KR980012999A - Object model for persistent objects of cellular paging short message service - Google Patents

Abstract

In the present invention, the first class has information on the address type and the address and the subaddress, and the first sub class and the second sub class and the third sub class have all attributes of the first class as they are, The second and third subclasses each become the originating short message entity and the originating short message entity. The second class has the information of the pointer address and the node identifier, the third class has the message identifier, the user data, the priority indicator individual indicator, and the information about the selection of the answer. The fourth class has the message identifier and the user data And the fifth character class has information about the message identifier and the user data so that the new function can be freely changed only by changing the minimum model without changing the model each time a new function is added It is effective in that it can be added.

Description

The object model for persistence objects of short-lived paging short messages

FIG. 1 is a schematic diagram of a cellular intelligent telephone service center to which the present invention is applied;

2 shows the persistence objects of the luffaging short message service as a gel,

FIG. 3 illustrates the relationship of persistent objects of a cellular paging short message service; FIG.

DESCRIPTION OF THE REFERENCE NUMERALS

100 'cellular faceting short service center

101 'Network Management Bush Modem

102: Hwangwon management Bush modems

103Pari Information Base

104 Cellular Sewing The Persistence Object Database for Pan American Services

105 Operation management database

One? ; Cellular paging application service bushstem

107. Signal matching bush modems

100 control bushstem

109 'Service Provider Matching System

? 1? 'SME

211

212 'Des S Lin I

213: CalIBackNum

220: 5 Lotto Long

230 C7T-LE M

240; Del-Ack-MSG

250. User-Ack-MSG

The present invention relates to an object model of a persistent object, and more particularly to an object model of a persistent object of a cellular end-of-life short service.

In general, the cellular paging negotiation service is a service that carries a string of a maximum of 63 octets in the form of a message between short message entities.

The Cellular Paging Short Message Service basically provides the rules for sending and receiving Short Message Service to the subscriber rules of the digital mobile communication network, and supports a non-real time message transfer characteristic (Stote-Forward).

If the called end message entity is in the state of blocking the call forwarding, the redundant text message is stored in the cellular message short message service center, and if it is recognized as possible, the message is directly sent to the incoming short message message entity

Conventionally, most of the communication service development methods are structured techniques. Therefore, there is a problem that it is troublesome to change the model every time a new function is added.

The object of the present invention to solve the above problem is to provide an object mousel of a persistent object that can minimize a transformation of a model when a new function is added by constructing an object model based on the object-oriented method .

In order to achieve the above object, a feature of the present invention is to provide a method and apparatus for transmitting a string of up to 63 octets in the form of a message between short message agents in a CD-R A mobile communication system, The object model of a persistent object, comprising: a first class having information about an address type, an address, and a sub-address; a first sub class that inherits all attributes of the first class and is a source short message entity; A second sub class that inherits all the attributes of the class and is an incoming short message entity, a third sub class that inherits all the attributes of the first class as it is, a second class that has information rolls about pointer addresses and node identifiers, The message identifier for identifying and the user's text message, the user data that contains the role, and the transmission priority. A third class having a private indicator for the text message security management role and a delegate selection for checking the outgoing text message, a fourth class having message identifiers, user data, and text message forwarding, And a fifth class having a message identifier and a user data role.

Text message that can not be sent to the incoming short message entity. It extracts the persistent objects of the cellular paging short message service to be managed by the role database and describes the object model for the extracted objects.

Hereinafter, one of the preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

FIG. 1 is a structural view of a cell roller paging / short message service center to which the present invention is applied.

The structure of the cell roller paging short message service center to which the present invention is applied with reference to the first dialing roll.

The cellular paging short message service center 100 includes a communication network management bus modem 101, an operation management subsystem 102, and a management information database 103. The persistence object database 104 of the cell roller paging disaster service. An accommodation management database 105. A cell caller paging service subsystem 106, and a signal matching bussy switch 107. A call control bussend 108 and a service provider mating system 109. [ '

The network branching system 101 has a network management agent function for the operation center and manages the management information base 173.

The operation management system (102) collects short-term service charges. Performs functions such as statistical processing of the cellular paging short message service center (100), determination of graphic operator, management of forgetting short message service information, and the like. And manages the operation management database 105 for these operations.

The cellular paging service service bushstem 106 supports the function of storing and managing the text message roll as well as controlling the short message services and manages the persistent object database 104 role management of the cellular messaging service do.

The signal-matching unit system 107 performs common-line signal processing, MAP (Mobile Application Part) signal processing, and teleservice layer protocol processing.

Call control bussend 108 includes an incoming call handler for a fixed switching network short message entity over the mobile exchange rate, a simulated incoming call handler for a cellular mobile short message service center 177 for receiving a DTMF (Do Not Teme Multi frequency) Control and the like. '

The service provider matching bushstem ('109) performs the X.25 protocol, TCP / IP (Transmission or Prot7c71 / 1 Internet Protocol) processing roll

The objects managed by the persistent object database 104 are manipulated and operated by the service service bussy modem 106.

FIG. 2 is a diagram showing persistent objects of a cellular messaging short message service.

The Persistence Objects of the Cellular Paging Short Message Service according to the second draft will be described as follows.

71 The object classes shown in Figure 2 represent the persistent objects of the cellular paging short-service, taking into account only the characteristics of the unassigned ones. The persistence object database 104 stores object flags .

The SME 210 is an object plane for generalizing the objects of the outgoing short message entity OrgSMB 211, the incoming short message entity DesSlider I 212 and CalIBackNum 213, and the OrgSMB 211, the DesSMB 212, And CalIBackNum (213) inherit all the characteristics of S7B (210).

The SMSC (220) object class has IPAdres7 and Nodeldentifier as its attributes.

The CPT-SM 230 object class includes a Messgaeldentifier for identifying a message as a property of itself, a UserData including a user's text message, a Pri7ritylndi7ator for indicating a transmission priority, a Privacylndicator for managing a text message security, And reply options for acknowledging the response.

The Ack-MSG (240) object class has Mes7ageldentifier, UserData as its attributes, and U7erResp7nseCodes for the text message delivery.

The Del-Ack-MSG (250) object class has Messageldentifier and UserData as its attributes.

713 is a diagram showing the relationship of persistent objects of a cellular paging short message service.

Referring to FIG. 3, the relationship between object classes defined in FIG. 2 will be described below.

The OrgS77E 211 is the sender of the CPT-S7f 230 and the recipient of the Ack-MSG 240 and the Ueer-Ack-SG 250 simultaneously.

The OrgSUE 211 has a one-to-many relationship with the CPT-577 230, the Del-Ack-MSG 240 and the User-Ack-MSG 250.

The CPT-5 lean 230 DMS has a CalIBackNum 213 and a text message is generated by the originating short message entity OrgSME 211 and managed by the SMSC 220 and finally the incoming short message entity DesSMB 212).

The CPT-SM 230 is in a one-to-one relationship with the CalIBackNunl (213).

The Del-Ack-MSG 240 is generated and managed by the 5-hop SC 70 and finally delivered to the OrgSMB 211.

The SMSC 220 includes the D? Ack-MSG 240 objects generated by itself, the CMT-57 230 objects generated by the OrgSMB 211, the Uber- -MSG (250) Manage the objects.

5 beam 220 has a one-to-many relationship with CPT-5 turn 230, D-Ack-MSG 240 and User-Ack-MSG 250.

The User-Acker SG 250 is generated by the DesSME 212 and is managed by the SMSC 220 and finally delivered to the OrgSR B 211.

DesSUB 212 is a one-to-many system with CPT-57 230 and User-Ack-MSG 250.

In the invention of the present invention, a method of managing persistent objects by caller number to manage persistent objects, and a method of separately managing caller numbers. And a management method by the SMSC 220 is proposed.

When the persistent objects stored in the persistent object database 104 are retrieved and normally delivered to the called party, the caller management method needs to delete the objects from the persistent object database 104.

If the persistent objects are managed inconsistently by the persistent object database 104 because the caller number and the message identifier are used as the key for deleting the persistent object, it takes a lot of time to search for the objects.

Therefore, persistent objects are managed by each oscillator to efficiently search and manage objects.

The per-recipient management method may be such that persistent objects, which are stored in the database 104 in the unreceivable state, are retrieved and sent to the called party when the called party changes from a message receivable state to a receivable state.

If persistent objects are coherently managed by the persistent rack database 104, then it takes time to retrieve them.

Therefore, persistent objects are managed on a per-recipient basis to effectively retrieve and manage objects.

Looking at the originator number and the called party number for each persistent object, the originator number of CPT-SM 230 is OrgSME 211 and the called number is DesS Sun I 212.

The caller number of Del-Ack-77SG is SMSC (0%) or DesSME (212) and called number OrgSMB (211).

The sender number of the User-Ack-MSG is DebSr I 212 and the called number is 07gSMB 211.

In order to access persistent objects, we use logical multiplication of sender number and message identifier with delete key and caller number rule is used as search key.

Since the short message service is a to-do service provided based on the store-and-forward function, when a large amount of persistent objects to be delivered to a specific receiver exists in the persistent object database 104, the respective persistent objects are successively transmitted to the receiver.

Upon receipt of the success response to the transmission, the worship service bus modems 106 deletes the corresponding persistent object rule

Accordingly, in order to identify a persistent object rule to be deleted from a large number of persistent objects existing in the persistent object database 104, the sender number and the message identifier, which is a series of numbers assigned by the sender, .

If the specific recipient can not receive the message rule, the persistent object rule is stored in the persistent object database 104, which is a message to be delivered to the paging service subsystem 106 on-call recipient.

In addition, when the called party is ready to receive the message rule, the service service bussist 176 retrieves from the persistence object rule persistence database 104, which is a message to be transmitted to the called party, and transmits the retrieved message to the called party.

therefore. Use the called number rule as the retrieval key of the persistent object.

Therefore, The invention has the effect of adding new functions freely without changing the model every time a new function is added, only by changing the minimum of the motel.

Claims (5)

In a CDMA mobile communication system, an object model of a persistent object composed of an object class in a cellular short message service for delivering a string of a maximum dean octet size in a message format between short message entities, A first class having information rules for addresses; A first sub class which inherits all the attributes of the first class and inherits all attributes of the first class and is a destination short message entity; a second sub class: all attributes of the first class; The third class, which inherits as follows: Class 2 with information about pointer addresses and node identifiers: a message identifier for identifying a message rule and a priority indicator for indicating user data and a transmission priority rule including a user's text message rule A third indicator with message indicators for verifying answers to the semi-consonant text message, a personal indicator for the message " message " security management rule, and a fourth message having character response codes for response to user data and text message delivery. Clark; A message classifier, and a fifth class having user data rules. 2. The pacer model of a persistent object as claimed in claim 1, wherein said first subclass is the sender of said third class: said first subclass is a receiver of said fourth class and said fifth class. 2. The method of claim 1, wherein the first subclass is a one-to-many relationship with the third class, the fourth mullash, and the fifth object: - work relationship; The second class is a one-to-many relationship with a third class, a fourth class and a fifth class; And the second subclass is a one-to-many relationship with the third class and the fifth class. 2. The method of claim 1, wherein the third class has the third subclass: a text message is generated by the first subclass: the text message is managed by the second class: And the second subclass is passed to the second subclass. 2. The method of claim 1, wherein the second class comprises the fourth class objects generated by itself, the third class objects generated by the first subclass, and the fifth class generated by the second subclass Managing the objects: the fourth class is generated and managed by the second class and finally delivered to the first subclass: the fifth class is generated by the second subclass, And finally delivered to the first subclass. ≪ Desc / Clms Page number 13 > ※ Note: It is disclosed by the contents of the first application.