JPH0234058A - Common data transmission method to plural communication equipments - Google Patents
Common data transmission method to plural communication equipmentsInfo
- Publication number
- JPH0234058A JPH0234058A JP18413488A JP18413488A JPH0234058A JP H0234058 A JPH0234058 A JP H0234058A JP 18413488 A JP18413488 A JP 18413488A JP 18413488 A JP18413488 A JP 18413488A JP H0234058 A JPH0234058 A JP H0234058A
- Authority
- JP
- Japan
- Prior art keywords
- common data
- communication device
- communication devices
- data
- communication equipment
- 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.)
- Pending
Links
- 238000004891 communication Methods 0.000 title claims abstract description 100
- 230000005540 biological transmission Effects 0.000 title claims abstract description 28
- 238000000034 method Methods 0.000 title claims description 16
- 238000010586 diagram Methods 0.000 description 8
- 230000000694 effects Effects 0.000 description 3
- 238000005516 engineering process Methods 0.000 description 3
- 238000007796 conventional method Methods 0.000 description 2
- 238000003384 imaging method Methods 0.000 description 1
- 235000021395 porridge Nutrition 0.000 description 1
Landscapes
- Data Exchanges In Wide-Area Networks (AREA)
Abstract
Description
この発明は、交換機能をもつ通信回線網に回線を介して
接続される複数の通信装置それぞれに共通なデータを伝
送する方法にであって、とくに共通データの伝送所要時
間を短縮し得る複数通信装置への共通データ伝送方法に
関する。The present invention relates to a method for transmitting common data to each of a plurality of communication devices connected via a line to a communication line network having an exchange function, and in particular, the present invention relates to a method for transmitting common data to each of a plurality of communication devices connected via a line to a communication line network having a switching function. The present invention relates to a common data transmission method to a device.
第2図は従来のデータ伝送システムの構成を示す模式図
である。第2図において、通信装置Biが、それぞれ2
本ずつの回線Li(i=l〜n)を介して電話回線11
flOに接続されている。いま、あるデータを通信装置
のすべてに共通に伝送するときには、通信装置Biのう
ちの−っを仮親に決め、この仮親の通信装置に伝送すべ
き共通データを手動で入力した後、順次別の通信装置の
2台ずつにデータ伝送をしていく、という方法がとられ
た6なお一度にデータ伝送できる通信装置の2台は、回
線■言の本数に対応する。もちろん、回線Liの本数が
増せば、それに応じて一度にデータ伝送できる通信装置
の台数も増す。FIG. 2 is a schematic diagram showing the configuration of a conventional data transmission system. In FIG. 2, there are two communication devices Bi each.
Telephone line 11 via each line Li (i=l~n)
connected to flO. Now, when transmitting certain data in common to all communication devices, one of the communication devices Bi is designated as a temporary parent, and after manually inputting the common data to be transmitted to this temporary parent communication device, the other communication devices are sequentially transmitted. A method was adopted in which data was transmitted to two communication devices at a time.The number of communication devices that can transmit data at one time corresponds to the number of lines. Of course, as the number of lines Li increases, the number of communication devices that can transmit data at once also increases accordingly.
以上説明したように、従来の技術では、電話回線y11
0に接続された通信装置別の台数が増すと、共通データ
を伝送するための所要時間が長くなるという問題がある
。たとえば、各回線数が2とすると、通信装置Biの台
数が10台のときには、仮親による各通信装置へのデー
タ伝送は5段階でおこなわれ、同様に20台のときには
10段階でおこなわれるからである。
この発明の課題は、従来の技術がもつ以上の問題点を解
消し、共通データの伝送所要時間を短縮し得る複数端末
装置への共通データ伝送方法を提供することにある。As explained above, in the conventional technology, the telephone line y11
There is a problem in that as the number of different communication devices connected to 0 increases, the time required to transmit common data becomes longer. For example, if the number of each line is 2, when the number of communication devices Bi is 10, the data transmission by the temporary parent to each communication device will be performed in 5 steps, and similarly, when the number of communication devices Bi is 20, data transmission will be performed in 10 steps. be. SUMMARY OF THE INVENTION An object of the present invention is to provide a method for transmitting common data to a plurality of terminal devices, which solves the above-mentioned problems of the conventional technology and can shorten the time required for transmitting common data.
この課題を解決するために、本発明に係る複数通信装置
への共通データ伝送方法は、
交換機能をもつ通信回線網に回線を介して接続される複
数の通信装置それぞれに共通なデータを伝送する方法に
おいて、
前記各通信装置は、伝送された前記共通データを相手側
からの発呼に応じて受け入れる着・受信部と;前記共通
データとこれを送信すべき別の各通信装置の登録コード
とを格納する記憶部と;前記別の各通信装置を発呼して
前記記憶部に格納された前記共通データを送信する発・
送信部と;を備え、
前記各通信装置のうちで前記共通データ用の入力部を別
に備える所定通信装置が第1次の仮親になり、この所定
通信装置がもつ前記回線の個数以内で前記登録コードを
もつ別の所定の各通信装置に前記入力部を介して入力さ
れた前記共通データを伝送し、
次に前記第1次の仮親としての所定通信装置と前記別の
所定通信装置とが第2次の仮親になり、各々がもつ前記
回線の個数以内で別の前記登録コードをもつさらに別の
所定の各通信装置に前記共通データを伝送し、
以下同様にして前記各通信装置のすべてに前記共通デー
タを伝送し終える。In order to solve this problem, the method for transmitting common data to multiple communication devices according to the present invention includes transmitting common data to each of the multiple communication devices connected via a line to a communication line network having an exchange function. In the method, each of the communication devices includes a receiving/receiving unit that receives the transmitted common data in response to a call from the other party; and a registration code of each communication device to which the common data is to be transmitted. a storage unit for storing; a calling unit for calling each of the other communication devices and transmitting the common data stored in the storage unit;
A predetermined communication device that is separately provided with an input section for the common data among the respective communication devices becomes a primary temporary parent, and the predetermined communication device has a transmitting section; The common data input through the input unit is transmitted to each other predetermined communication device having a code, and then the predetermined communication device as the first foster parent and the another predetermined communication device Become a secondary temporary parent and transmit the common data to each of further predetermined communication devices having a different registration code within the number of the lines each has, and thereafter transmit the common data to all of the communication devices in the same manner. The transmission of the common data is completed.
各通信装置のうちで共通データ用の入力部を別に備える
所定通信装置が、まず第1次の仮親になり、この所定通
信装置が、その記憶部に格納している登録コードをもつ
別の所定通信装置に、入力部を介して入力された共通デ
ータを伝送する。次に第1次の仮親としての通信装置と
別の所定通信装置とが第2次の仮親になり、各々がその
記憶部に格納している別の登録コードをもつさらに別の
所定通信装置に共通データを伝送する。以下同様にして
全通信装置に共通データを伝送し終える。Among the communication devices, a predetermined communication device that is separately provided with an input section for common data becomes a primary temporary parent, and this predetermined communication device is used as a temporary parent for another predetermined communication device that has a registration code stored in its storage section. The common data input through the input unit is transmitted to the communication device. Next, the communication device serving as the primary foster parent and another prescribed communication device become secondary foster parents, each of which becomes a further prescribed communications device having a different registration code stored in its storage unit. Transmit common data. Thereafter, the common data is transmitted to all communication devices in the same manner.
本発明に係る複数通信装置への共通データ伝送方法の適
用例について、以下に図面を参照しながら説明する。
本発明方法が適用されるデータ伝送システムの構成は第
2図に示した従来システムと同一であるが、異なるのは
、通信装置BiO代わりに通信装置At(i=1−n)
が電話回線網10に接続される点である。
この通信装置Aiの構成について、第1図のブロック図
を参照しながら説明する。通信装置A+はいずれもほぼ
同じ構成をもち、後述するように、最初に仮親になる所
定の通信装置だけが付加ユニットを具備することになる
。第1図において、1は制御部、2は記憶部、4はMO
DEM、5はNCUであり、5a、5bは回線との接続
端子である。
なお、この場合には回線数は2である。
制御部1は、着・受信部11と発・送信部12とからな
る。着・受信部11は、伝送された共通データを相手側
からの発呼に応じて受け入れる機能を、発・送信部12
は、別の各通信装置を発呼してこれに共通データを送信
する機能をもつ。また、記憶部2は、共通データとこれ
を送信すべき別の各通像装置の登録コードとを格納する
。
さて、先程の最初に仮親になる所定の通信装置だけには
、付加ユニットとして、破線表示の入力部3と、入力処
理部工3とが付設される。入力部3は、たとえばキーボ
ードで、伝送すべき共通データの手動による入力手段で
ある。入力処理部13は、入力部3を介して入力された
共通データを記憶部2に格納する機能をもつ。
発明方法の適用例の動作について、第3図のフローチャ
ートと、第4図の適用例の伝送階層図とをそれぞれ参照
しながら説明する。第4図において、通信装置Aiは合
計10台(i=1〜10)、各通信装置の保有する回線
数は2である。共通データの伝送は、1次、2次、3次
の3段階でおこなわれ、第1次の伝送では通信装置A1
が仮親、第2次の伝送では通信装置AI、A2.A3が
それぞれ仮親、第3次の伝送では通信装置AIだけが仮
親である。なお、各仮親の通信装置とデータ伝送される
相手側の通信装置とは直線で連結されている。
第3図において、ステップS1で、登録コード(jが設
定される。この登録コードCi は、仮親の通信装置ご
とに定められ、これからデータ伝送されるべき相手側の
通信装置のコードである。たとえば、AIについては、
第1次がA2.A3の各コードC1,C2、第2次がA
4.A5の各コードC4,C5、第3次がAIOのコー
・ドCIOである。また、A2には、第2次がC6,C
7であり、A3には、第2次がC8,C9である。なお
、この各コードは、第1図に示した各通信装置の記憶部
2にあらかじめ格納される。
ステップS2で、第1次の仮親としての通信製ffA1
に共通データDが入力部3(第1図参照)を介して手動
で人力される。さらに、この共通データDは、入力処理
部13によって記憶部2に格納される。
ステップS3で、通信装置AIから、通信装置A2.A
3に共通データDが伝送されるや詳しく説明すると、通
信装置AIでは、その発・送信部12(第1図参照)に
より、相手側の通信製TであるA2.A3の各コードC
2,C3と、データDとが記憶部2から読み出され、A
2.A3が発呼されるとともにデータDが送信される。
このステップs3は第1次のデータ伝送である。
ステップS4で、第2次の仮親としての通信装置AI
、A2 、A3から、それぞれ通信装置A4゜A5 、
A6.A7 、A8.A9に共通データDが伝送される
。なお、伝送の詳しい手続きは既に述べたとおりである
から説明を省略する。このステップS4は第2次のデー
タ伝送である。
ステップS5で、第3次の仮親としての通信装置A1だ
けから、残りの通信装置AIOに共通データDが伝送さ
れる。このステップS5は第3次のデータ伝送である。
以上のように、この適用例ではデータ伝送が、第1次、
第2次、第3次の3段階でおこなわれることになり、同
じ10台の通信装置についての従来方法による5段階の
伝送と比べて所要時間の短縮が図れる。
次に、通信装置が20台の場合には、この発明方法の適
用例では、第5図の伝送階層図に示すように、3段階の
伝送ですむ。従来方法によれば、10段階になるから、
通信装置の台数が増すほど所要時間の短縮効果は飛躍的
に上がる。An application example of the common data transmission method to multiple communication devices according to the present invention will be described below with reference to the drawings. The configuration of the data transmission system to which the method of the present invention is applied is the same as the conventional system shown in FIG. 2, except that the communication device At(i=1−n) is used instead of the communication device BiO.
is connected to the telephone line network 10. The configuration of this communication device Ai will be explained with reference to the block diagram of FIG. All of the communication devices A+ have substantially the same configuration, and as will be described later, only the predetermined communication device that becomes the temporary parent first is equipped with an additional unit. In FIG. 1, 1 is a control unit, 2 is a storage unit, and 4 is an MO
DEM 5 is an NCU, and 5a and 5b are connection terminals to the line. Note that in this case, the number of lines is two. The control section 1 includes a receiving/receiving section 11 and a transmitting/transmitting section 12 . The receiving/receiving unit 11 has a function of accepting the transmitted common data in response to a call from the other party.
has the function of calling each other communication device and transmitting common data to it. The storage unit 2 also stores common data and the registration code of each imaging device to which the common data is to be transmitted. Now, only the predetermined communication device that initially becomes a temporary parent is provided with an input unit 3 and an input processing unit 3 as additional units, which are indicated by broken lines. The input unit 3 is, for example, a keyboard, and is a means for manually inputting common data to be transmitted. The input processing section 13 has a function of storing common data input via the input section 3 in the storage section 2 . The operation of the application example of the invention method will be described with reference to the flowchart of FIG. 3 and the transmission hierarchy diagram of the application example of FIG. 4, respectively. In FIG. 4, there are a total of ten communication devices Ai (i=1 to 10), and each communication device has two lines. The transmission of common data is carried out in three stages: primary, secondary, and tertiary. In the first transmission, communication device A1
is the temporary parent, and in the second transmission, communication devices AI, A2. A3 is the temporary parent, and only the communication device AI is the temporary parent in the third transmission. Note that the communication device of each foster parent and the communication device of the other party to which data is transmitted are connected in a straight line. In FIG. 3, in step S1, a registration code (j) is set. This registration code Ci is determined for each communication device of the temporary parent, and is the code of the communication device of the other party to which data is to be transmitted. For example, , Regarding AI,
The first one is A2. Each code C1, C2 of A3, the second order is A
4. Each code C4 and C5 of A5 and the third order are the code CIO of AIO. Also, in A2, the second order is C6, C
7, and in A3, the second order is C8 and C9. Note that each code is stored in advance in the storage unit 2 of each communication device shown in FIG. In step S2, Tsushin ffA1 as the first temporary parent
The common data D is input manually via the input section 3 (see FIG. 1). Further, this common data D is stored in the storage unit 2 by the input processing unit 13. In step S3, communication device A2. A
To explain in detail, as soon as the common data D is transmitted to A2. Each code C of A3
2, C3 and data D are read from the storage unit 2, and A
2. A3 is called and data D is transmitted. This step s3 is the first data transmission. In step S4, the communication device AI as the second temporary parent
, A2, A3, respectively, communication devices A4゜A5,
A6. A7, A8. Common data D is transmitted to A9. Note that the detailed procedure for transmission has already been described, so the explanation will be omitted. This step S4 is the second data transmission. In step S5, the common data D is transmitted only from the communication device A1 serving as the tertiary temporary parent to the remaining communication devices AIO. This step S5 is the third data transmission. As described above, in this application example, data transmission is
This is performed in three stages, second and third, and the time required can be reduced compared to five stages of transmission using the conventional method for the same 10 communication devices. Next, in the case where there are 20 communication devices, in the application example of the method of this invention, three stages of transmission are sufficient as shown in the transmission hierarchy diagram of FIG. According to the conventional method, there are 10 stages, so
As the number of communication devices increases, the effect of reducing the required time increases dramatically.
以上説明したように、この発明においては、第1次の仮
親としての所定通信装置からデータ伝送された複数の通
信装置は、第1次の仮親であった所定通信装置とともに
第2次の仮親になる。この第2次の仮親は各々に定めら
れた別の通信装置にデータ伝送し、このデータ伝送され
た通信装置は第2次の仮親であった通信装置とともにさ
らに第3次の仮親になる。このようにしてデータ伝送さ
れる通信装置は、階層を経るごとに等比級数的に増大す
るから、共通データの伝送所要時間を飛躍的に短縮し得
る効果を生じる。しかも、その短縮効果は通信装置の台
数が多くなるほど著しい。As explained above, in this invention, a plurality of communication devices to which data has been transmitted from a predetermined communication device as a first foster parent are transferred to a second foster parent together with a predetermined communication device that was a first foster parent. Become. This second-order foster parent transmits data to another communication device determined for each, and the communication device to which this data was transmitted becomes a third-level foster parent together with the communication device that was the second-level foster parent. Since the number of communication devices that transmit data in this way increases in a geometric progression with each layer, the time required for transmitting common data can be dramatically shortened. Furthermore, the reduction effect becomes more significant as the number of communication devices increases.
第1図は発明方法を適用するときの通信装置の構成を示
すブロック図、
第2図はデータ伝送システムの構成の模式図、第3図は
発明方法の一適用例における動作を示すフローチャート
、
第4図はこの一適用例における伝送階層図、第5図は別
の適用例における伝送階層図である。
符号説明
Ai :通信装置、Li :回線、C1:登録コード、
D:共通データ、
1:制御部、2:記憶部、3:入力部、4 :MODE
M、5:NCU、10:電話回線網、11:着・発信部
、12:発・送信部、第3図
粥1図
茅2図
奎42
不5図FIG. 1 is a block diagram showing the configuration of a communication device when the method of the invention is applied; FIG. 2 is a schematic diagram of the configuration of a data transmission system; FIG. FIG. 4 is a transmission hierarchy diagram in this one application example, and FIG. 5 is a transmission hierarchy diagram in another application example. Code explanation Ai: communication device, Li: line, C1: registration code,
D: Common data, 1: Control section, 2: Storage section, 3: Input section, 4: MODE
M, 5: NCU, 10: Telephone line network, 11: Receiving/Calling section, 12: Sending/Transmitting section, Fig. 3, porridge 1, fig. 2, fig. 42, fig. 5
Claims (1)
る複数の通信装置それぞれに共通なデータを伝送する方
法において、 前記各通信装置は、伝送された前記共通データを相手側
からの発呼に応じて受け入れる着・受信部と;前記共通
データとこれを送信すべき別の各通信装置の登録コード
とを格納する記憶部と;前記別の各通信装置を発呼して
前記記憶部に格納された前記共通データを送信する発・
送信部と;を備え、前記各通信装置のうちで前記共通デ
ータ用の入力部を別に備える所定通信装置が第1次の仮
親になりこの所定通信装置がもつ前記回線の個数以内で
前記登録コードをもつ別の所定の各通信装置に前記入力
部を介して入力された前記共通データを伝送し、次に前
記第1次の仮親としての所定通信装置と前記別の所定通
信装置とが第2次の仮親になり各々がもつ前記回線の個
数以内で別の前記登録コードをもつさらに別の所定の各
通信装置に前記共通データを伝送し、以下同様にして前
記各通信装置のすべてに前記共通データを伝送し終える
ことを特徴とする複数通信装置への共通データ伝送方法
。[Scope of Claims] 1) A method for transmitting common data to each of a plurality of communication devices connected via a line to a communication line network having an exchange function, wherein each of the communication devices transmits common data to a receiving/receiving unit that receives a call in response to a call from the other party; a storage unit that stores the common data and a registration code of each separate communication device to which the same is to be sent; a caller who calls and transmits the common data stored in the storage unit;
A predetermined communication device that is provided with a transmission unit and; and that is separately provided with an input unit for the common data among the communication devices becomes the first temporary parent, and transmits the registration code within the number of the lines that this predetermined communication device has. The common data input through the input unit is transmitted to each of the other predetermined communication devices having a second parent, and then the first predetermined communication device as the first foster parent and the other predetermined communication device Become the next temporary parent and transmit the common data to each further predetermined communication device having a different registration code within the number of the lines each has, and then do the same to transmit the common data to all of the communication devices. A method for transmitting common data to multiple communication devices, characterized in that the data transmission is completed.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP18413488A JPH0234058A (en) | 1988-07-23 | 1988-07-23 | Common data transmission method to plural communication equipments |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP18413488A JPH0234058A (en) | 1988-07-23 | 1988-07-23 | Common data transmission method to plural communication equipments |
Publications (1)
Publication Number | Publication Date |
---|---|
JPH0234058A true JPH0234058A (en) | 1990-02-05 |
Family
ID=16147969
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
JP18413488A Pending JPH0234058A (en) | 1988-07-23 | 1988-07-23 | Common data transmission method to plural communication equipments |
Country Status (1)
Country | Link |
---|---|
JP (1) | JPH0234058A (en) |
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
US5117357A (en) * | 1988-06-10 | 1992-05-26 | Toa Medical Electronics Co., Ltd. | Method of demarcating one-dimensional distribution |
-
1988
- 1988-07-23 JP JP18413488A patent/JPH0234058A/en active Pending
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
US5117357A (en) * | 1988-06-10 | 1992-05-26 | Toa Medical Electronics Co., Ltd. | Method of demarcating one-dimensional distribution |
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