JP2014147128A - Existence management system, storage medium, multiple access communication network and operation method - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an existence management system for managing connection between a supervisor and a person to be supervised in a multiple access communication network.SOLUTION: On receiving a contact request from a supervisor, an existence management system determines whether or not a requested person to be supervised can deal with the contact, to provide information on the determination to the supervisor who has request the contact. In consideration of the taste of the person to be supervised and the detail of equipment available for the supervisor, the existence management system selects an optimal communication mode (for example, E mail or facsimile). If the existence management system notifies the supervisor that the person to be supervised cannot deal with the contact, the supervisor can set a monitor. When determining whether or not the requested person to be supervised can deal with the contact, the existence management system uses stored information on the person to be supervised, information (for example, size and format) related to the requested connection, and a rule.

Description

  The present invention relates to a presence management system for use in a multiple access communication network, and more particularly to a presence management system that is configured to accept input information about non-communication related events that occur outside the multiple access communication network. However, the present invention is not limited to this.

  Today's telecommunications users are faced with an increasing number of options on how to communicate. A typical user has a plurality of different types of communication terminals such as mobile phones, fax machine, personal computers, laptop computers. A typical user also has one or more given forms of communication terminals, such as one or more email accounts or home and business phone numbers. This adds complexity and confusion to both the sender and receiver of the communication.

  Recipients of communications need to work wisely to deal with all incoming communications, and such users are disturbed by alerts such as telephone calls and instant messages. I often feel that.

  In general, a communication recipient has no control over what time and mode of communication is received. In face-to-face communication, people can control the degree of interaction they allow for specific people or groups. However, in today's communication networks, there is no degree of control or patience for electronically intervening communication. For example, the phone number is public (in the phone book) and is issued upon request to the person who clearly inquires and knows the complete address. Also, once a phone number is open to others, it remains valid until the phone number is changed, which is very inconvenient and costly. A similar problem applies to email addresses. This means that it is easier for a salesman or a person making a nuisance call to contact you than necessary. To prevent this problem, it is possible not to provide a phone number and email address, but doing so has the disadvantage of isolating the “owner” of the phone number and email address. End up.

The sender of the communication also experiences problems because it is often unclear which communication mode to use for a particular destination at a given time. There are many things to consider in determining the most appropriate access method. These include things to do with the sender trying to communicate and things to do with the receiver such as where the intended recipient is and what they are doing at that time. Two examples of instant message service are described:
[Microsoft (registered trademark) network (MSN) management service]
The MSN management service is an immediate message service used on the Internet. The user can confirm that the other person (the other party) is online and can send and receive an immediate message. By confirming that others are online, it is possible to send an immediate message to each other online person or to communicate to several other online persons at once. In this way, communications and messages are “real time” over traditional email, which is, for example, that each person's email message is received for some time before being accessed. It is only left in the email box. This service allows users to confirm that others have typed on their computer terminal keyboard in an internet conversation. That is, an instant messaging service can be used to “talk” to one or more people at a time, similar to an online chat session. The user can control which others can see or "see" when the user is online and send a message to the user It is also possible to control who is possible. Thus, the MSN service is different from the traditional online chat program. Automatic notification of message receipt is also provided. However, immediate messages in the MSN message service have a temporary nature. Unless the user intentionally saves these messages, they will be lost if the message service is interrupted. This is in contrast to conventional email messages in many email systems that remain until the user actively deletes them. Information about the MSN message service is provided on the Internet by http://messenger.man.com.

[ICQ (I look for you)]
ICQ is an immediate message service for Internet users. This is a program that allows a user to check who is online and notifies the user when each designated person logs on to the ICQ service. This eliminates the need for roster searches that occur each time a user wishes to communicate with a particular person.

  Using ICQ, messages, files and web pages are sent in real time to other online users of ICQ, which also supports chat, voice, message board, conference data and internet games To do. When a new user installs ICQ, the user is prompted to register with a server that is connected to a broad network of other services using the Internet. In the registration process, the user can receive a unique ICQ identification number and enter personal information. When a registered user logs on to the Internet, the ICQ system detects it and allows other ICQ users to recognize that the user has logged on. Registered users can collect lists of friends and parties (these friends and parties must also be registered for ICQ or compatible instant messaging services), and the ICQ system Determine that each of these people is logged on to the Internet. A notification message is sent to the user notifying him or her that a friend and a member of the interest list have started or ended communication with the ICQ system. Users can limit who can contact them and hide their presence on the Internet if needed. Information about ICQ is given on the Internet at http://www.icq.com.

  Some instant messaging services have a so-called “buddy list”, which is a user list of instant messaging services selected by each user as interested. Each user is notified whether the members of the “Buddy List” are currently using it and whether they can respond to contact through the immediate message service. Such buddy lists are essentially the attributes of the owner user and do not have a voluntary state in the instant messaging system, but only play a passive role here.

  Instant messaging systems, such as America Online ’s Instant Messenger ™, offer similar capabilities to ICQ widely.

  Known instant messaging systems such as MSN and ICQ do not handle multiple access communication networks and are only compliant with the Internet. This is disadvantageous because the instant messaging system functionality is only available over the Internet.

  Integrated message systems such as Nortel Networks' own product CALL PILOT ™ are known. This allows fax, e-mail and voice mail messages to be received through a single “in box”, allowing the user to reach only certain messages It is possible to set a filter to For example, users can listen to text e-mail messages that have been automatically converted to speech using their mobile phone and can filter out non-immediate messages. However, this is not a presence management system and does not monitor user activity in the communication network.

  Products are available that function as communication networks that comply with “secretaries” that call users. For example, WILDFIRE (TM) manufactured by Wildfire Communications Ink, and Portico (TM) manufactured by General Magic Ink. Wildfire products use voice recognition to help manage user phone, fax and email communications. This product dials an outgoing call, uses the audio recording that is played to notify the caller, records the contact details, and delivers the incoming call to any phone specified by the user It is possible. However, this system is not a presence management system because it does not obtain and manage information about user activity and does not monitor their “presence” in the communication network. Also, this is not an immediate messaging system and does not allow users trying to contact other users to get information in the best form and in the best time to do so. More information on Wildfire products is available on the Internet at www.wildfire.com. More information about PORTICO is available on the Internet at www.generalmagic.com. PORTICO is the same as WILDFIRE and is restricted to the same items as Portico.

JP-A-11-150752 Japanese Patent Laid-Open No. 9-307949

  Accordingly, it is an object of the present invention to provide a presence management system or the like that overcomes or at least mitigates one or more of the above problems.

According to the present invention, there is a presence management system for use in a multi-access communication network by a superviser and a supervised person:
(I) a first input configured to receive a notification request from a monitoring person in use, wherein each notification request relates to the person being monitored;
(Ii) a second input configured to receive information about the event with respect to the monitored person, wherein at least some of the events occur outside the multi-access communication network A second input, and (iii) if information about an event associated with a particular monitored person is received, the monitoring person who made a notification request for that particular monitored person is A processor provided to be notified of the event;
There is provided a presence management system characterized by comprising:

A corresponding computer program stored on a computer readable medium is also provided, the computer program being adapted to control the presence management system, wherein the presence management system is multiplexed by the monitored person and the monitoring person. Used in an access communication network, the computer program is configured to control the presence management system:
(I) a notification request is received from a monitoring person in use, each notification request being associated with the monitored person;
(Ii) with respect to a monitored person, information about the event is received, at least some of the events are non-communication related events that occur outside the multiple access communication network; and (iii) a particular monitored person When information about an event related to is received, the monitoring person who made a notification request for that particular monitored person is notified of the event.

According to another aspect of the present invention, there is a multi-access communication network comprising a presence management system, wherein the presence management system is configured to manage a connection between a person to be monitored and a person to be monitored, and the presence management system. the system:
(I) a first input configured to receive a notification request from a monitoring person in use, wherein each notification request relates to the person being monitored;
(Ii) a second input configured to receive information about the event with respect to the monitored person, wherein at least some of the events are non-communication related events that occur outside the multiple access communication network; A second input; and (iii) when information about an event associated with a particular monitored person is received, the monitoring person who has made a notification request for that particular monitored person A processor provided to be informed about;
A multi-access communication network is provided.

A method of operating a presence management system for use in a multiple access communication network is provided, wherein the presence management system is used by a monitor and a monitored person, at least one of which is an automated service, the method comprising: :
(I) receiving a notification request from a person monitoring at the time of use, wherein each notification request relates to the person being monitored;
(Ii) receiving information about events regarding the monitored person, wherein at least some of the events are non-communication related events that occur outside the multi-access communication network; iii) notifying a monitoring person who has made a notification request for the particular monitored person when information about an event associated with the particular monitored person is received;
There is provided a method characterized by comprising:

  The advantage it provides is that information about events that occur outside the multiple access communication network is available to the presence management system, which improves the effectiveness and capabilities of the system. For example, information about credit card processing including the monitored person is used by the presence management system to provide the monitored person's geographical location and current activity status. Such information makes it possible to cross check with other information available in the presence management system, and that information is accurate and up to date. Also, a large amount of context information is provided from such events. For example, a hotel reservation event may be provided to a presence management system by a third party hotel company. Hotel check-in events provide a wealth of background information about the monitored person's current activities and possible future activities. For these reasons, the effectiveness of the presence management system is improved.

  Further benefits and advantages of the present invention will become more apparent from the following detailed description of the preferred embodiments of the present invention, which are illustrated and illustrated with reference to the accompanying drawings.

It is the schematic of a presence management system. It is the schematic of the presence management system of FIG. 1 regarding the conference telephone service as a person to monitor. It is the schematic of the presence management system of FIG. 1 regarding the ticket handling service as a person to be monitored. FIG. 2 is a schematic diagram of the presence management system of FIG. It is the schematic of a presence management system. It is the schematic of an event gateway. It is another flowchart of the computer program which controls a presence management system. It is the schematic in the case of utilizing a "partial interpretation event trigger".

  Embodiments of the invention are described below by way of example only. These examples represent forms suitable for practicing the invention and are not the only technique that can be achieved, but are currently known to the inventors.

  The term "multiple access communication network" consists of several different types of communication networks and may be accessed using a number of different types of terminals that are part of the communication network. Used to refer to possible communication networks. The communication network can be accessed at once by such a plurality of terminals. For example, a public switched telephone network connected to a mobile telephone network is a multiple access communication network. The reason is that the entire network consists of two different types of communication networks, and the entire network can be accessed using many different types such as existing telephone handsets, faxim devices, mobile phones or modems. Because it is possible. A multiple access communication network can be considered as a “federated” network, and a communication network element within a multiple access communication network can be an unconnected network (eg, the Internet) or a connected network (eg, a public switched network). Telephone network).

  The term “access communication network” is used to refer to a communication network that is located at or near the end of the core communication network and through which a user has access to the core communication network. .

  The term “presence management system” is used to refer to an automated system for use in a communication network that provides a single point of presence for users of that communication network. A location is a source of information about whether a user is available for communication in a communication network, and is preferably found in that network and in that form the user is contacted. The presence management system provides a single point of presence, regardless of whether the user has one or more terminals that access the communication network in different ways and with different access communication networks. The presence management system provides not only raw presence information but also context information. Raw presence information is raw information about the user's availability, location and capabilities in a communication network. The presence management system processes raw presence information according to rules or criteria pre-specified for the user and provides background information that is simple and easy for a human operator to understand.

  FIG. 1 shows a presence management system 10 connected to a multiple access communication network 11. A plurality of monitoring persons 12 and a plurality of monitoring persons 13 are also connected to the multiple access communication network 11. In FIG. 1, each of the monitoring persons 12 and each of the monitoring persons 13 are shown as having a single connection to the multiple access communication network 11. However, the person 13 to be monitored can also be a person who can access the multiple access communication network through a mobile phone, a laptop computer and through two different personal computers. Similarly, a monitor can have one or more connections to a multiple access communication network.

  Each person 13 to be monitored is registered in the presence management system 10 and is given a unique presence management identifier. During the registration process, each monitored person 13 enters personal information, which is recorded in the storage 14 of the presence management system 10. For example, this information includes the monitored person's email address, telephone number, and other contact information. The background information also includes information such as whether the person being monitored is a domestic worker or a traveling salesman. Details of the preferences of the person being monitored are also recorded, such as which communication mode is preferred at which time, e.g. email is always accepted, but the phone is only during working hours May be preferred. A part of such information is stored in the rule format 15 in the presence management system. Some rules are pre-configured default rules, others are entered by the person being monitored. However, storing this information in the format of rule 15 is not essential. Any format for this information can be used.

  The first input 16 is supplied from the multiple access communication network 11 to the presence management system 10. This input 16 is called event input and is provided in the form of an event gateway (detailed below). Through this first input 16, information related to an event occurring in the multiple access communication network is provided to the presence management system 10. As described above, an event related to the monitored person 13 is accessed by the presence management system 10 when, for example, the monitored person logs on to the Internet. Other examples of events include the movement of a monitored person between cells of a cellular communication network, a remote login event, or a keyboard operation by a monitored person at an Internet terminal.

  If the monitoring person 12 requests to contact the monitored person 13, a contact request is sent to the presence management system 10 by the monitoring person 12. The contact request reaches the presence management system through a second input 17 called a connection request input. These requests are received through protocols such as ICQ, IMPP (Immediate Message and Presence Protocol) or WAP (Radio Access Protocol ™). In making this request, the monitoring person does not need to know the details of the monitored person's direct contact; the presence management system identifier for the monitored person is used.

  The monitoring person 12 can also make notification requests regarding the person being monitored and optionally regarding specific events. In this case, rather than requesting to establish contact with the monitored person, the monitoring person 12 requests to be notified when a certain type of event occurs. As users enter details of their preferences into the presence management system, these may include notification preferences. That is, a preference for when, how and under what circumstances notification should be provided or allowed.

  When the presence management system receives the contact request, it is determined whether the requested monitored person is available for contact and provides information about that to the monitoring person who made the request. For example, the presence management system can respond by providing specific contact details about the monitored person, such as a phone number. In doing this, the presence management system considers the monitored person's preferences as described by the rules and the identity of the monitoring person (e.g., cellular telephone, email or fax). Select. Alternatively, the presence management system notifies the monitoring person that the person being monitored is not available.

  The monitoring person can set the monitor through which the presence management system notifies the monitoring person when the monitored person becomes available. That is, when a change in the status of a monitored person occurs, the presence management system sends a notification about the status change to the monitoring person who is interested in the monitored person.

  In determining whether the requested monitored person is available for contact, the presence management system may store information 14 about the monitored person, information about the requested connection (eg, Size and format) and rule 15. Furthermore, information regarding events from the multiple access communication network 11 is also used. For example, a request to send an immediate message at 10pm is created. The presence management system rejects the request if the rule is set so that the person being monitored is not online, but should not receive any immediate message after 9pm. However, a supervised person can set preferences to allow family members to send immediate messages at any time.

  The presence management system allows the monitoring person to send messages and communications to the monitored person, even if the monitored person is not “present” or not available in the communication network. To do. For example, if the person being monitored is not logged on to the Internet, he or she may cause the presence management system to forward email messages and faxes. Thus, the presence management system is different from the immediate message system.

[service]
One or more monitored persons 13 can be services (service providers), and similarly one or more monitored persons 12 can be services. . For example, as shown in FIG. 2, the person who monitors may be a conference phone service 20.

  The term “service” is used to refer to an automated service that can operate without human intervention. For example, a computerized movie ticket service. By allowing a monitor or monitored person to be such a service, users of presence management systems can be notified of the status or availability of goods or services without human operator intervention. It becomes possible to receive.

  Referring to FIG. 2, the conference phone service 20 can send a connection request to the presence management system in a format similar to what other supervisors 12 can perform as described above. If the conference phone service requires setting up a conference call between three or more monitored parties, it exists so that it will be notified if a requesting monitored party changes state Apply to the management system. The presence management system 10 notifies the monitored person, which is the conference phone service 20 in the current example, when each of the requested monitored persons 13 becomes available. In this manner, the conference phone service 20 can set a conference phone when a necessary person to be monitored is available.

  However, if the monitored person's status change occurs after a conference call attempt, information about availability from the presence management system is effectively "real "Time". In one example, the conference phone service advantageously forms the necessary monitored persons into groups or aggregates as detailed below. A conference call is then attempted when a notification of availability is given to a predetermined number of group members or to a quorum of group members.

  The supervised person 13 records preferences and records rules for services such as the conference phone service 20, which are taken into account by the presence management system when responding to requests by the conference phone service 20. It is done. Similarly, the preferences, information and rules of the monitored person are taken into account for other services that are the monitoring person 12.

  The person being monitored can also be a service. For example, FIG. 3 shows a ticket handling service 30 that is a person being monitored. For any other monitored person 13, the serviced person can store information 14 and rules 15 in the presence management system 10 and register with the system 10. The monitoring person sends a connection or notification request to the presence management system 10 for the ticket handling service. The notification request includes additional information in addition to a simple request for notification of a status change in the ticket handling service. For example, a notification request may be a request that is notified about a particular type of concert ticket. Many such various requests by various monitors 12 are made by the presence management system 10. Thereafter, when a ticket for a particular concert becomes available, the ticket handling service 30 provides information about it to the presence management system. This information is provided to the presence management system by a contract between the ticket handling service provider and the presence management system provider. The ticket event itself made available is an example of a “partially interpreted event trigger” which will be described in detail below. The presence management system can send a notification to each interested monitor and notify them that a ticket is available.

  Other examples of services that may be monitored include news services, sports score services, and stock trading services. Any type of service where a member or subscriber requires notification of a change can be a monitored person.

  Other examples of services that may be a monitor include security services and fraud detection services. Another example is a service that notifies the user of the nearest car parking available. This uses information about the monitored person's geographic location from the presence management system. Any suitable type of service that needs to obtain information about the activity and communication status of the person being monitored can be the person monitoring. Another example involves a sales contact service that initiates contact when a monitored person is available and highly expected to accept.

[Aggregation]
The monitored person can also be a collection or group of monitored persons. Similarly, the person who monitors can be a collection of persons who monitor. For example, FIG. 4 shows a situation with respect to a monitored person group 40 and a monitored person group 41. A group of persons to be monitored can be advantageously formed for a number of reasons. For example, several supervised persons with a common interest, such as friends, form a collective, allowing the supervising person to monitor the presence of the collective of friends as a whole. This is useful for setting up meetings within friends group members. In another example, a union of contractors within a given geographic area forms a collection of people to be monitored so that they can be easily contacted as a group rather than individually. Further examples include a sales department with multiple operators making calls (this could be a telephone call, an email message, or other suitable type of call). A set of operators is formed and the supervisor who requests contact with the set is assigned to the first available operator using appropriate communication means. In another example, a purchase order application is a work procedure application that requires two people in an authorized signer group to sign. By using a collection of authoritative signers, the request for approval is directed to the most appropriate signer combination, taking into account such matters as the existence of the signer in the office and the current activity of the signer. It is done. There are many similar reasons that a group of observers can be created.

  Aggregates differ from “buddy lists” in several ways (buddy lists are described in the prior art described above). Aggregates have an autonomous state “from the point of view” of the presence management system 10 and can perform actions for themselves, which is not done in the case of buddy lists. That is. By forming an aggregate with a voluntary state, the aggregate can be used in any form that can be used by the person being monitored or by the person being monitored. However, the buddy list is only used for limited functions specified in advance.

  An owner can be assigned to each of the aggregates to manage the membership and presence of the aggregate. This owner may be a member of the aggregate, but this is not essential and the owner can simply modify or dissolve the aggregate. In this way, the membership and presence of the aggregate is controlled. However, it is also possible to utilize other control mechanisms that do not include the monitoring person or the owner who is being monitored. For example, this function can be executed in accordance with the rules in the presence management system.

  Aggregates may be formed by individual supervisors or those who are in contact with others and form groups. Alternatively, a collection can be dynamically formed by, for example, an application or service related to a specific task. In the case of the conference phone service described above, this service can form a collection of all supervised persons (or those making conference calls) that are members required for the conference call. . The conference phone service monitors the status of the aggregate until, for example, 80% of the aggregate members are available for conference calls. A conference call is then set up and initiated (for example) by the collective owner. When a call is set up, the aggregate is destroyed or maintained until the call is terminated, allowing a late arrival to join an ongoing call.

  Aggregates can interact with presence management system 10, similar to monitored person 13 or monitoring person 12 described above, except that a “quorum” condition is used. For example, if the person being monitored is a collective, when should the presence management system inform the monitor that a change in state has occurred in the collective? Should it be done when 50% of the aggregate members change state or when all members change state? Such a matter is solved by setting a threshold or “quorum” condition on the members of the aggregate members that are required to change state prior to the entire aggregate changing state. Similarly, when the person to be monitored is an aggregate, a matter to be made regarding a request made by the person to be monitored is determined using a “quorum” condition. For example, when should a request be made and what is the request? A monitored person or a monitoring person may be a member of one or more aggregates.

[Anonymity]
In another example, presence management system 10 provides a connection address to the person being monitored. This connection address can be either the direct address of the person being monitored, or an indirect or forwarding address. This makes it possible to manage the anonymity of the person being monitored in certain situations. For example, an address can be given to a monitoring person or used by the presence management system 10 to forward a connection request from a monitoring person to a monitored person. In the latter case, the monitoring person cannot find out what the monitored person's connection address is.

  This gives four possibilities. The presence management system 10 can provide a person who monitors a direct connection address. For example, this is desirable for those designated by the family and the watcher. In the second case, the presence management system 10 can provide an indirect connection address to the person being monitored. In this case, the monitored person transmits the communication content to a transfer address such as a post office box or the like, and transfers the communication content to the monitored person. This means that the monitoring person does not have access to the monitored person's direct connection address. In the third case, the presence management system 10 transfers the communication contents from the person to be monitored to the person to be monitored. Again, in this case, the monitoring person does not access the monitoring person's direct connection address. Finally, in the fourth case, the presence management system 10 forwards the communication content from the monitoring person to a forwarding address such as a post office box or the like. The person who monitors again does not access the direct connection address of the person being monitored, but the presence management system 10 itself does not “know” the direct address.

  A supervised person can store the criteria 14 and rules 15 in the presence management system 10 and use them to determine the approach and manner of the connection address provided.

  In one example, the presence management system can provide an indirect connection address to a supervisor who can perform only a limited number of actions. The advantage this provides is that the person being monitored can receive calls from, for example, a salesperson, but can limit the number of times that the salesperson can be contacted. In this way, a monitored person can control the degree of interaction with a particular monitored person. Similarly, the presence management system can be configured to forward connection requests from those who monitor only during a predetermined limited period of time. It is also possible to use a combination of these two situations by providing an indirect connection address to a supervisor who can only perform a limited number of operations within a limited period of time. For example, a connection address that can be used up to four times a week can be issued.

  In another example, the presence management system provides an indirect connection address to the person who monitors, which is only valid for a limited number of calls or connection attempts. Further criteria can be utilized, such as by limiting the effectiveness for a given good number of calls, or terminating the validity if a poor call is made. The presence management system can also be configured to forward connection requests from those who monitor only for a predetermined limited number of calls or connection attempts.

[Partial interpretation event trigger]
The functionality of the presence management system 10 is extended by utilizing so-called “partial interpretation event triggers”. These consist of non-communication related events provided by third party services and occur outside the multiple access communication network. Information regarding these events is provided to the presence management system 10 through event input or gateway 16.

  FIG. 8 is a schematic diagram showing how a partial interpretation event trigger is used. A third party service 902, such as a hotel reservation system or an airline check-in system, is provided, and an operator of this system 902 enters business relevance 905 for the presence management system 900 provider. The monitored person 903 applies to the presence management system 900 in the manner described above in order to enjoy the benefits from the presence management system service. When this monitored person 903 uses the hotel reservation service 902 to make a stay procedure at the hotel, information relating to the stay procedure event is managed by the prior arrangement 905 between the hotel reservation service 902 and the presence management system 900. Provided to system 900. The check-in event is referred to as a “partial interpretation event trigger” and is provided to the presence management system 10 through an event gateway in a multiple access communication network (not shown).

  When a supervised person 903 subscribes to the presence management system 900, the supervised person 903 has a check-in event from a third party hotel reservation (or other) service made available to the presence management system. It is possible to specify whether or not to do so. Alternatively, when utilizing an external service 902, a monitored person can specify whether a partial interpretation event trigger from the service 902 should be provided to the presence management system.

  Although external service 902 itself may include human input and non-automated forms, the portion of external service 902 that provides partial interpretation event triggers to event gateway 904 is automated.

  Partial interpretation event trigger information is very useful because it is up-to-date and accurate. The response to the monitor's request is improved as a result of utilizing the partial interpretation event trigger information. Thus, utilizing partial interpretation event triggers contributes to the richness and accuracy of information provided by the presence management system 10. The presence management system effectively models the presence of the person being monitored for multiple access communication networks and partial interpretation event trigger information.

  One problem is that if the presence management system gives an inaccurate response to the person being monitored, the consequences are often severe. For example, when a commercial contract fails due to a communication failure between each person, the user's trust in the presence management system is rapidly damaged. In general, this causes the user to stop using the presence management system. Thus, provisions are made to reduce errors and inaccurate responses, and utilizing partial interpretation event triggers is one way to achieve that. Without partial interpretation event triggers, the information provided by the presence management system 10 needs to be stored in that specification to avoid user rejection of the presence management system.

  Examples of external services that provide partial interpretation event triggers include: security badge system, hotel reservation system, airline check-in system, and calling card system. The term “partially interpreted” is used to refer to the fact that more information is available from a partially interpreted event than just geographic location information. That is, background information is acquired in association with events of different styles. For example, an airline check-in event at a particular airport not only means that the user is geographically located at that location in the airport, but also means that (for example) the user is about to board an airplane. This background information is quickly obtained without requiring the presence management system 10 to determine that the geographic location is within the airport (eg, from the user's mobile phone location) and at the airport Under that circumstance, what is likely to happen guesses that the user is about to board the plane. Check-in information provides this information quickly and accurately. For example, a presence management system, without a partial interpretation event trigger, could make a false guess that a user was about to board an airplane if they were visiting the airport to meet someone. is there.

Further details about the presence management system are described. Those who monitor are also referred to as “watchers” and those who are monitored are also referred to as “individuals”, “entities” or “clients”. Several definitions are given:
Presence: A property indicated by being in the network. This consists of location, availability and capability.

  Position: Any spatial coordinate format for the object. These can be geographical or more abstract such as network topologies. The location may correspond to some address.

  Availability: The ability of the subject to communicate at a given time. In addition to “on-line” / “off-line”, responsiveness may represent the willingness of a subject to being involved in communication.

  Ability: A measure of the type and capacity of communication. Subjects can be connected, for example, according to restrictions imposed by available devices.

  Object: Object of existence information. The subject can be a person or a service. Also referred to as monitored person or individual.

  Group: A collection of objects that are themselves objects. That is, the group exists in an exposed manner and can be the subject of a subscription.

  Monitor: Target for presence information. The watcher can be a person or a service. A person (or service) can be both a subject and a supervisor. It is possible for various observers to grasp various preferences regarding the same object.

  Subscribe: The act of a supervisor in registering interest in the presence of an object.

  Notification: An action directed at a supervisor regarding a change in the presence of an object that was previously the subject of a subscription.

  Presence indicator: An event outside the presence system that is directly related to the presence of the subject.

  Raw presence: An unprocessed collection of presence indicators (which may be associated with a single object).

  Context presence: An abstract state derived from an object's unprocessed presence according to the rules specified for the object. The entire new presence indicator does not change to the presence status.

  Exposed presence: a viewpoint from the context presence of an object that is exposed to the observer. Derived according to the rules defined for the subject. Subjects can show different exposures to different audiences.

  Audience: A class of potential observers defined by or in connection with the subject. The actual observer may be part of a number of audiences handling a given deal.

  Partial enrollment: An act of registering interest in a part of the subject's presence. Changes to other parts of the subject's presence do not lead to notifications. Subjects can consist of other subjects (eg, groups), but can have elements that are not themselves, but their existence can still be discussed.

  Micro-subscription: A subscribing action performed by a supervisor, which assists in the difference of subject rules between subscriptions by the same supervisor. That is, the observer is presented with two different perspectives on existence for different micro-subscriptions for the same subject.

  Communication: An interaction involving one or more participants, in which information is transmitted. Communication is characterized by the pattern of interaction and by the medium of information transfer.

  Interaction pattern: Message interaction, conversation interaction or stream interaction (in the context of architecture).

  Message interaction: Immediate message, deferred message, or authentication message.

  Immediate message: A message that is delivered to other participants without explicit action on their part.

  Interstitial messages: messages delivered to other entrants after clear actions on their part, such as e-mail and voice mail, for example.

  Authentication message: A message that the sender expects to receive from the recipient.

  Sender: The originator of the message interaction.

  Conversational interaction: Exchange of (interleaved) messages such as, for example, internet chat sessions.

  Stream interaction: An interaction involving one or more continuous data flows between participants. A separate flow proceeds in the opposite direction between participants. There can be multiple separate flows between the same participants in the same direction. Stream interactions are classified as simplex, half-duplex, or (full) duplex. A two-way voice call is a terminal level stream interaction. The conversation pattern only applies to (human) participants.

  Caller: The originator of a conversation or stream interaction.

  Medium: An expression style used to transfer information. Possible media are (various) files, text, sound (including audio), fax and video.

  Mediation: The act of converting one type of communication to another. This requires media conversion and / or interaction pattern conversion.

  Proxy communication: Communication where mediation exists between participants.

  Third party communication: Communication initiated by a non-entrant.

  Service discovery: The process of making the presence of an appropriate service aware.

  Service description: A description of what a service does in a format understood by the service provider and by the user of the service.

  Service: A subject, for example, a voluntary software element that can participate in communications.

  FIG. 5 shows the presence management system 10 of FIG. 1 in detail. A plurality of supervisors 12 and a plurality of supervised persons 13 can access the presence management system 10 through the multiple access communication network 11. In this example, the multiple access communication network consists of an Internet protocol communication network 50, a wireless communication network 51 and a public switched telephone network (PSTN) 52. However, this is not essential and various forms and combinations of communication networks can be utilized to form a multiple access communication network.

  Input from the multiple access communication network 11 to the presence management system 10 is provided in the form of an event gateway 53. The connection request from the supervisor 12 to the presence management system is accepted through a connection request input that can be provided using, for example, the IMPP protocol 60, the WAP protocol 61, or the ICQ protocol 59. The event gateway 53 will be described below. A connection from the presence management system to the multiple access communication network 11 is provided in the form of a connection gateway 54 if a connection is established between the person being monitored and the person being monitored using the presence management system 10.

  The monitored person information 14 and the rules 15 are stored in the presence management system 10. When the monitored person 13 registers to use the presence management system 10, the profile of the monitored person 13 is constructed and stored in the presence management system. A profile management system 56 within the presence management system is provided for managing these profiles.

For example, a subject's profile includes the following, which may be default information entered by a subject or monitored person or pre-specified:
A contact address for the subject in each member of the access communication network, or an elemental part of the access communication network.

  A collection of possible presence values for that object, such as “home”, “working”, “moving”, “unable to contact” or “unknown”. For many of these, the system also maintains attributes such as geographic location.

  -Minor changes to default values by moving from one presence to another.

  • The subject's own perspective on what the exposed presence of potential audiences, such as family, friends, and peers has. Each member of the potential audience sees a projection about the presence of the subject. In real-life applications, the administrator can provide an audience definition for many common subjects (cf. email distribution list).

  • The level of supervisor authentication for each audience to allow the subject to have a safeguard against the fact that the audience actually belongs to the audience.

  • For some communications (eg, an immediate message notifying new emails), the subject wishes to perform fine-grained control and insists that the supervisor make a micro-subscription. The attributes of such subscriptions can also be delegated to the subject rules (cf. Email filter).

  When an object is first registered by the presence management system 10, there is a significant amount of data that needs to be captured. To reduce the work burden on the subject, default information is provided and uses a “wizard” format to help the user to enter the required information quickly and easily. Thereafter, the data can be modified by the person or subject being monitored. These functions are executed by the profile management system 56.

For example, in the case of an object representing a human user, the interaction performed by the “wizard” data capture process may be as follows:
The user selects “office work”, “sales job” or “manager” from among many “lifestyles”. Each lifestyle (lifestyle) is expressed in a template together with default values.

  • Each choice starts a dialogue dedicated to that choice. For example, set the geographical location of the home and office. Additional locations are formed if necessary.

  In one example, the presence management system can detect and capture details about the device that the subject uses for communication.

  • Definition of potential audience with respect to user presence (family, friends, etc.).

Finally, the user decides that contact information will be notified to the members of the audience due to the change in the presence situation.
Some of this configuration is cumbersome and they are masked by the user until the “select more” button is pressed.

  The presence management system also includes an unprocessed presence management unit 55 and manages an unprocessed collection of presence indicators. The unprocessed management unit 55 organizes the presence indicators in a table or other structure as indicated by the object. In this way, each presence indicator is accessible based on the object with which it is associated. A large number of presence indicators may be stored in the unprocessed management unit 55. However, as many recent presence indicators become available for a given subject, due to their nature, the presence indicators become redundant and to the indicators based on the process or age to update the presence indicator. A process of giving weights is provided.

  The multiple access communication network 11 is composed of one or more communication networks such as a public switched telephone network 52 and a wireless communication network 51. An event gateway specific to the type of communication network is provided for each communication network or respective approach, such as mobile and wired telephones. The Internet is a logical association of several access communication networks and core data networks that utilize a common Internet Protocol (IP) structure.

  The event gateway receives raw data from the access communication network, processes it in advance, and transmits it to the raw presence manager via one or more event inputs 16. Examples of these events are keyboard activity at the terminal, movement between cells of the cellular communication network, and changes in off-hook events in the VLR (visitor location registration) and PSTN. Other events include the use of “last offered incoming calls”, services on the public switched telephone network, detailed information by calendar services and the release of PalmPilot7 ™. The event gateway generates authenticated time-ordered location data events that are filtered and homogenized. That is, only information about users tracked by this presence system is transmitted to the unprocessed presence manager. This is accomplished by utilizing a filter in the event gateway or at the event input 16. Events are also presented to raw management in a technically neutral format (all of the various access network technology idiosyncraisies are hidden by the event gateway as much as possible). .

  The event gateway is divided into two parts. The first part is the interface to the presence management system and the second part is the interface to the access network. The two parts of the event gateway communicate on the Internet using a protocol. Different types of event gateways are provided according to the type of access network used.

  As described above, a subscription is made when a monitor registers that he is interested in the presence of an object. The subscription manager 57 is provided in the presence management system 10 and manages the subscription process.

  A user or service (monitoring person) outside the presence management system applies for presence information for a specific client (monitored person) in the presence system. If the presence management system consists of multiple servers, this request is delivered to the home server for that client (the person being monitored). The subscription request is made by one of several protocols such as IMPP, WAP or possible ICQ. In each case, the subscription request requires a return address for notification (eg, an IMPP address), some identifying information for the subscriber or the monitor (subject to the propagation restrictions of existing clients), and presence information. It includes the identity of existing clients.

  In one example, the duration of a subscription (lifetime) is controlled by the subscriber, i.e., declared by the subscriber (the person who monitors) when there is no interest in the presence of a given client. However, if the watcher does not act to declare that he is no longer interested, the old subscription will eventually be destroyed. In some cases, subscriptions are continuously maintained (to recover from errors), which creates a garbage collection operation. For example, all subscriptions that are inactive for an hour may be deleted. In the case of instant email notifications that make an email noticeable, for example, whether a client is “online” for a particular email notification is determined by the sender, size, and keyword in the email Depends on the certainty. Rather than the subscriber presenting this second information at the time of sending the immediate message, the initial subscription can capture all the information for which reachability is determined. What is a single subscription by email notification service for a single client is replaced with a detailed subscription, each associated with the client's aggressiveness to receive a given email notification.

  In this case, the IMPP is extended to carry additional parameters. This is in XML string format. For example, in the case of an email notification service, the IMPP subscription application includes <subscription-detail type = “IM” reftype = “e-mail” from = “fred”>. One possibility is that the presence system responds to such a subscription by asking for further information, eg a rule inserted by the client covers the “To” field of the email. If so (ie someone else receives it), the response is to reject the subscription giving a good reason.

  The presence management system 10 includes an exposure presence management unit 58 as shown in FIG. As described above, the “existence presence” is a viewpoint of the presence of the target that is exposed to the observer. In accordance with the rules so defined for the subject, the subject exhibits different exposures to different audiences. The function of the exposure presence manager 58 “determines” what information is available to the person being monitored based on the rules 15 and other criteria set by the person being monitored or defined as default. That is.

  When the available information changes, for example, new information arrives through the event gateway 53 and thus the exposure presence management unit 58 is activated. The exposure presence manager checks the actual subscription application against the person being monitored as new information arrives. If there is any valid subscription application, exposure presence manager 58 queries Rule 15 to determine what information (if any) is available to the monitor with a valid subscription application. .

  The presence management system 10 has an interface to ICQ and / or IMPP 60 or WAP 61 protocol output. Information available to a monitor with a valid subscription is formed through this interface 59 or their output.

  The presence management system includes a connection management unit 59 in some examples. When the presence management system itself transfers the communication request directly to the person to be monitored, the connection management unit 59 provides this transfer function using the connection gateway 54. At least one connection gateway 54 is provided for each type of access network. Part of the function of the connection manager 59 is to “determine” which connection gateway 54 should be used for a particular communication request and to manage changes between the connection gateways 54 according to the communication conditions. . In addition, the connection manager determines which access media is used for a given interaction when one or more access media are available and appropriate.

  In one embodiment, the connection management unit 59 includes an intermediary element 62. This allows one type of message, such as voice, to be changed to another format, such as e-mail, providing flexibility to the monitored and monitored person. The intermediary element 62 utilizes rules to determine whether and how best to change the format of a given message.

  The presence management system includes an unprocessed presence management unit 55. The unprocessed presence management unit 55 acquires and stores information from the event gateway 53 and processes this information to form a “presence situation” for each person to be monitored. Multiple default situations are defined as “at home”, “work desk”, “moving”, etc., using information received from the event gateway 53 along with other monitored person information Determine which situation applies to a given monitored person at a time. Rules are used to assist this decision process. For example, a rule for mapping a position index to a presence situation is determined in advance. Those who are monitored can enter their own rules and the presence status used in the unprocessed presence manager 55.

  The rules used by the unprocessed presence manager 55 and the exposure presence manager 59 can always be resolved locally. Many other elements of presence management systems also use rules. These are stored in one rule or in association with a particular element of the presence management system. For example, the connection manager 59 uses rules to determine which of several possible connection options is preferred.

  The interface between the unprocessed presence manager 55 and the exposure presence manager 58 can be distributed. The two management units 55 and 58 have different conditions. The unprocessed presence management unit 55 performs only local update on the stored data 14 based on the input data. This causes a short delay so that the position data from the event gateway 53 does not need to be continuously returned. That is, when processed by the unprocessed presence management unit 55, a significant change is held in the stored data 14.

  The exposure presence manager 58 needs to engage in a number of external interactions in order to transmit presence information to the subscriber over various protocols. As a reflective effect on updates by the unprocessed presence manager 55, it can be activated directly from the stored data 14, or there can be a direct interface between the two.

In one example, a computer program stored on a computer readable medium is provided. FIG. 6 is a flowchart of a method executed by a computer program. This computer program is suitable for controlling the presence management system and allows connections to be managed between the monitoring person and the person being monitored. A presence management system is suitable for use in a multiple access communication network, and a computer program is created to control the presence management system:
(I) Information of the person to be monitored is stored (box 701 in FIG. 6);
(Ii) a group of rules for connection criteria is formed (box 702 in FIG. 6);
(Iii) information about events occurring in the multiple access communication network is received through the input used (box 703 of FIG. 6);
(Iv) if a connection request is received from the monitor; and if a request from the monitor for the connection with the monitored person is received, whether the monitored person currently allows a connection to be established Information is provided, which is determined based on stored content, rules and input information about the event; at least one person is a service (box 704 in FIG. 6).

  FIG. 7 is another flowchart of such a method executed by a computer program. In this case, the person to be monitored first registers 801 in the presence management system, and inputs 802 information used to create a rule. This information is related to the monitored person's communication standards and preferences, such as what terminal type he or she uses and which form of communication is preferred at different times of the day.

  The presence management system may then receive a number of different types of input. For example, a subscription application from a monitoring person is received 803, where the subscription application details are recorded 809. For example, this may be a request by a monitoring person to be notified of a monitored person's state change.

  The presence management system also receives 804 incoming events. In this case, the method checks 805 all current subscriptions to see if the incoming event is appropriate for them. If so, a notification is sent 806 to the monitoring person who made the appropriate subscription application. Then, the record of the subscription application is updated 805. For example, subscriptions can be configured to be deleted after being activated only once.

  The presence management system also receives 807 an incoming connection request from the monitoring person. In this case, the presence management system checks the availability of the monitored person and, if appropriate, establishes a connection or forwards the connection request 808 to the monitored person.

  In one example, a presence management system has: a first input configured to receive a request from an actual observer, each of which is one of the following three types: They are: (a) a notification request for a monitored person and optionally a specific event, (b) a contact request for the monitored person, or (c) a fetch request for the monitored person. The presence management system also has a second input configured to receive information about the event for the person being monitored, the event occurring in the multiple access communication network used. In addition, a third input is provided and is configured to receive and store information input by the person being monitored. This information is related to the monitored person and is used to translate incoming events and is used to control the monitoring person with respect to information received about the monitored person. Information is stored so that it can be associated with the relevant monitored person. The presence management system has a processor so that when information about an event associated with a particular monitored person is received in use, that information is converted according to the information received from the previously monitored person. To. When information about an event associated with a particular monitored person is received, the monitoring person who made the notification request for that particular monitored person is notified. This is done assuming that the stored information does not prohibit or limit sending notifications at that time. For example, a monitor may specify that he or she does not want to be disturbed between 9am and 10am. When a contact request is received, a contact is established by the presence management system if the requested terminal is available and both user preferences allow the contact to be established. When the acquisition request is received, all or part of the information about the monitored person is transmitted to the monitoring person according to user preferences and criteria set by the monitored person. In this way, the monitoring person can quickly and easily obtain all of the available information about the person being monitored.

The present invention has various uses. These use the input information about events that occur in the communication network, which includes a presence management system that provides background information. The present invention also includes a computer program for controlling such a presence management system and a multiple access communication network comprising the presence management system.
The means taught by the embodiments will be listed below as an example.
[Supplementary Note 1] A presence management system for use in a multi-access communication network by a supervisor and a supervised person:
(I) a first input configured to receive a notification request from a monitoring person in use, wherein each notification request relates to the person being monitored;
(Ii) a second input configured to receive information about the event with respect to the monitored person, wherein at least some of the events occur outside the multi-access communication network A second input, and (iii) if information about an event associated with a particular monitored person is received, the monitoring person who made a notification request for that particular monitored person is A processor provided to be notified of the event;
A presence management system characterized by comprising:
[Appendix 2] In the presence management system described in Appendix 1, further:
(I) an input configured to access a storage of monitored person's information;
(Ii) a storage unit for information on connection criteria;
(Iii) an input configured to receive a connection request from a monitoring person in use;
Information about whether or not the monitored person can handle the established connection when a request is received from the monitoring person regarding the connection with the monitored person at the time of use. The presence management system is formed as described above, and the information is provided based on the storage unit, the information about connection criteria, and the input information about the event.
[Supplementary Note 3] The presence management system according to Supplementary Note 1 or 2, further comprising a storage unit for information about the notification criterion.
[Appendix 4] The presence management system according to any one of appendices 1 to 3, wherein the non-communication related event includes a credit card approval.
[Appendix 5] The presence management system according to any one of appendices 1 to 4, wherein the non-communication related event includes a calling card process.
[Appendix 6] The presence management system according to any one of appendices 1 to 5, wherein the non-communication related event is a hotel reservation event.
[Appendix 7] The presence management system according to any one of appendices 1 to 6, wherein the non-communication related event is an air check-in event.
[Appendix 8] The presence management system according to any one of appendices 1 to 7, wherein the at least one person is an automated service.
[Supplementary Note 9] The presence management system according to supplementary note 8, wherein the automated service is a person who monitors.
[Supplementary Note 10] The presence management system according to supplementary note 8, wherein the automated service is a person to be monitored.
[Appendix 11] The presence management system according to any one of appendices 1 to 10, wherein at least one person is composed of a plurality of individuals.
[Supplementary note 12] In the presence management system according to any one of supplementary notes 1 to 11, the presence management system is further monitored during use based on information received about an event occurring in the multiple access communication network. A presence management system configured to provide information about a person's geographic location.
[Supplementary note 13] In the presence management system according to any one of supplementary notes 1 to 12, the presence management system is further configured to monitor a person to be monitored based on information received about an event occurring in the multiple access communication network. A presence management system characterized in that it is configured to provide information about current activities.
[Supplementary Note 14] In the presence management system according to any one of supplementary notes 1 to 13, the presence management system is configured to provide information on a connection type that can be received by a monitored person. A presence management system.
[Supplementary Note 15] The presence management system according to any one of supplementary notes 1 to 14, wherein the storage content of the monitored person's information includes a connection preference of the monitored person.
[Supplementary Note 16] The presence management system according to any one of supplementary notes 1 to 15, wherein the presence management system is configured to provide a connection address for a person to be monitored.
[Supplementary Note 17] The presence management system according to supplementary note 16, wherein the connection address is usable only within a limited time.
[Supplementary Note 18] In the presence management system according to any one of Supplementary Note 16 or 17, a connection from which a request from the monitoring person is provided in a form in which the monitoring person does not have access to the connection address. A presence management system that is forwarded to an address.
[Supplementary note 19] A computer program stored in a computer readable medium, adapted to control a presence management system, said presence management system being in a multiple access communication network by a monitored person and a monitoring person And the computer program is configured to control the presence management system:
(I) a notification request is received from a monitoring person in use, each notification request being associated with the monitored person;
(Ii) with respect to a monitored person, information about the event is received, at least some of the events are non-communication related events that occur outside the multiple access communication network; and (iii) a particular monitored person A computer program characterized in that, when information about an event related to the event is received, a monitoring person who has made a notification request for that particular monitored person is notified of the event.
[Supplementary Note 20] A multi-access communication network comprising a presence management system, wherein the presence management system is configured to manage a connection between a monitoring person and a monitored person, the presence management system comprising:
(I) a first input configured to receive a notification request from a monitoring person in use, wherein each notification request relates to the person being monitored;
(Ii) a second input configured to receive information about the event with respect to the monitored person, wherein at least some of the events are non-communication related events that occur outside the multiple access communication network; A second input; and (iii) when information about an event associated with a particular monitored person is received, the monitoring person who has made a notification request for that particular monitored person A processor provided to be informed about;
A multi-access communication network comprising:
[Supplementary Note 21] A method of operating a presence management system used in a multiple access communication network, wherein the presence management system is used by a person who monitors and a person who is monitored, and at least one of them is an automated service. The method is:
(I) receiving a notification request from a person monitoring at the time of use, wherein each notification request relates to the person being monitored;
(Ii) receiving information about events regarding the monitored person, wherein at least some of the events are non-communication related events that occur outside the multi-access communication network; iii) notifying a monitoring person who has made a notification request for the particular monitored person when information about an event associated with the particular monitored person is received;
A method characterized by comprising:

Claims (22)

A presence management system used in a multiple access communication network by a monitoring terminal and a monitored terminal,
(I) a first input unit configured to receive a notification request from a monitored terminal, wherein each notification request is associated with the monitored terminal;
(Ii) a second input configured to receive event information about non-communication related events relating to the monitored terminal that occur outside the multiple access communication network;
(Iii) Check whether the status of the monitored terminal has changed according to the received event information, and if the status of the monitored terminal has changed, the status of the monitored terminal A processor configured to notify a monitoring terminal that has made a notification request for a change, whether background information including geographical location information has been acquired from the received event information, and a change in state has occurred. A presence management system which takes into account the background information when confirming whether or not. The presence management system
(I) a storage unit for monitored terminal information, wherein the first input unit is configured to access the storage unit for monitored terminal information;
(Ii) a storage unit for information on connection criteria;
(Iii) The second input unit is configured to receive a connection request from a terminal to be monitored, and a connection to be established when a request for connection with a monitored terminal is received from the terminal to be monitored The presence management system is formed such that information on whether or not the monitored terminal is compatible is provided, and the information is based on information on connection criteria and information on non-communication related events. The presence management system according to claim 1 provided.   The presence management system according to claim 1, further comprising: a storage unit for storing information about a notification request received from a monitoring terminal.   The presence management system according to claim 1, wherein the non-communication related event indicates that a user of the monitored terminal uses a telephone card.   The presence management system of claim 1, wherein the non-communication related event indicates that a user of the monitored terminal has booked a hotel.   The presence management system according to claim 1, wherein the non-communication related event indicates that a user of the monitored terminal has checked in at an airport.   The presence management system according to claim 1, wherein at least one of the monitoring terminal and the monitored terminal is related to a service that operates automatically.   The presence management system according to claim 7, wherein the automatically operating service relates to a terminal to be monitored.   The presence management system of claim 7, wherein the automatically operating service is associated with the monitored terminal.   The presence management system according to claim 1, wherein at least one of the monitored terminal and the monitored terminal is associated with a plurality of terminals.   When the presence management system receives information about an event that occurred in the multiple access communication network, it causes the presence management system to provide information on the geographical location of the monitored terminal to the monitoring terminal The presence management system according to claim 1, further comprising a processing unit.   When the presence management system receives information about an event that occurred in the multiple access communication network, the presence management system has processing means that cause the presence management system to provide information about the current activity of the monitored terminal The presence management system according to claim 1.   The presence management system according to claim 1, wherein the presence management system is configured to provide a terminal that monitors information about a connection format that can be received by the monitored terminal.   The presence management system according to claim 1, further comprising a storage unit for information on a terminal to be monitored, wherein the storage unit for information on the terminal to be monitored includes information on a connection preferable for the terminal to be monitored.   The presence management system according to claim 1, wherein the presence management system is configured to provide a connection address for a monitored terminal to a terminal that monitors the connection address.   16. The presence management system according to claim 15, wherein the presence management system is configured to use the connection address to connect a monitored terminal to a monitored terminal within a limited time. In the presence management system, the connection address provided to the terminal to be monitored is used by the presence management system.
The presence management system according to claim 15, wherein the presence management system transfers a connection request from the monitored terminal to the connection address while preventing the monitored terminal from accessing the connection address.   The presence management system according to claim 1, further comprising a storage unit for information on notification criteria.   The presence management system according to claim 1, wherein the non-communication related event indicates that a user of the monitored terminal uses a credit card. A computer readable storage medium for storing computer readable code, wherein said computer readable code is executed in a presence management system, said presence management system comprising: a monitored terminal in a multiple access communication network; The computer readable code used by a monitoring terminal causes the presence management system to perform a procedure, the procedure comprising:
(I) receiving a notification request from a monitored terminal, each notification request being associated with a monitored terminal;
(Ii) receiving event information about non-communication related events relating to the monitored terminal occurring outside the multiple access communication network;
(Iii) Check whether the status of the monitored terminal has changed according to the received event information, and if the status of the monitored terminal has changed, the status of the monitored terminal A step of notifying a monitoring terminal that has made a notification request for a change and acquiring background information from the received event information, wherein the background information includes geographical position information and a state change occurs; A storage medium comprising steps that are taken into account when checking whether or not. A multiple access communication network including a presence management system, wherein the presence management system manages a connection between a monitored terminal and a monitored terminal, and the presence management system includes:
(I) a first input unit configured to receive a notification request from a monitored terminal, wherein each notification request is associated with the monitored terminal;
(Ii) a second input configured to receive event information about non-communication related events relating to the monitored terminal that occur outside the multiple access communication network;
(Iii) Check whether the status of the monitored terminal has changed according to the received event information, and if the status of the monitored terminal has changed, the status of the monitored terminal A processor configured to notify a monitoring terminal that has made a notification request for a change, whether background information including geographical location information has been acquired from the received event information, and a change in state has occurred. A multiple access communication network comprising: a processor that takes into account the background information when confirming whether or not. A method of operating a presence management system used in a multiple access communication network, wherein the presence management system is used by a monitoring terminal and a monitored terminal, and at least one of the monitoring terminal and the monitored terminal is It is automated and the method is
(I) the presence management system receiving a notification request from a monitored terminal, wherein each notification request is associated with a monitored terminal;
(Ii) the presence management system receiving event information regarding a non-communication related event associated with the monitored terminal that occurs outside the multiple access communication network;
(Iii) The presence management system confirms whether or not the status of the monitored terminal has changed according to the received event information, and if the status of the monitored terminal has changed, the monitoring The presence management system obtains background information including geographical location information from the received event information. Taking into account the background information when checking whether a change of state has occurred.

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