JPS58147264A - Electronic mail system - Google Patents
Electronic mail systemInfo
- Publication number
- JPS58147264A JPS58147264A JP57029990A JP2999082A JPS58147264A JP S58147264 A JPS58147264 A JP S58147264A JP 57029990 A JP57029990 A JP 57029990A JP 2999082 A JP2999082 A JP 2999082A JP S58147264 A JPS58147264 A JP S58147264A
- Authority
- JP
- Japan
- Prior art keywords
- message
- information processing
- storage
- amount
- mail system
- 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
Classifications
-
- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L12/00—Data switching networks
- H04L12/54—Store-and-forward switching systems
Landscapes
- Engineering & Computer Science (AREA)
- Computer Networks & Wireless Communication (AREA)
- Signal Processing (AREA)
- Data Exchanges In Wide-Area Networks (AREA)
Abstract
Description
【発明の詳細な説明】
〔発明の技術分野〕
本発明は、データ交換網あるいはネットワークに複数の
情報処理装置が結合された分散管層製電子メイルシステ
ムに係ｐＳ特に同報通信による通信量の一時的増大や通
信文のデータ蓄積量の不必要な増大を避けることを可能
とした電子メイルシステムに関する。DETAILED DESCRIPTION OF THE INVENTION [Technical Field of the Invention] The present invention relates to an e-mail system made of a distributed management layer in which a plurality of information processing devices are connected to a data exchange network or a network, and in particular to a system for reducing the amount of communication due to broadcast communication. This invention relates to an electronic mail system that makes it possible to avoid temporary increases and unnecessary increases in the amount of data stored in correspondence.
従来データ交換網、ネットワークを利用し良電子メイル
システムには、一つの蓄積装置を持つ集中管理型の電子
メイルシステムと、蓄積装置が分散して持たれる分散管
′ＨＬＩｉの電子メイルシステムがある。Conventional good electronic mail systems that utilize data exchange networks include a centralized electronic mail system that has one storage device, and a decentralized HLIi electronic mail system that has distributed storage devices.
集中管ｌｌ１１の電子メイルシステムでは、送受信され
る通信文はすべて一箇所に集中されたメイル＆、クスで
蓄積管理される。従って、複数の宛先に同報する場合は
各受信者のメイルｚｙタスに通信文のコピーをすべて送
る必要はなく、各受信者のメイルが、クスに通信文が来
たという情報のみを入れ、通信文自体は別に蓄積管理し
ておくことができる丸め、不必要なデータの増大を避け
ることができる。ま丸亀中蓄積管理してｉるためにこの
時点で通儒処場は必要ない。In the centralized e-mail system 111, all sent and received communications are stored and managed in a centralized mail & mail system. Therefore, when broadcasting to multiple recipients, there is no need to send all copies of the message to each recipient's mailbox, and each recipient's mail only contains information that the message has arrived in the mailbox. The correspondence itself can be stored and managed separately, and unnecessary data increase can be avoided. At this point, there is no need for a Confucian place to manage the accumulation of Mamarugame Junior High School.
一方、分散管理型の電子メイルシステムでは、送受信さ
れる過１文は複数の情報処１１１１ｔＫ分散されたメイ
ルがツクスで分散蓄積管理される。On the other hand, in a distributed management type electronic mail system, emails that are sent and received are stored and managed in a distributed manner in a plurality of information processing units 1111tK.
この分散管理型の電子メイルシステムにおいて、１通の
通信文を複数の宛先に送る場合、従来では、回報機能に
より通信文のコピーを各々の宛先に送っていた。この方
式は電子メイルシステム全体の蓄積量、通信量の不必要
な増大を生じるという欠点があり、その対策が望まれて
いる。In this distributed management electronic mail system, when a single message is sent to multiple destinations, conventionally, a copy of the message is sent to each destination using a routing function. This method has the drawback of causing an unnecessary increase in the amount of storage and communication in the entire electronic mail system, and a countermeasure is desired.
本発明の目的は、分散管理型の電子メイルシステムにお
いて、複数の宛先を持つ通信文に対しても不必要な蓄積
量の増大および通信量の一時的増大を伴うことなく対応
できる電子メイルシステムを提供することである。An object of the present invention is to provide an electronic mail system of a distributed management type that can handle correspondence with multiple destinations without unnecessary increase in storage volume or temporary increase in communication volume. It is to provide.
本発明は複数の宛先を持つ通信文を送る場合、従来のよ
うに回報通信とせず、それらの宛先の各情報処理装置に
おいて受信、蓄積した通信文を端末への出力後壕九は一
定時間経過後に他の宛先の情報処理装置へ順次転送する
ことを特徴トシている。一般に電子メイルシステムでＵ
電話と違って通信のある程度の遅延は容認されるので、
このような転送方式をとってもなんら問題はない。When sending a message to multiple destinations, the present invention does not send the message as a broadcast message as in the past, but after a certain period of time has elapsed after the message received and stored in each information processing device of those destinations is output to a terminal. The feature is that the information is then sequentially transferred to other destination information processing devices. In general, e-mail systems
Unlike telephone calls, a certain amount of communication delay is acceptable.
There is no problem in using such a transfer method.
本発明はさらに、情報処理装置に蓄積装置の蓄積量を針
糊する手段を持−九せ、蓄積量がある一定量を越えノナ
ンタ状態に近いときには、受信し九通信文を蓄積せずに
その通信文を蓄積しなかっ九ことを示す情報を付加して
転送し死後、再び受信することを特徴とする。The present invention further provides an information processing device with a means for adjusting the amount of storage in the storage device, and when the amount of storage exceeds a certain amount and is close to a nonantha state, the information processing device receives and receives nine messages without storing them. It is characterized by adding information indicating that the message was not stored and forwarding it, and receiving it again after death.
本発明によれば、従来の同報感層とは異な９、複数の宛
先の通信文が各々の情報処理装置へ順次転送される丸め
、電子メイルシステム全体としてみ九場合、不必要な蓄
積量の増大および通信量（通信負荷）の一時的増大を避
けることがで龜る。According to the present invention, unlike the conventional multi-broadcast sensitivity layer, there is a rounding process in which messages to multiple recipients are sequentially transferred to each information processing device. This makes it easier to avoid an increase in traffic and a temporary increase in communication traffic (communication load).
まえ、情報処理装置内の蓄積装置の蓄積量が多い宛先を
後に廻すことによ〉、スピーディ−な転送処理が行われ
るとともに、蓄積量が一時的に多い情報処理装置ではあ
る一定期関してから再度受信されることになる丸め、受
信が不能な割合いが従来の同報！＆理よル少なくなル、
信頼性が向上する。By forwarding the destination with a large amount of storage in the storage device in the information processing device to a later destination, speedy transfer processing is performed, and in the case of an information processing device with a temporarily large amount of storage, the destination is transferred after a certain period of time. The rounding that will be received again, the percentage that cannot be received is the conventional broadcast! & Reason is less,
Improved reliability.
第１図、＃Ｉ２図はそれぞれデータ交換網、ネ、トワー
ク上での分散管理型の電子メイルシステムを示すもので
、１００はデータ交換網、２００はネットワーク、１１
１〜ＩＩＮ、２１１〜２１Ｎは分散配置、接続された情
報処理装置である。Figure 1 and Figure #I2 show a distributed management electronic mail system on a data exchange network, a network, and a data exchange network, respectively, where 100 is a data exchange network, 200 is a network, and 11
1 to IIN and 211 to 21N are distributed and connected information processing devices.
各情報処理装置は複数台の端末１２１〜１２Ｍ。Each information processing device has a plurality of terminals 121 to 12M.
２２１〜２２Ｍと接続されている。It is connected to 221-22M.
第３図はこれらの電子メイルシステムで扱われる通信文
３００の蓄積装置内での構造を示すの宛先（送信元の情
報処理装置名と、個人名あるいは端末番号）、また３０
３は受信時刻であシ、この通信文ＳＯＯが情報処理装置
によ〉受信された時点の時刻が設定される。３０４は宛
先部であシ、番号１〜ＩＮで順序付けられ友複数の宛先
からなる。各宛先は、宛先番号３０５、宛先名３０６、
受信７ラグｓａｙからなる。宛先名３０＃は、受信され
る情報処ｆｆｌ懐置名と、個人名あるｉは端末番号から
なる。受信フラグ３０１は受信され九かどうかを示すフ
ラグであ〕、ＯＦＦ、ＯＮ、ＢＵＲＹのいづれかが示さ
れる一宛先部３０４は、送信者によって設定される可変
構造で６ｉ必要に応じて何ケ所でも設定できるようにな
９ている。そして、この宛先部３０４の後にメツ上−２
本体３０ｇが続く。Figure 3 shows the structure of correspondence 300 handled by these electronic mail systems within the storage device, including the destination (sender's information processing device name and personal name or terminal number), and 30
3 is the reception time, and the time when this message SOO is received by the information processing device is set. 304 is a destination section, which consists of a plurality of destinations ordered by numbers 1 to IN. Each destination includes a destination number 305, a destination name 306,
The reception consists of 7 lag say. The destination name 30# consists of the name of the receiving information processor ffl, and the personal name (i), which is the terminal number. The reception flag 301 is a flag indicating whether or not it has been received.The destination field 304, which indicates OFF, ON, or BURY, has a variable structure set by the sender, and can be set in any number of locations as necessary. I am now able to do it. Then, after this destination part 304,
The main body weighs 30g.
第４図はこの通信文３θＯの通信時の形式を示す、４０
１は、通信文の最初を示すへ、ダ、４０２はメイル番号
、４０３は送信元宛先、４０４は現在回送アドレスであ
シ、順次回送される宛先の中で、その時点で回送すべ自
決の送信宛先の情報処理装置名が設定される。従りて現
在回送アドレス４０４としては、通信文の複数の宛先ま
たは送信元のうちの一つに対応する情報処ｌｌ装置名が
設定されることになる。まえ、４０５．４０６，４０７
は宛先部、４０８はメツセージ本体、４０９は通信文の
最後を示すテイルである。Figure 4 shows the format of this message 3θO during communication, 40
1 indicates the beginning of the message, 402 is the mail number, 403 is the sender's destination, 404 is the current forwarding address, and the message should be forwarded at that point among the destinations to be sent sequentially. The destination information processing device name is set. Therefore, as the current forwarding address 404, the name of the information processing device corresponding to one of the plurality of destinations or sources of the communication is set. Mae, 405.406,407
is the destination part, 408 is the message body, and 409 is the tail indicating the end of the message.
５図によ）説明する。情報処理装置は大きく分けてデー
タ交換網またはネットワークと接続される送受信装置５
０１と、情報処理部５０２および蓄積装置５０２からな
る。情報処理部５０２において、メイル受信部５１ノは
、送受信装置５０１と結合され、メイル受信部５１ノは
さらに受信判定部５１２と結合される。受信判定部５１
２はさらに時刻設定部５１３および送信先設定部５１４
と結合され、制御部５１５のコントロールの下で受信文
をこれらのうちのいづれかに送る０時刻設定部５１３は
蓄積装置用Ｉ１０コントロール部５１６を経由して、受
信メイルメ、クス５３ノに結ばれる。蓄積装置ｓｏｎは
、受信メイルが、クス５２１及び送信メイルキ。(See Figure 5). Information processing devices can be broadly divided into data exchange networks or transmitting/receiving devices 5 connected to networks.
01, an information processing section 502, and a storage device 502. In the information processing section 502, the mail receiving section 51 is coupled to the transmitting/receiving device 501, and the mail receiving section 51 is further coupled to a reception determining section 512. Reception determination unit 51
2 further includes a time setting section 513 and a destination setting section 514.
The 0 time setting section 513, which sends the received message to one of them under the control of the control section 515, is connected to the receiving mailbox 53 via the storage device I10 control section 516. In the storage device son, the received mail is stored in the mailbox 521 and the sent mail key.
−５３２から構成される。時刻判定ｍ５５７Ｆは蓄積装
置用Ｉ／ｂコントロール部５１６を経由して受信メイル
Ｃツクス５３ノと結合されてお）、制御部５１Ｓ内のタ
イマー５２１を利用して時刻の判定【行なう。-532. The time determination m557F is connected to the received mail Cx 53 via the storage device I/b control section 516) and performs time determination using the timer 521 in the control section 51S.
端末受信部５１８は蓄積装置用Ｉ／ｌ）コントロール部
５ノーおよび端末用Ｉ／１０コントａ−ル部ｓ１りに結
合され、制御部５１５のコントロールＯ下にある。端末
からの要求で受信した通信文を端末に出力するとと−に
、その通信文の宛先のうち受信している情報処理装置に
対応する所の受信７〉グｔ−ＯＮ （受信されたことを
示す）にして、その通信文を蓄積装置用Ｉ／ｌ）コント
ロール１ＩＩ５１６を経由して送信メイルキ、 −５：
１２へ転送する。送信メイルキュー５３２はまた蓄積装
置用Ｉ／ｌ）コン）ａ−ル＊１１１ｇを介して送信先設
定５５１４と結合される。送信先設定部５１４はさらに
メイル送信部５２０と結合され、制御８５１５のコント
ロールの下にある。The terminal receiving section 518 is coupled to the storage device I/I control section 5 and the terminal I/10 control section s1, and is under the control of the control section 515. When a message received in response to a request from the terminal is output to the terminal, the reception 7> button corresponding to the information processing device receiving the message among the destinations of the message is output to the terminal. -5:
Transfer to 12. The outgoing mail queue 532 is also coupled to the destination settings 5514 via the storage device I/L controller *111g. The destination setting section 514 is further coupled to the mail sending section 520 and is under the control of the control 8515.
この実施例の具体的な動作を説明する。The specific operation of this embodiment will be explained.
送信者によ〉複数の宛先を設定された通信文は、複数の
宛先部の番号の順序に従って送られる。まず最初、宛先
番号Ｊの宛先の情報処理装置名が現在回送アドレスに設
定されて送られる。A message in which multiple destinations are set by the sender is sent in the order of the numbers in the multiple destination sections. First, the name of the destination information processing device with destination number J is set as the current forwarding address and sent.
この宛先番号１の情報処理装置で受信された通信文は、
受信判定部５１２で蓄積装置ｉｏｎ。The message received by the information processing device with destination number 1 is
The reception determination unit 512 selects the storage device ion.
蓄積量が一定量以下であるかどうかの判定を行ない（こ
れは制御部５１５内の蓄積量カランタ５２２の内容をも
とに確認される）、一定量以下か、わるいはその通信文
が送信元に回送されたものである場合は、時刻設定部５
１３に送られる。時刻設定部５１２に送られた通信文は
、そこで現在時刻を受信時刻に設定され、蓄積装置５０
３内の受信メイルが、クス５３１に蓄積される。また、
蓄積装置５０３の蓄積量が一定量を越え九場合には、そ
の宛先番号１の情報処理装置の受信メイルが、クス５３
１がパンク寸前にあることを表わしているので、通信文
の蓄積は行なわれず、フラグに＠ＢＵＳＹ”のフラグを
竜ットした後にその通信文が送信先設定部５１４に送ら
れる。It is determined whether the accumulated amount is less than a certain amount (this is confirmed based on the contents of the accumulated amount carant 522 in the control unit 515), and whether the accumulated amount is less than a certain amount or the message is the sender. If the time has been forwarded to the time setting unit 5.
Sent to 13th. The message sent to the time setting unit 512 has the current time set as the reception time, and is sent to the storage device 50.
3 received mails are stored in the box 531. Also,
If the storage amount in the storage device 503 exceeds a certain amount, the mail received by the information processing device with destination number 1 will be sent to the storage device 503.
1 indicates that the message is on the verge of being exhausted, so the message is not stored, and the message is sent to the destination setting unit 514 after the flag ``@BUSY'' is added to the flag.
ここで、受信メイルが、ジス５３ノに通信文が蓄積され
九場合、その通信文について端末からの出力（宍示）要
求が行われた時点で、端末受信部５１８は受信メイルメ
ツジス５３１内から対応する通信文を引き出し、端末用
工／ｌＪコントロール９５１９１に通して端末へ出力す
ると同時に、通信文の対応する宛先（ここでは宛先番号
１の宛先）の受信７ツグに受信し良ことを示す７ ｙ／
＠ＯＮ”をセットし九後に、蓄積装置５０１内の送信
メイルキー−５３２に積む、一方、制ａＳβ１５は定期
的に時刻判定部５１１を動作させ◆０時刻判定８５１７
は受信メイルｌ、クス５３１内の複数宛先の全通信文に
対し、その受信時刻と現在の時刻の差があらかじめ設定
された規定時間以上であるかどうかを判定し、規定時間
以上であれば自動出力端末に自動出力の装置を取り死後
、対応する宛先（ここでは宛先番号１の宛先）の受信フ
ラグを＠ＯＮ＃にセットして送信メイルキ、−５ＳＸに
積む。こうして蓄積懐置ｓｏｎ内の送信メイルキュー５
３２に積まれ九回送メイルは、定期的に送信先設定部ｊ
Ｊ４に送られ、次の宛先の情報処理装置が設定される。Here, if the received mail is a message stored in the message storage 53, the terminal reception unit 518 responds from within the received mail message storage 531 when a request for output (display) of the message is made from the terminal. 7 y/
@ON'' is set and 9 minutes later, it is stored in the sending mail key 532 in the storage device 501. On the other hand, the control aSβ 15 periodically operates the time determination unit 511 and ◆0 time determination 8517
determines whether the difference between the received time and the current time is greater than or equal to a preset time for all received emails and messages to multiple recipients in the box 531, and if the difference is greater than or equal to the specified time, automatic processing is performed. After the automatic output device is installed at the output terminal, the reception flag of the corresponding destination (in this case, the destination with destination number 1) is set to @ON# and placed in the sending mail key -5SX. In this way, the sent mail queue 5 in the accumulated
32, the mail sent nine times is periodically sent to the destination setting section j.
J4, and the next destination information processing device is set.
送信先設定＠ Ｊ ｌ ４は、次の宛先を以下の手順で
設定する。即ち、最初、現在の宛先の宛先番号より後で
受信フラグが″ＯＦＦ”である最初の宛先（例えば、こ
こでは宛先番号２の宛先）の情報処理装置名を送信時の
通信文の現在回送アドレスに設定して送る。この順序で
対応する宛先がなし場合、再び宛先番号１からたどって
受信フラグの−Ｂｔｒａｙ”のものがあればその宛先の
情報処理装置名を現在回送アドレスに設定して送る。こ
れらの処理を反復することによシ、複数の宛先に順次通
信文を送ることができる。このようにして、すべての宛
先の受信フラグが“′ＯＮ″ｋをっ九時点で現在回送ア
ドレスを送信元の情報処理装置にセットすることによシ
、通信文は送信元に送９返すか、自動的に消去される。Destination setting @ J l 4 sets the next destination using the following procedure. That is, first, the name of the information processing device of the first destination whose reception flag is "OFF" after the destination number of the current destination (for example, the destination with destination number 2 in this case) is the current forwarding address of the message at the time of transmission. and send it. If there is no corresponding destination in this order, trace again from destination number 1 and if there is a reception flag with "-Btray", set the name of the information processing device of that destination as the current forwarding address and send it. Repeat these processes. By doing this, it is possible to send messages to multiple destinations in sequence.In this way, when the reception flags of all destinations turn "'ON", the current forwarding address is transferred to the sender's information processing. By setting it in the device, the message will either be sent back to the sender or automatically deleted.
本発明線種前変形して実施が可能である。例えば、上記
の実施例では受信フラグが＠ＢＵＳＹ”の宛先が後に残
る為、いつまでも”ＢＵｓＹ’な装置がある場合に問題
が生じるが、受信フラグにＦＡＩＬなるステータスを新
にもうけることでこの１’）１１１題は解決する。即ち
、情報処理装置で受信時に受信判定８５１２において、
蓄積カウンタが一定量以上だり友時点で、その宛先の受
信ブラダが＠１Ｕ８Ｙ”ならば、そのフラグを＠ＦＡＩ
Ｌ′＃に変えて送信先設定部５１４に送れば臭い、そし
て送信先設定部５１４は、複数の宛先の受信フラグがす
べて”ＯＮ”を友は＠ＦＡＩＬ”になった時点下送信元
に送ル返せば良い、送信元の場合だけは、受信が可能な
るようにセットされているので返送第ｉｍｌおよび第２
図はそれぞれデータ交換網上およびネットワーク上にお
ける分散４６ｆｆｉｌｌの電子メイルシステムの構成図
、第３ｗＪは本発明の一実施例における情報処理装置内
および蓄積装置内における通信文の構造を示す図、第４
図を示す！ロック図である。The present invention can be implemented by modifying the line type. For example, in the above embodiment, a destination with a reception flag of "@BUSY" remains behind, which causes a problem if there is a device that remains "BUSY" forever, but by adding a new status of FAIL to the reception flag, this ) Problem 111 will be solved. That is, in reception determination 8512 at the time of reception by the information processing device,
If the accumulation counter exceeds a certain amount or the recipient's receiving bladder is @1U8Y, the flag is set to @FAI.
It would be a bad idea to change it to L'# and send it to the destination setting unit 514, and the destination setting unit 514 will send the message to the sender as soon as all the reception flags of the multiple destinations are “ON” and the message is “FAIL”. Only in the case of the sender, it is set to enable reception, so the return IML and the second
The figures are block diagrams of a distributed 46ffill e-mail system on a data exchange network and a network, respectively; 3rd wJ is a diagram showing the structure of correspondence in an information processing device and a storage device in an embodiment of the present invention; and 4th
Show the diagram! It is a lock diagram.
Ｊ ００−、データ交換網、２００・・・ネットワーク
、１０１〜ＩＯＮ、２０１〜ＩＯＮ・・・情報処理装置
、２２２〜１１Ｍｇ２１１〜ＪＪＭ・・・端末、３００
−・・通信文、５０１−・・送受信装置、５０２・・・
情報処理部、５０３・・・蓄積装置J 00-, data exchange network, 200... network, 101-ION, 201-ION... information processing device, 222-11Mg211-JJM... terminal, 300
---Communication, 501---Transmitting/receiving device, 502...
Information processing unit, 503... storage device
Claims (1)
蓄積する蓄積装置をそれぞれ備え、かつそれ量れ複数の
端末が紬食され九複数の情報処理装置をデータ交換網あ
るいはネットワークと結合してなる電子メイルシステム
において、前記番情報処理装置は複数の宛先を持つ通信
文を受信し九場合、その通信文を蓄積装置に蓄積し、端
末への出力後まえは一定時間経過後に、その通信文を他
の宛先の情報処理装置へ転送するように構成されている
ことを特徴とする電子メイルシメテム。 Ｑ） 通信文の送受信機能および受信し九通僅文を蓄積
する蓄積装置をそれぞれ備え、かつそれヤれ複数の端末
が結合され九複黴の情報処理装置をデータ交換網あるい
はネットワークと緒食してなる電子メイルシステムにお
いて、前記各情報処理鋏置線蓄積装置の蓄積量を計測す
る手段を有し、複数の宛先を持つ通信文を受信し九場合
、蓄積量が一定量以下のときはその通信文を蓄積装置に
蓄積し、端末への出力後ｆ九は一定時間経過後に、その
通信文を他の宛先の情報処理装置へ転送し、蓄積量が一
定量を越え良ときはその通信文を蓄積せず、その通信文
を蓄積しなかり九ことを示す情報を付加して他の宛先の
情報処理装置へ転送し死後、その通信文を再び受信する
ように構成されていることを特徴とする電子メイルシス
テム。(1) Each device is equipped with a message sending/receiving function and a storage device for storing the received messages, and a plurality of terminals are connected to each other, and a plurality of information processing devices are connected to a data exchange network or a network. In an e-mail system, when the information processing device receives a message with multiple destinations, it stores the message in the storage device and outputs it to the terminal after a certain period of time has elapsed. An electronic mail system characterized in that the electronic mail system is configured to transfer an email to an information processing device of another destination. Q) It is equipped with a function for transmitting and receiving correspondence and a storage device for storing the received and received messages, and in which multiple terminals are connected and the information processing device is connected to a data exchange network or network. The electronic mail system has means for measuring the amount of storage in each of the information processing pin storage devices, and when a message with multiple recipients is received, if the amount of storage is less than a certain amount, the communication is After storing the message in the storage device and outputting it to the terminal, f9 transfers the message to another destination information processing device after a certain period of time has passed, and when the accumulated amount exceeds a certain amount, the message is transferred. It is characterized by being configured so that the message is not stored, and information indicating that the message is not stored is added and transferred to an information processing device of another destination, and the message is received again after death. e-mail system.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP57029990A JPS58147264A (en) | 1982-02-26 | 1982-02-26 | Electronic mail system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP57029990A JPS58147264A (en) | 1982-02-26 | 1982-02-26 | Electronic mail system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JPS58147264A true JPS58147264A (en) | 1983-09-02 |
Family
ID=12291384
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP57029990A Pending JPS58147264A (en) | 1982-02-26 | 1982-02-26 | Electronic mail system |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPS58147264A (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| FR2619981A1 (en) * | 1987-08-26 | 1989-03-03 | Fornesa Clapera Joan | SYSTEM FOR RECORDING AND COMMUNICATING MESSAGES TO DIFFERENT ABSENT RECIPIENTS |
| JPH02181539A (en) * | 1989-01-05 | 1990-07-16 | Ayao Miura | Automatic information transfer system |
| WO1991004621A1 (en) * | 1989-09-14 | 1991-04-04 | Fujitsu Limited | Network control system |
| US5115177A (en) * | 1988-08-26 | 1992-05-19 | Fanuc Ltd. | Malfunction diagnosis method |
| US5125075A (en) * | 1987-09-08 | 1992-06-23 | Wang Laboratories, Inc. | System for circulating serially an electronic, non-interchangeable unique, route package from sender to selected recipients |
-
1982
- 1982-02-26 JP JP57029990A patent/JPS58147264A/en active Pending
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| FR2619981A1 (en) * | 1987-08-26 | 1989-03-03 | Fornesa Clapera Joan | SYSTEM FOR RECORDING AND COMMUNICATING MESSAGES TO DIFFERENT ABSENT RECIPIENTS |
| US5125075A (en) * | 1987-09-08 | 1992-06-23 | Wang Laboratories, Inc. | System for circulating serially an electronic, non-interchangeable unique, route package from sender to selected recipients |
| US5115177A (en) * | 1988-08-26 | 1992-05-19 | Fanuc Ltd. | Malfunction diagnosis method |
| JPH02181539A (en) * | 1989-01-05 | 1990-07-16 | Ayao Miura | Automatic information transfer system |
| WO1991004621A1 (en) * | 1989-09-14 | 1991-04-04 | Fujitsu Limited | Network control system |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| US6327610B2 (en) | System for broadcasting electronic mails that separately stores and sends a portion of electronic mails with an access code for filtering and retrieving purpose | |
| JP2531275B2 (en) | ATM cell transfer method | |
| EP0845184B1 (en) | Improved message queuing distribution services for mail systems | |
| JPH04280139A (en) | Document delivery method | |
| JPS58147264A (en) | Electronic mail system | |
| JP4247928B2 (en) | E-mail system | |
| CA2329366C (en) | System for transferring information between devices over virtual circuit established therebetween using computer network | |
| CN100459552C (en) | ATM exchange device and method | |
| JPH02195749A (en) | Multiple address mail controller in mail system | |
| US6314174B1 (en) | Apparatus for and method of controlling calls, and storage medium storing call control program | |
| JP2911729B2 (en) | Voice mail device | |
| JPH02192344A (en) | Multiple address electronic mail distribution result informing system | |
| JPH0470146A (en) | Message replacing system for electronic mail | |
| JPH07221785A (en) | Information transmission method and information communication equipment | |
| JPH04222139A (en) | Message storing system for mail data base | |
| JPS63217745A (en) | Data designation transmission control system for electronic mail | |
| JPH04318726A (en) | Message managing device for electronic mail system | |
| JPS59158162A (en) | International telex origination system | |
| JPH044640A (en) | Message database in electronic mail system | |
| JPH07245625A (en) | Mail transfer system | |
| JPH0353733A (en) | Inter-op mail system in electronic mail system in environment of decentralized op | |
| JPS628641A (en) | Electronic mail processing system | |
| JPH0614052A (en) | Electronic mail system | |
| JPS61251254A (en) | Selecting system for acceptance completion notice | |
| JP2001092735A (en) | System and method for delivering mail |