動局
４０に報知する。着信先の移動局４０はすでに同一の着
信制御チャネルの着信情報スロットを受信しているこめ
にこの着信情報を受信可能である。この着信情報を受信
した着信先の移動局４０は情報内に含まれる移動局番号
を調べ、自局のものと同一であれば自局への着信である
ことを知る。その後に着信先の移動局４０は在圈無線セ
ルを配下にもつ基地局４１とポイントツーポイントで通
信し、着信接続を行う。Each base station 41 receives the incoming mobile station 4 based on the mobile station number and the mode setting information of the incoming signal.
The incoming call information slot of the incoming call control channel of 0 is determined by the method described above, the incoming call information is inserted into the determined incoming call information slot, and the mobile station 40 of the own wireless cell 42 is notified by the wireless channel. The destination mobile station 40 can already receive the incoming call information slot of the same incoming call control channel and can receive this incoming call information. The mobile station 40, which has received the incoming call information, checks the mobile station number included in the information, and if it is the same as that of the own station, it knows that the incoming call is to the own station. After that, the destination mobile station 40 communicates point-to-point with the base station 41 having the existing wireless cell as a subordinate, and performs the incoming connection.
【００３９】以上に述べた着信制御方法によりユーザは
間欠比を変更して、希望する移動局の待受可能時間また
は着信接続遅延時間を３種類のモードから選択できる。By the incoming call control method described above, the user can change the intermittence ratio and select the standby time or incoming call connection delay time of the desired mobile station from three types of modes.
【００４０】本実施例では着信制御チャネルのフレーム
フォーマットを図３に示すフレームフォーマットとした
がハイパフレーム中の群分け数は８群でなくてもよい。
また、ハイパフレーム中のスーパフレーム数を多くすれ
ば、ユーザの設定可能なモードの種類を増やすことがで
き、多様な間欠比を選択できる。In this embodiment, the frame format of the incoming control channel is the frame format shown in FIG. 3, but the number of groups in the hyperframe may not be eight.
Also, if the number of superframes in the hyperframe is increased, the number of types of modes that can be set by the user can be increased, and various intermittent ratios can be selected.
【００４１】[0041]
【発明の効果】以上説明したように、本発明は、ユーザ
が希望する移動局の待受可能時間または着信接続遅延時
間を選択できる優れた効果がある。ユーザはトラフィッ
クに応じて間欠比を選択し、この間欠比の選択により料
金を違える契約を設定できる。As described above, the present invention has an excellent effect that the user can select the standby time or the incoming connection delay time of the mobile station desired. The user can select an intermittent ratio according to the traffic and can set a contract with different charges by selecting the intermittent ratio.
【図１】本発明一実施例移動体通信システムの着信制御
方式のブロック構成図。FIG. 1 is a block configuration diagram of an incoming call control system of a mobile communication system according to an embodiment of the present invention.
【図２】本発明の移動体通信システムの移動局のブロッ
ク構成図。FIG. 2 is a block configuration diagram of a mobile station of the mobile communication system of the present invention.
【図３】本発明の移動体通信システムの着信制御方式の
着信制御チャネルの信号のフレームフォーマットおよび
移動局の受信動作タイミングを示す図。FIG. 3 is a diagram showing a frame format of a signal of an incoming control channel of an incoming call control system of a mobile communication system of the present invention and a reception operation timing of a mobile station.
【図４】従来例の移動体通信システムの着信制御方式の
着信制御チャネルの信号のフレームフォーマットおよび
移動局の受信動作タイミングを示す図。FIG. 4 is a diagram showing a frame format of a signal of an incoming call control channel of an incoming call control system of a mobile communication system of a conventional example and a receiving operation timing of a mobile station.
１１ アンテナ １２ 送受分配器 １３ 送信部 １４ 受信部 １５ 移動局制御回路 １６ モード切替スイッチ ３０ ハイパフレーム ３１1 第一スーパフレーム ３１2 第二スーパフレーム ３１3 第三スーパフレーム ３１4 第四スーパフレーム ３２1 〜３２8 、５０1 〜５０8 着信情報 ３３1 〜３３4 スーパフレーム共通情報 ４０ 移動局 ４１ 基地局 ４２ 無線セル ４３ 制御局 ４４ 一斉呼出エリア ４５ 交換局 ４６ ホームメモリ11 antenna 12 transmitter / receiver 13 transmitter 14 receiver 15 mobile station control circuit 16 mode selector switch 30 hyperframe 31 1 first superframe 31 2 second superframe 31 3 third superframe 31 4 fourth superframe 32 1 Up to 32 8 , 50 1 to 50 8 Incoming information 33 1 to 33 4 Superframe common information 40 Mobile station 41 Base station 42 Wireless cell 43 Control station 44 General call area 45 Switching station 46 Home memory
Claims (3)
呼出エリア内に配置された１以上の基地局と、この基地
局と通信を行う１以上の移動局とを備え、 上記移動局は、群分けされ、 上記基地局は上記制御局からの着信信号に基づき一斉呼
出形式の着信制御チャネルの群分けされたスロットを介
して着信情報を送出する手段を含み、 上記移動局は、上記送出された着信制御チャネルの自群
の着信情報を含むスロットに同期させて間欠的に受信す
る手段を含む移動体通信システムの着信制御方式におい
て、 上記基地局には上記着信情報を含むスロットの送信間隔
を変更する手段を含み、この変更する手段を制御する手
段を備えたことを特徴とする移動体通信システムの着信
制御方式。1. A mobile station comprising one or more base stations arranged in a paging area under the control station connected to a switching center, and one or more mobile stations communicating with the base station. Are grouped, the base station includes means for transmitting incoming information through the grouped slots of the paging-type incoming control channel based on an incoming signal from the control station, and the mobile station is In an incoming call control method for a mobile communication system including means for intermittently receiving in synchronization with a slot containing incoming call information of its own incoming call control channel, transmission of a slot containing the incoming call information to the base station An incoming call control system for a mobile communication system, comprising means for changing an interval and means for controlling the changing means.
線回線を介してアクセスし、その制御する手段に上記送
信間隔の変更を指示する手段を含む請求項１記載の移動
体通信システムの着信制御方式。2. The mobile communication system according to claim 1, wherein the mobile station includes means for accessing the control means via a wireless line and instructing the control means to change the transmission interval. Incoming call control method.
受信手段と、上記基地局からの着信制御チャネルの自群
の着信情報を含むスロットを間欠的に受信する制御を行
う移動局制御回路とを備えた移動体通信システムの移動
局において、 上記移動局制御回路に対して間欠比を指定するマンマシ
ンインタフェースを備え、 上記移動局制御回路は上記指定された間欠比に基づき上
記送受信手段を介して間欠比の変更情報を上記基地局に
送信させる手段を含むことを特徴とする移動体通信シス
テムの移動局。3. A transmitting / receiving means for transmitting / receiving a radio frequency signal to / from a base station, and a mobile station control circuit for controlling intermittently receiving a slot containing incoming information of its own group of an incoming control channel from the base station. In a mobile station of a mobile communication system comprising: a man-machine interface for designating an intermittent ratio with respect to the mobile station control circuit, the mobile station control circuit via the transmitting / receiving means based on the designated intermittent ratio. A mobile station of a mobile communication system, comprising means for transmitting the change information of the intermittent ratio to the base station.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP03236506A JP3128008B2 (en) | 1991-09-17 | 1991-09-17 | Termination control method for mobile communication system and mobile station thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP03236506A JP3128008B2 (en) | 1991-09-17 | 1991-09-17 | Termination control method for mobile communication system and mobile station thereof |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPH0575528A true JPH0575528A (en) | 1993-03-26 |
| JP3128008B2 JP3128008B2 (en) | 2001-01-29 |
Family
ID=17001735
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP03236506A Expired - Lifetime JP3128008B2 (en) | 1991-09-17 | 1991-09-17 | Termination control method for mobile communication system and mobile station thereof |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JP3128008B2 (en) |
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| JP4769303B2 (en) * | 2005-08-12 | 2011-09-07 | エルジー エレクトロニクス インコーポレイティド | Method for providing battery power conservation notification in a wireless communication system |
| US9131461B2 (en) | 2007-09-04 | 2015-09-08 | Qualcomm Incorporated | Paging user devices in a wireless access network |
| JP2010538584A (en) * | 2007-09-04 | 2010-12-09 | クゥアルコム・インコーポレイテッド | Paging user device in a wireless access network |
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| JP3128008B2 (en) | 2001-01-29 |
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