KR20030068622A - Method for controlling a information for a client distribution type based on the internet-network - Google Patents

Abstract

PURPOSE: A method for managing the client distributed information based on the Internet network is provided to minimize the probability for flowing out and losing the information of a sender without an upgrade expense of a server by distributing the information from the sender to a receiver client and managing it. CONSTITUTION: If an information transmission event is occurred from an information reception management agent, it is judged that an information receiver appointed by a sender is logged on to a system after temporarily storing the information. If the information receiver is logged on to the system, the temporarily stored information is extracted and transmitted to the information reception management agent(S8). It is judged that an information reception completion message is transmitted from the information reception management agent(S9). If the message is transmitted, all temporarily stored information is deleted(S11).

Description

Method for controlling a information for a client distribution type based on the internet-network}

The present invention relates to a client distributed information management method based on the Internet network, and more specifically, an information transmission and reception management agent dedicated to the transmission and reception of information to any sender and receiver client, Based on this, the information transmitted from the sender side can be distributed and managed in the receiver side client, for example, rather than the server side D / B, so that the information of the sender side information is eliminated without any additional cost for upgrading the server side system. The present invention relates to a client distributed information management method based on the internet network which can minimize the possibility of leakage and loss.

Recently, with the rapid development of the Internet related technologies, various kinds of information transmission and reception events using the Internet network have been widely generated.

Usually, under the Internet-based information transmission / reception system according to the prior art, information uploaded from any sender-side client is a server-side database (D / B: Data Base; hereinafter referred to as "D / B"). It is stored and managed reliably at a later date. In the future, a specific receiver logs in to the server side through the receiver side client, accesses the central D / B, and checks the information uploaded by the sender.

However, under the information transmission / reception system according to the related art, since the information uploaded from the sender side client is managed by the centralized method in the D / B on the server side as described above, for example, If the central D / B on the server side is hacked by a hacker or the central D / B on the server side is damaged due to a computer error, the sender's information is inevitably damaged. If the accident becomes a reality, the sender is forced to suffer serious damages that his upload information is leaked or lost at all.

If the upload information on the sender side is important information requiring high security maintenance, the foregoing damage is inevitably greater.

Of course, if the central D / B firewall (Firewall) is strengthened or its capacity / function, such as up-grade significantly, this damage can be reduced to some extent, but this is not only expensive In reality, it is almost impossible to completely block hacker attacks, computational errors, etc. In view of this, only the above countermeasures have some limits on completely reducing the damage on the sender side. none.

Accordingly, an object of the present invention is to install an information transmission and reception management agent dedicated to the transmission and reception of information to any sender and receiver client, and based on this, the information transmitted from the sender side is the server side D / B. Instead of, for example, by being distributed and managed in the receiver client, it is possible to minimize the possibility of leakage of the sender side information, the likelihood of loss, etc. without any additional cost for upgrading the server side system.

Still other objects of the present invention will become more apparent from the following detailed description and the accompanying drawings.

1 is a conceptual diagram illustrating a client distributed information management system constituting the base environment of the present invention.

2 is a flowchart sequentially illustrating a client distributed information management method based on the Internet network according to the present invention.

3 to 5 are exemplary diagrams conceptually showing the platform display situation of the information transmission and reception management agent according to an embodiment of the present invention.

In order to achieve the above object, in the present invention, a series of clients distributed selectively according to event data outputted from a series of information transmission / reception management agents pre-installed on an arbitrary client of a sender / receiver side separately connected to the Internet network. Disclosed is a type information management method.

Specifically, the client distributed information management method includes determining whether a series of information transmission events have occurred from the information transmission management agent, and when the information transmission event occurs from the information transmission management agent, After temporarily storing, determining whether the information receiver specified by the sender is currently logged in to the system; and if the information receiver is currently logged in to the system, temporarily storing the extracted information and extracting the information. Transmitting to the information receiving management agent side; determining whether a series of information receiving completion messages have been transmitted from the information receiving management agent; and if the information receiving completion message is transmitted from the information receiving management agent, storing the foregoing temporary store. To delete all information It is a combination.

Hereinafter, a client distributed information management method based on the Internet network according to the present invention will be described in detail with reference to the accompanying drawings.

As shown in FIG. 1, the client distributed information management system 100 constituting the base environment of the present invention is largely an information management server 101, a D / B management server 106, and a D / B block 107. It consists of a combination of these. In this case, the member information D / B 108, the operation information D / B 109, and the like are arranged in the previous D / B block 107.

At this time, the member information D / B 108 includes, for example, " a sender / receiver authentication ID / authentication password, sender / receiver personal data, sender / receiver mail account, sender / receiver system visit history > And a series of member related information such as “‥” and the like, and the operation information D / B 109 includes a series of operation related information for operating an online page such as, for example, “online page graphic information and online page setting information ‥‥”. Is stored.

At this time, the previous D / B management server 106 selectively stores the above-described member information, operation information and the like in the required area of the D / B block 107, or the previous member information D / B 108, operation And selectively outputs the above-mentioned various data from the information D / B 109 and the like.

In this case, the D / B management server 106 not only plays a role of storing and outputting various data, but also simultaneously plays an intelligent role of efficiently managing these data in the fastest time without overlapping.

In this state, the information management server 101 controls the D / B management server 106 systematically, thereby controlling whether or not to store and extract the above-described member information and operation information. .

On the other hand, any information sender, information receiver, or the like, who wishes to enjoy the present invention, utilizes the sender-side client 1 and the receiver-side client 2 to make an online connection to the client distributed information management system 100 of the present invention. .

In this case, a part of the sender-side client 1 guides the information creation process by the sender, and a series of information transmission management agents 200 for transmitting the information created by the sender to the system 100 are pre-installed. In addition, a part of the receiver client 2 is provided with a series of information reception management agents 300 for guiding the receiver to receive information by the receiver and reporting whether the receiver receives the information to the system 100.

In this case, the information transmission management agent 200, the information reception management agent 300, and the like exchange a series of data with the information management server 101 by using, for example, a TCP / IP-based socket. The process can proceed smoothly.

In this case, the interface module 102 stores various event data output from the information transmission / reception management agent 200, 300 in a state of mediating between the information transmission / reception management agent 200, 300 and the information management server 101. In addition to the role of transmitting to the 101, and serves to transmit a variety of data output from the information management server 101 to the information transmission and reception management agent (200,300).

On the other hand, as shown in the figure, the information management server 101 is not only the D / B management server 106, the interface module 102, but also the application loader 103, the information temporary storage module 104, the message The management module 105 and the like also form a series of signal connection relationships.

In this case, when the loading request message of a series of applications, for example, an information transmission management agent, an information reception management agent, and the like is transmitted from the information management server 101, the application loader 103 may transmit the agent to the information management server 101. By transmitting the information transmission management agent 200, the information reception management agent 300, etc. to each of the transmitting and receiving client (1, 2) to the stable transmission.

In this case, any sender, receiver, or the like, who wishes to enjoy the series of services according to the present invention, initially accesses the client distributed information management system 100 and performs a series of subscription procedures before using the present invention in earnest. By advancing, the above-mentioned information transmission / reception management agent 200,300 can be installed in advance in some areas of the client side 1,2.

In addition, the information temporary storage module 104 described above is transmitted from the sender-side client 1, for example, the information transmission management agent 200, and correspondingly, a series of information is transmitted from the information management server 101. When the " information temporary storage request message " is delivered, it serves to temporarily store a series of sender-side information transmitted from the information transmission management agent 200.

Subsequently, the information temporarily stored in the information temporary storage module 104 is extracted to the information reception management agent 300 at the same time as the system login of the information reception management agent 300 installed in the receiver side client 2. And, at the same time as the completion of this transmission procedure, under the control of the information management server 101, it is stably deleted.

In addition, the previous message management module 105 is the information temporarily stored in the information temporary storage module 104 is transmitted to the information reception management agent 300, and a series of information reception from the information reception management agent 300 is completed When the message is delivered, under the control of the information management server 101, a series of information transmission result messages are generated, and the generated information transmission result message is transferred to the information transmission management agent 200, whereby the information management server 101 is generated. ) To assist in the stable completion of a series of information management processes.

Hereinafter, the client-specific distributed information management method of the present invention using the system of the above-described configuration will be described in detail.

As shown in Fig. 2, first, by using the present invention, any sender who wishes to enjoy a series of information transmission services, for example, a product purchaser, has an information transmission management agent (previously installed in the sender-side client 1). 200 is executed to activate the information creation platform 401 as shown in FIG. 3, and then the information creation platform 401 is utilized to proceed a series of information creation processes (step S100). In this case, the information transmission management agent 200 continuously monitors the information creation status of the sender, for example, and stably guides a series of computational operations desired by the sender based on the monitoring result.

For example, if the sender proceeds with a series of recipient selection events for selecting the desired recipient of information, the information transmission management agent 200 displays the corresponding recipient selection guide platform 402 as shown in the figure. By displaying, the user's computer work can be stably guided.

In the future, when the sender enters all the desired information and selects transmission, the information transmission management agent 200 immediately converts the data created by the sender into data for network transmission, and then serializes the converted data. Through the socket communication of the system, transmits to the interface module 102 of the system 100 side.

With this infrastructure in place, the information management server 101 continuously checks the interface module 102 to determine whether a series of information transmission events have occurred from the information transmission management agent 200 (step S1).

At this time, if it is determined that the sender has not yet completed a series of information creation processes and no separate information transmission event has occurred from the information transmission management agent 200, the information management server 101 moves the flow to step S2. Proceed and maintain a series of standby states.

However, if the sender completes a series of information creation processes, selects transmission, and determines that a series of information transmission events have occurred from the information transmission management agent 200, the information management server 101 immediately determines the D / D. After extracting the member information stored in the member information D / B 108 by using the B management server 106, the extracted sender information is used to authenticate whether or not the sender is registered (step S3). Of course, the information transmitted from the information transmission management agent 200 includes various data necessary for authentication of the sender, for example, a sender authentication ID, a sender authentication password, and the like so that the information management server 101 can easily proceed with such an authentication process. This is attached.

When this authentication process is completed and whether or not the sender is normally registered, the information management server 101 immediately requests the information temporary storage module 104 to "store the information transmitted from the information transmission management agent." As soon as the request message is transmitted from the information management server 101, the information temporary storage module 104 stably stores the corresponding information stably (step S4).

Through the above process, when the information transmitted from the information transmission management agent 200 is temporarily stored in the information temporary storage module 104, the information management server 101 immediately transmits the message "information transmitted from the information transmission management agent 200." After checking " information receiver included in the received information ", the member information D / B 108 is used to determine whether the information receiver is currently logged in to the system 100 (steps S5 and S6).

At this time, if it is determined that the information receiver has not logged in to the system 100 yet, the information management server 101 proceeds to the flow at step S7 to maintain a series of standby states.

However, after the information receiver, for example, the product seller, executes the information reception management agent 300 previously installed in the receiver side client 2, and activates the information reception platform 404 as shown in FIG. If, for example, the order history search item 405 posted on the information receiving platform 404 is selected and the information receiver is determined to log in to the system 100, the information management server 101 immediately proceeds. Extracting the sender side information temporarily stored therein by using the information temporary storage module 104 and transmitting the extracted sender side information to the receiver side client 2 via the interface module 102. Proceed to step S8.

In this case, the information reception management agent 300 previously installed in the receiver client 2 receives the sender side information transmitted from the information management server 101 through a series of socket communication, and then transfers the information to itself. Of the receiver at the sender's side by quickly storing the information in D / B (not shown) and displaying the information, for example, via a series of display platforms 406 as shown in FIG. Information, such as order list information, can be easily checked online.

On the other hand, through the above-described step S8, in a state where a series of sender-side information is transmitted to the information reception management agent 300, the information management server 101 continuously checks the interface module 102, whereby the information reception management agent It is determined whether or not a series of information reception completion messages has been transmitted from 300 (step S9).

At this time, if it is determined from the information reception management agent 300 yet that a separate information reception completion message has not been delivered, the information management server 101 proceeds to the flow to step S10, and maintains a series of standby states.

However, if it is determined that the information reception management agent 300 stably receives the sender side information and, in response, determines that a series of information reception completion messages have been transmitted from the information reception management agent 300, the information management server 101 Immediately controls the information temporary storage module 104 and proceeds to delete all of the sender side information stored temporarily therein (step S11). In this case, the information temporary storage module 104 swiftly advances a series of information deletion routines under the control of the information management server 101, thereby stably deleting the sender side information that has been temporarily stored.

In the conventional case, since information uploaded from the sender's client was centrally managed in the D / B on the server side, for example, a central D / B on the server side was hacked by a malicious hacker or a computer error occurred. In case the central D / B on the server side is damaged, the corresponding information has to be intact. If such an accident is realized, the sender can leak his upload information or lose it at all. There was no choice but to suffer serious damage.

However, in the case of the present invention, the information uploaded from the sender side client 1 is transmitted to the information reception management agent 300 of the receiver side client 2, thereby distributedly managed and temporarily stored on the system 100 side. Since the sender side information is deleted immediately after being transmitted to the receiver side client 2, for example, a malicious hacker causes a D / B on the system 100 side to be hacked or a computer error. Even if the D / B on the 100) side is damaged, the information can easily avoid the damage, and even if such an accident is realized, the sender is serious that his uploaded information is leaked or lost at all. Damage can be avoided in advance.

Of course, the present invention merely attempts to enhance the security of the sender-side information with the basic concept of "distributing and managing information centrally managed in the central D / B on the client side". There is no need for a separate procedure to strengthen the firewall of the D / B, or to significantly upgrade the capacity / functionality of the D / B, etc., after all, if such an embodiment of the present invention is implemented, there is no enormous cost on the system 100 side Without this, information on the sender side can be stably stored and managed.

On the other hand, when the information on the sender side is transmitted to the information reception management agent 300 through the above-described processes S8 to S11 and all the information stored temporarily in the information temporary storage module 104 is deleted, the information management server 101. ) Immediately utilizes the message management module 105 to generate a series of information transmission result messages for notifying that "the information on the sender side has been stably transmitted to the receiver side", and the information transmission result message of which generation is complete. Process is transmitted to the information transmission management agent 200 of the sender-side client 1 (step S12).

In this case, the information reception management agent 200 receives the information transmission result message transmitted from the message management module 105 through a series of socket communication, and then quickly transfers the details to its D / B (not shown). As soon as the reflecting process is completed, the information transmission result is displayed through a series of display platforms, so that the sender can easily confirm online that the information transmitted by the sender is stably transmitted to the receiver.

Thereafter, the information management server 101 flexibly utilizes the foregoing information temporary storage module 104, the message management module 105, and the like whenever a series of information transmission events are generated from any sender-side client 1. By quickly executing the information distribution management process, the information on the sender side can be induced to be stably transmitted to the receiver without a risk of leakage or loss of a series.

As described in detail above, in the present invention, an information transmitting / receiving management agent dedicated to sending and receiving information is installed in any sender / receiver side client, and based on this, the information transmitted from the sender side is system-side. It can be distributed and managed in a receiver client, for example, rather than D / B.

In the case of the present invention, the information uploaded from the sender side client is transmitted to the information reception management agent of the receiver side client, thereby being distributedly managed, and the sender side information temporarily stored in the system side is immediately transmitted to the receiver side client. Since all are deleted, even if the D / B on the system side is hacked by a malicious hacker or the D / B on the system side is damaged due to a computer error, the information can easily avoid the damage. And, even if such an accident is realized, the sender can avoid the serious damage that his upload information is leaked to the outside or lost at all.

This invention has a particularly useful effect in an information processing process requiring a high degree of security, for example, a "processing process for quotation information between a buyer and a seller."

In addition, according to the present invention described above, various modifications may be made.

For example, in the present invention, the aforementioned information management process may be performed based on a series of wireless Internet networks.

While specific embodiments of the invention have been described and illustrated above, it will be apparent that the invention may be embodied in various modifications by those skilled in the art. Such modified embodiments should not be understood individually from the technical spirit or point of view of the present invention and such modified embodiments should fall within the scope of the appended claims of the present invention.

Claims (2)

It proceeds selectively according to the event data transmitted from a series of information transmission / reception management agents that are pre-installed on any sender / receiver client connected to the Internet network. Determining whether a series of information transmission events have occurred from the information transmission management agent; When the information transmission event occurs from the information transmission management agent, temporarily storing the information, and then determining whether the information receiver specified by the sender is currently logging in to the system; If the information receiver is currently logged in to the system, extracting the information temporarily stored therein and transmitting the extracted information to the information receiving management agent; Determining whether a series of information reception completion messages have been transmitted from the information reception management agent; And deleting all of the temporarily stored information, when the information reception completion message is transmitted from the information reception management agent. The client based on the Internet network according to claim 1, further comprising the step of notifying a series of information delivery result messages to the information transmission management agent after deleting all the temporarily stored information. Decentralized Information Management Method.