TWI450536B - Information interchange method of information system group - Google Patents
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本發明係關於資訊系統群組資料交換與識別處理的領域，針對具唯一性邏輯資源管理權移轉的資訊系統處理方法。The invention relates to the field of information system group data exchange and recognition processing, and relates to an information system processing method with unique logical resource management right transfer.
在中華民國號碼可攜法規制度下，號碼可攜服務只開放給第一類電信網路業者，以業務需求而言，虛擬電信網路業者(VNO，Virtual Network Operator)也需提供號碼可攜服務，但因主管機關不納管虛擬行動網路業者，故虛擬行動網路業者與其它業者之間的號碼可攜服務須由其所屬的第一類電信業者進行判斷處理，把虛擬電信網路業者視為一種虛擬的一類電信業者，如中華民國發明第324802號之中只有提及號碼可攜服務及架構，而未見說明當有新業者加入或離開時，號碼可攜服務的處理及判斷方法。Under the Republic of China number portability regulations, the number portability service is only open to the first type of telecommunication network operators. In terms of business needs, the virtual telecommunication network operator (VNO, Virtual Network Operator) also needs to provide number portability services. However, because the competent authority does not control the virtual mobile network operators, the number portability service between the virtual mobile network operators and other operators must be judged by the first class of carriers they belong to, and the virtual telecommunication network operators For a virtual type of telecom operator, for example, the Republic of China Invention No. 324802 only mentions the number portability service and architecture, and does not describe the method of handling and judging the number portability service when a new operator joins or leaves.
當一邏輯性資源(如門號)欲變更所屬資訊系統之管理權，除兩造雙方資訊系統(資源移入系統和資源移出系統)彼此需互相進行資料交換，完成移轉資源管理權，更需廣播通知此一群內的所有資訊系統更新資源所屬系統的資訊，則需要n-1個資訊系統資料交換動作，因資訊系統群組內的系統需兩兩相連結，故連結路徑數總共有1+2+3+…+(n-1)=個，其中n為原此一資訊系統群組的成員總數。When a logical resource (such as a door number) wants to change the management right of its own information system, in addition to the two information systems (resource transfer system and resource removal system), each other needs to exchange data with each other to complete the transfer of resource management rights. Broadcasting informs all information systems in this group to update the information of the system to which the resource belongs. It requires n-1 information system data exchange actions. Since the systems in the information system group need to be connected in two or two, the total number of link paths is 1+. 2+3+...+(n-1)= , where n is the total number of members of the original information system group.
前述之資訊系統群組欲新增一個資訊系統時，新加入的資訊系統需和現行的資訊系統做連結，如果是直接相連所有的資訊系統，將需進行n個資訊系統資料交換動作，且新增n個資訊系統資料交換路徑。When the above information system group wants to add an information system, the newly added information system needs to be linked with the current information system. If all the information systems are directly connected, n information system data exchange actions will be required, and new Add n information system data exchange paths.
當前述之資訊系統群組欲減少一個資訊系統時，需通知資訊系統群組內的所有資訊系統，並將其所屬資源平均分配給仍留在群內的所有資訊系統，需進行至多n-1個資源管理權移轉動作，n為原此一資訊系統群組的成員總數，且需進行(n -1) n -1 次資訊系統資料交換動作，若將其所屬資源縮限單一分配給留在群內的任一資訊系統，也需進行n-1次資訊系統資料交換動作。When the aforementioned information system group wants to reduce one information system, it needs to notify all information systems in the information system group, and distribute the resources to which it belongs evenly to all information systems still in the group, and need to carry out at most n-1 The resource management rights transfer action, n is the total number of members of the original information system group, and needs to perform ( n -1) n -1 information system data exchange actions, if the resource reduction limit is assigned to the single In any information system within the group, n-1 information system data exchange operations are also required.
以上所述可知移轉資源管理權及加入資訊系統成員所需的資料交換個數將與n呈線性成長，系統連結接數為，當資訊系統群組的成員數越多，進行資源管理權移轉所需的資料交換總數越多。As mentioned above, it can be seen that the number of data exchanges required for the management of transfer resources and members of the information system will grow linearly with n, and the system connection number is The more members of the information system group, the more data exchanges required to transfer resource management rights.
當一個資訊系統成員離開前述之資訊系統群組，資源管理權移轉所需的資料交換個數為從(n-1)到(n -1) n -1 次之間，當資訊系統群組的成員數越多，進行資源管理權移轉所需的資料交換總數將呈指數成長。When an information system member leaves the aforementioned information system group, the number of data exchanges required for resource management transfer is from (n-1) to ( n -1) n -1 times, when the information system group The greater the number of members, the greater the total number of data exchanges required for the transfer of resource management rights will grow exponentially.
由此可見，上述習用物品仍有諸多缺失，實非一良善之設計者，而亟待加以改良。It can be seen that there are still many shortcomings in the above-mentioned household items, which is not a good designer and needs to be improved.
本案發明人鑑於上述習用資訊系統群組之資料交換所衍生的各項缺點，乃亟思加以改良創新，並經多年苦心孤詣潛心研究後，終於成功研發完成本件資訊系統群組之資料交換中介方法。In view of the shortcomings derived from the data exchange of the above-mentioned information system group, the inventors of the present invention have improved and innovated, and after years of painstaking research, they finally succeeded in researching and developing the data exchange intermediary method of this information system group.
本發明之目的即在於針對多資訊系統運作情境下，且各資訊系統以兩兩相連作為唯一性邏輯資源資料(如：電話門號、IMSI等)交換方式的環境，提供讓資訊系統以分群分層的方式協同運作且進行資料交換，減少系統連結數及資料交換量。The purpose of the present invention is to provide an information system for grouping information systems in a multi-information system operation scenario, and each information system is connected in pairs as a unique logical resource material (eg, telephone number, IMSI, etc.). Layers work together and exchange data to reduce the number of system connections and data exchange.
本發明之次一目的係在於提供具唯一識別碼資源異動的分層分群管理方式，藉由本發明的資源分配表，各資訊系統不需一次性的識別所有的邏輯資源的分配資訊，可以將具唯一識別碼資源分層分群分配給各資訊系統，降低各資訊系統的資源分配資料量。The second object of the present invention is to provide a hierarchical group management method with unique identification code resource change. With the resource allocation table of the present invention, each information system does not need to identify all the allocation information of all logical resources at one time, and can The unique identification code resources are hierarchically grouped and distributed to various information systems to reduce the amount of resource allocation data of each information system.
可達成上述發明目的之資訊系統群組之資料交換中介方法，包含具唯一性特徵的邏輯性資源且邏輯性資源由若干具識別名稱不重覆的資訊系統所管理，將資訊系統切分為多階層分層分工的群組，每一資訊系統群組均有一個群首和若干個組員，為由單一資訊系統群首和若干個資訊系統組員所集 合之資訊系統群組，其中：資訊系統收到移轉邏輯資源管理權要求時，以角色識別方法來決定資訊系統的角色是群首或組員，再依群首交換點演算方法、組員交換點演算方法決定處理移轉邏輯資源管理權要求的資訊系統。The data exchange mediation method of the information system group that can achieve the above object of the invention includes a logical resource with unique characteristics and the logical resource is managed by a plurality of information systems whose identification names are not repeated, and the information system is divided into multiple A hierarchical group of divisions, each information system group has a group leader and several group members, which are collected by a single information system group leader and several information system team members. In the information system group, when the information system receives the transfer logic resource management right request, the role identification method is used to determine the role of the information system as the group leader or group member, and then according to the group head exchange point calculation method and the group member exchange point. The calculus method determines the information system that handles the requirements for managing the transfer of logical resources.
其中，該角色識別方法之處理程序步驟包含有：一讀取群組資訊設定表步驟，該設定表內容為和資訊系統同一群的群內資料系統資訊和邏輯資源分配表，群內資訊系統資訊主要內容有系統的資料格式及系統介接規格；一查詢邏輯資源識別碼步驟；分析移轉邏輯資源管理權的電子資料格式，找出邏輯資源的唯一識別碼；一比對邏輯資源和系統群步驟；根據讀取群組資訊設定表和查詢邏輯資源識別碼的產出資料比對，以及；一輸出角色識別結果步驟，依據比對邏輯資源和系統群的結果，判斷系統角色。The processing step of the character recognition method includes: a step of reading a group information setting table, wherein the setting table content is an intra-group data system information and a logical resource allocation table of the same group as the information system, and the intra-group information system information The main content is system data format and system interface specification; a query logic resource identification code step; analyze the electronic data format of the transfer logic resource management right, find the unique identification code of the logical resource; a comparison logic resource and system group Step; comparing the output data of the read group information setting table and the query logical resource identifier, and an output role recognition result step, determining the system role according to the comparison logic resource and the result of the system group.
其中，比對邏輯資源和系統群的比對程序方法為：查詢是否為群組，以查詢邏輯資源識別碼為邏輯資源識別碼，本身系統名稱為群首欄位，查詢群組資訊設定表，有值表示系統為群首；不符合上述條件即為組員。The comparison program method for comparing the logical resource and the system group is: whether the query is a group, the logical resource identifier is a logical resource identifier, and the system name is a group leader field, and the group information setting table is queried. A value indicates that the system is a group leader; if the above conditions are not met, it is a group member.
其中，判定系統身份為群首時，該群首交換點演算方法之處理程序步驟包含有：一設定環境組態步驟，藉由群組資訊設定表，得到和本 系統相關連資訊系統的系統資訊；一分析邏輯資源管理權步驟，以邏輯資源識別碼和系統名稱為群首欄位查詢邏輯資源分配表；以及一群首交換點判別步驟。Wherein, when determining that the system identity is the group leader, the processing steps of the group head exchange point calculation method include: setting a environment configuration step, obtaining a sum by the group information setting table The system is related to the system information of the information system; an analysis logic resource management right step, the logical resource identification code and the system name are used as the group head field to query the logical resource allocation table; and a group of first exchange point discrimination steps.
其中，群首交換點判別步驟：組員欄位如果為系統名稱，則邏輯資源管理權路徑搜尋結束，找到正確的資訊系統；組員欄位非系統自身名稱，表示邏輯資源管理權被和系統同一群首的另一個組員所擁有，根據群組資訊設定表的描述和組員建立連結，傳送移轉邏輯資源管理權的電子資料給對方，結束操作。Wherein, the group head exchange point discriminating step: if the group member field is the system name, the logical resource management right path search ends, and the correct information system is found; the group member field is not the system own name, indicating that the logical resource management right is the same group as the system The other member of the first group owns, according to the description of the group information setting table and the group member establishes a link, transmits the electronic data of the transfer logic resource management right to the other party, and ends the operation.
其中，組員交換點演算方法之處理程序步驟包含：一設定環境組態步驟，藉由群組資訊設定表，得到和本系統相關連資訊系統的系統資訊；一分析邏輯資源管理權步驟，以邏輯資源識別碼和本資訊系統的群首名稱為群首欄位查詢邏輯資源分配表；以及一組員交換點判別步驟。The processing procedure of the group member exchange point calculation method comprises: setting the environment configuration step, obtaining the system information of the information system associated with the system by using the group information setting table; and analyzing the logic resource management right step by logic The resource identification code and the group head name of the information system are the group head field query logical resource allocation table; and the group member exchange point discriminating step.
其中，該組員交換點判別步驟包含有：當表格有值，表示邏輯資源管理權被本身同一群首的組員所擁有，根據群組資訊設定表的描述和組員建立連結，傳送移轉邏輯資源管理權的電子資料給對方，結束操作；以及當表格無值，表示邏輯資源管理權不在可見的範圍內，和群首建立連結，傳送移轉邏輯資源管理權的電子資料給群首，由群首負責後續處理，結束操作。Wherein, the group member exchange point discriminating step includes: when the table has a value, indicating that the logical resource management right is owned by the group member of the same group leader, and the transfer of the logical resource management is performed according to the description of the group information setting table and the group member establishing a link. The electronic data of the right is given to the other party, and the operation is ended; and when the form has no value, indicating that the logical resource management right is not in the visible range, and the group leader establishes a link, and the electronic data of the transfer logic resource management right is transmitted to the group head, and the group leader Responsible for subsequent processing and ending the operation.
其中，該邏輯資源分配表更包含有以下內容：一群首欄位：系統所屬系統群的群首唯一識別代碼；一組員欄位：系統所屬系統群的組員唯一識別代碼；以及一邏輯資源識別碼：組員欄位所管轄的資源。The logical resource allocation table further includes the following contents: a group of first field: a group unique identification code of the system group to which the system belongs; a group of staff: a group member unique identification code of the system group to which the system belongs; and a logical resource identification code : Resources under the jurisdiction of the team member.
其中，資訊系統群組之組員個數可為零，並為另一群的群首。Among them, the number of members of the information system group can be zero and is the group leader of another group.
請參閱圖一，本發明所提供之資訊系統群組之資料交換中介方法100，主要包括有：角色識別方法110、群首交換點演算方法120、組員交換點演算方法130所組成，資訊系統收到移轉邏輯資源管理權要求時以角色識別方法110來判斷資訊系統的處理角色身份。Referring to FIG. 1 , the data exchange mediation method 100 of the information system group provided by the present invention mainly includes: a role recognition method 110, a group head exchange point calculation method 120, and a group member exchange point calculation method 130, and the information system is closed. The role identification method 110 is used to determine the processing role identity of the information system when the logical resource management rights request is transferred.
請參閱圖二所示為本發明的角色識別方法110之處理程序步驟：1-1.首先資訊系統先讀取群組資訊設定表111，設定表內容為和資訊系統同一群的群內資料系統資訊和邏輯資源分配表，群內資訊系統資訊主要內容有系統的資料格式(如字串、XML、檔案)及系統介接規格，如IP、Port、介接方式(EJB or http or socket)；1-2.進行查詢邏輯資源識別碼112，分析移轉邏輯資源管理權的電子資料格式，找出邏輯資源的唯一識別碼；Please refer to FIG. 2 for the processing steps of the character recognition method 110 of the present invention: 1-1. First, the information system first reads the group information setting table 111, and sets the table content to be the same group information system as the information system. Information and logical resource allocation table, the main content of the information system information in the group is a systematic data format (such as string, XML, file) and system interface specifications, such as IP, Port, interface (EJB or http or socket); 1-2. Perform a query logic resource identifier 112, analyze an electronic data format of the transfer logic resource management right, and find a unique identifier of the logical resource;
1-3.進行比對邏輯資源和系統群113，根據讀取群組資訊設定表111和查詢邏輯資源識別碼112的產出資料比對；1-3. Performing comparison logical resources and system group 113, and comparing output data according to the read group information setting table 111 and the query logical resource identifier 112;
1-4.最後輸出角色識別結果114，依據比對邏輯資源和系統群113的結果判定系統角色，如果系統角色為群首的話，執行群首交換點演算方法120，系統角色為組員的話，執行組員交換點演算方法130。1-4. Finally, the character recognition result 114 is output, and the system role is determined according to the comparison logic resource and the result of the system group 113. If the system role is the group leader, the group head exchange point calculation method 120 is executed, and if the system role is a group member, the execution is performed. The team member exchange point calculation method 130.
其中，於步驟1-1內，該邏輯資源分配表主要為三項資訊：Wherein, in step 1-1, the logical resource allocation table is mainly three pieces of information:
(1)群首欄位：系統所屬系統群的群首唯一識別代碼；(1) Group head field: the unique identification code of the group head of the system group to which the system belongs;
(2)組員欄位：系統所屬系統群的組員唯一識別代碼；(2) Group member field: the unique identification code of the team member of the system group to which the system belongs;
(3)邏輯資源識別碼：組員欄位所管轄的資源。(3) Logical resource identification code: the resource under the jurisdiction of the group member.
而在步驟1-3中，該比對邏輯資源和系統群113的比對程序步驟如下：In steps 1-3, the comparison procedure of the comparison logic resource and the system group 113 is as follows:
(1)查詢是否為群組，以查詢邏輯資源識別碼112為邏輯資源識別碼，本身系統名稱為群首欄位，查詢群組資訊設定表，有值表示系統為群首；(1) Whether the query is a group, the logical resource identifier 112 is queried as a logical resource identifier, the system name is a group leader field, the group information setting table is queried, and the value indicates that the system is a group head;
(2)不符合上述(1)之系統即為組員。(2) A system that does not meet the above (1) is a member.
請參閱圖三當步驟1-4結果判定系統身份為群首時，群首交換點演算方法120之處理程序步驟：Referring to FIG. 3, when the result of step 1-4 determines that the system identity is the group leader, the processing steps of the group head exchange point calculation method 120 are as follows:
2-1.資訊系統進行設定環境組態121，讀取群組資訊設定表124，得到和本系統相關連資訊系統的系統資訊，如IP、protocol；2-1. The information system performs setting environment configuration 121, and reads the group information setting table 124 to obtain system information (such as IP and protocol) of the information system associated with the system;
2-2.進行分析邏輯資源管理權122，以邏輯資源識別碼和系統名稱為群首欄位查詢邏輯資源分配表；2-2. Perform analysis logic resource management right 122, and query the logical resource allocation table by using the logical resource identifier and the system name as the group leader field;
2-3.將得到的組員欄位進行群首交換點判別123，演算規則如下：2-3. The obtained group member field is subjected to group head exchange point discrimination 123, and the calculation rules are as follows:
(1)組員欄位如果為系統名稱，則邏輯資源管理權路徑搜尋結束，找到正確的資訊系統；以及(1) If the group member field is the system name, the logical resource management right path search ends, and the correct information system is found;
(2)組員欄位非系統自身名稱，表示邏輯資源管理權被和系統同一群首的另一個組員所擁有，根據群組資訊設定表的描述和組員建立連結，傳送移轉邏輯資源管理權的電子資料給對方，結束操作。(2) The group member field is not the system's own name, indicating that the logical resource management right is owned by another group member of the same group leader of the system. According to the description of the group information setting table and the group member establishing a link, the transfer of the logical resource management right is transferred. Electronic data to the other party, the end of the operation.
請參閱圖四當步驟1-4結果判定系統身份為組員時，組員交換點演算方法130之處理程序步驟：Referring to FIG. 4, when the result of step 1-4 determines that the system identity is a member, the processing steps of the group member exchange point calculation method 130 are as follows:
3-1.資訊系統進行設定環境組態131，讀取群組資訊設定表124，得到和本系統相關連資訊系統的系統資訊；3-1. The information system performs setting environment configuration 131, and reads the group information setting table 124 to obtain system information of the information system associated with the system;
3-2.進行分析邏輯資源管理權132，以邏輯資源識別碼和本資訊系統的群首名稱為群首欄位查詢邏輯資源分配表；3-2. Perform analysis logic resource management right 132, and query the logical resource allocation table by using the logical resource identifier and the group head name of the information system as the group leader field;
3-3.將得到的組員欄位進行組員交換點判別133，演算規則如下：3-3. The obtained team member field is determined by the group member exchange point 133, and the calculation rules are as follows:
(1)當表格有值，表示邏輯資源管理權被本身同一群首的組員所擁有，根據群組資訊設定表的描述和組員建立連結，傳送移轉邏輯資源管理權的電子資料給對方，結束操作；以及(2)當表格無值，表示邏輯資源管理權不在可見的範圍內，和群首建立連結，傳送移轉邏輯資源管理權的電子資料給群首，由群首負責後續處理，結束操作。(1) When the form has a value, it indicates that the logical resource management right is owned by the group member of the same group leader. According to the description of the group information setting table and the group member establishing a link, the electronic data of the transfer logic resource management right is transmitted to the other party, and the end is completed. Operation; and (2) when the form has no value, indicating that the logical resource management right is not in the visible range, and the group leader establishes a link, and transmits the electronic data of the transfer logic resource management right to the group leader, and the group leader is responsible for the subsequent processing, and ends. operating.
以下將以二種應用範例，說明此發明之使用方式並以顯示其實用性。The manner in which the invention is used will be described below with two application examples to demonstrate its utility.
請參閱圖五所示為範例之資訊系統群組連結圖，A、B、C為同群C為群首，A、甲、乙為同群A為群首，B、丙、丁為同群B為群首，圖六為資訊系統A、B、甲、乙、丙具識別碼資源的分配表。Please refer to Figure 5 for an example of the information system group link diagram. A, B, and C are the same group C as the group leader, A, A, and B are the same group A as the group leader, and B, C, and D are the same group. B is the head of the group. Figure 6 shows the allocation table of the identification code resources of the information system A, B, A, B, and C.
應用範例一：同群跨層Application example 1: same group cross-layer
資訊系統甲要求移轉識別碼為0910111111的資源到甲，識別碼為0910111111的資源屬於系統A、甲、乙的群內邏輯資源，首先系統甲在收到移轉要求時進行角色識別方法110，以系統甲當群首欄位查詢可得出系統甲的角色是組員，接下來進行組員交換點演算方法130，以系統甲的群首系統A當群首欄位查詢，可得出識別碼為0910111111的資源管理權屬於系統A，和A建立連結，傳送移轉識別碼為0910111111的資源管理權之電子資料給系統A。Information System A requires that the resource with the identification code of 0910111111 be transferred to A, and the resource with the identification code of 0910111111 belongs to the intra-group logical resources of System A, A, and B. First, System A performs the role identification method 110 when receiving the transfer request. In the system, the first column of the system can be found that the role of the system A is a group member, and then the group member exchange point calculation method 130 is performed, and the group head system A of the system A is queried in the group header field, and the identification code is obtained. The resource management right of 0910111111 belongs to system A, and establishes a connection with A, and transmits the electronic data of the resource management right with the transfer identification code of 0910111111 to system A.
接下來系統A在收到移轉要求時進行角色識別方法110，以系統A當群首欄位查詢可得出系統A的角色是群首，接下來進行群首交換點演算方法120，以系統A當群首欄位查詢，可得出組員欄位就是系統A，路徑搜尋結束。Next, the system A performs the role recognition method 110 when receiving the transfer request, and the system A queries the group leader field to find that the role of the system A is the group leader, and then the group head exchange point calculation method 120 is performed to the system. A When the group leader field is queried, it can be concluded that the group member field is system A, and the path search ends.
應用範例二：跨群Application example 2: cross group
資訊系統甲要求要移轉識別碼為0920222222的資源到甲，識別碼為0920222222的資源屬於系統B、丙、丁的群內邏輯資源，首先系統甲在收到移轉要求時進行角色識別方法110，以系統甲當群首欄位查詢可得出系統甲的角色是組員，接下來進行組員交換點演算方法130，以系統甲的群首系統A當群首欄位查詢，可得出識別碼為0920222222的資源管理權屬不在以A為群首的群內，和群首A建立連結，傳送移轉識別碼為0920222222的資源管理權的電子資料給系統A。Information system A requires that the resource with the identification code of 0920222222 be transferred to A, and the resource with the identification code of 0920222222 belongs to the intra-group logical resources of system B, C, and D. First, system A performs role identification method 110 when receiving the transfer request. In the system, the first column of the system can be found that the role of the system A is a group member, and then the group member exchange point calculation method 130 is performed, and the group head system A of the system A is queried in the group leader field to obtain the identification code. The resource management right of 0920222222 is not in the group with A as the group leader, and the group head A is connected, and the electronic data of the resource management right with the transfer identification code of 0920222222 is transmitted to system A.
接下來系統A在收到移轉要求時進行角色識別方法110，以系統A當群首欄位查詢可得出系統A的角色是組員，進行組員交換點演算方法130，以系統A的群首系統C當群首欄位查詢，可得出識別碼為0920222222的資源管理權屬於系統B，和B建立連結。Next, the system A performs the role recognition method 110 when receiving the transfer request, and the system A can query the group leader field to find that the role of the system A is a group member, and the group member exchange point calculation method 130 is performed to set the group leader of the system A. System C, when the group header field is queried, can find that the resource management right with the identification code of 0920222222 belongs to system B, and establishes a connection with B.
接下來系統B在收到移轉要求時進行角色識別方法110，以系統B當群首欄位查詢可得出系統B的角色是群首， 進行群首交換點演算方法120，以系統B當群首欄位查詢，可得出組員欄位就是系統丙，和丙建立連結。Next, the system B performs the role recognition method 110 when receiving the transfer request, and the system B queries the group leader field to find that the role of the system B is the group leader. The group head exchange point calculation method 120 is performed, and when the system B queries the group head field, it can be concluded that the group member field is the system C, and the C is established.
接下來系統丙在收到移轉要求時進行角色識別方法110，以系統丙當群首欄位查詢可得出系統丙的角色是群首，接下來進行群首交換點演算方法120，以系統丙當群首欄位查詢，可得出組員欄位就是系統丙，路徑搜尋結束。Next, the system C performs the role recognition method 110 when receiving the transfer request, and the system C group group field query can be used to find that the role of the system C is the group leader, and then the group head exchange point calculation method 120 is performed to the system. When the first field of the C group is inquired, it can be concluded that the group member field is system C and the path search ends.
本發明所提供之資訊系統群組之資料交換中介方法，與前述其他習用技術相互比較時，更具有下列之優點：1.可支援處理分層分群的應用情境，增加或減少資訊系統只需對有相連的資訊系統群做變更，所有無直接相連結的資訊系統群不需做特別的系統變動，減少系統連結數及資料交換量，應用本方法後的系統連結數計算方式如下，n為資訊系統成員總數，m為資訊系統群數，s1為第一個資訊系統群的成員數，s2為第二個資訊系統群的成員數，以此類推sm為第m個資訊系統群的成員數，連結路徑數總共有++…+個，其中s1+s2+…+sm=n；2.每一個資訊系統僅需演算出資源管理權移轉所需的資料交換傳遞之次一接收端資訊系統，由接收端資訊系統自行判讀資料交換傳遞對應之資訊系統，不須一次完整演算完成資料交換傳遞路徑，減低單一資訊系統的資料交換傳遞路徑計算量； 3.各資訊系統只需記錄所屬資訊系統群中各項具識別碼資源的管理權所屬資訊系統，非屬該資訊系統群所管理的資源則由群首資訊系統記錄該資源所屬的對應資訊系統群，減少組員資訊系統上的資源分配資訊記錄量。The data exchange mediation method of the information system group provided by the present invention has the following advantages when compared with the other conventional technologies mentioned above: 1. It can support the application context of processing hierarchical grouping, and the information system only needs to be added or reduced. There are connected information system groups to make changes. All information system groups without direct connection do not need to make special system changes, reduce the number of system connections and data exchange. The system connection number after applying this method is calculated as follows, n is information. The total number of system members, m is the number of information system groups, s1 is the number of members of the first information system group, s2 is the number of members of the second information system group, and so on is the number of members of the mth information system group. The total number of link paths has + +...+ S1+s2+...+sm=n; 2. Each information system only needs to calculate the next-end receiving information system for the data exchange required for resource management transfer, and the receiving information system will interpret the data exchange by itself. By transmitting the corresponding information system, it is not necessary to complete the data exchange transmission path in one complete calculation, and reduce the calculation amount of the data exchange transmission path of the single information system; 3. Each information system only needs to record the management of each identification code resource in the belonging information system group. The information system of the right belongs to the information system group that is not managed by the information system group. The group head information system records the corresponding information system group to which the resource belongs, and reduces the amount of resource allocation information records on the group member information system.
上列詳細說明係針對本發明之一可行實施例之具體說明，惟該實施例並非用以限制本發明之專利範圍，凡未脫離本發明技藝精神所為之等效實施或變更，均應包含於本案之專利範圍中。The detailed description of the preferred embodiments of the present invention is intended to be limited to the scope of the invention, and is not intended to limit the scope of the invention. The patent scope of this case.
綜上所述，本案不但在空間型態上確屬創新，並能較習用物品增進上述多項功效，應已充分符合新穎性及進步性之法定發明專利要件，爰依法提出申請，懇請 貴局核准本件發明專利申請案，以勵發明，至感德便。In summary, this case is not only innovative in terms of space type, but also can enhance the above-mentioned multiple functions compared with the customary items. It should fully meet the statutory invention patent requirements of novelty and progressiveness, and apply for it according to law. This invention patent application, in order to invent invention, to the sense of virtue.
100‧‧‧資料交換中介方法100‧‧‧Information exchange intermediary method
110‧‧‧角色識別方法110‧‧‧ character recognition method
111‧‧‧讀取群組資訊設定表111‧‧‧Read group information setting table
112‧‧‧查詢邏輯資源識別碼112‧‧‧Query logical resource identifier
113‧‧‧比對邏輯資源和系統群113‧‧‧Comparing logical resources and system groups
114‧‧‧輸出角色識別結果114‧‧‧ Output role recognition results
120‧‧‧群首交換點演算方法120‧‧‧ group head exchange point calculation method
121‧‧‧設定環境組態121‧‧‧Set environment configuration
122‧‧‧分析邏輯資源管理權122‧‧‧Analysis of logical resource management rights
123‧‧‧群首交換點判別123‧‧‧Group head exchange point discrimination
124‧‧‧群組資訊設定表124‧‧‧Group Information Setting Table
130‧‧‧組員交換點演算方法130‧‧‧ group member exchange point calculation method
131‧‧‧設定環境組態131‧‧‧Set environment configuration
132‧‧‧分析邏輯資源管理權132‧‧‧Analysis of logical resource management rights
133‧‧‧組員交換點判別133‧‧‧ team members exchange point discrimination
圖一為本發明應用於多階層分層分工資訊系統群組之資料交換中介方法；圖二為本發明之角色識別方法；圖三為本發明之群首交換點演算方法；圖四為本發明之組員交換點演算方法；圖五為應用本發明之實施例，多階層分層分工資訊系統群組；以及圖六為應用本發明之實施例中各資訊系統的具識別碼資 源的分配表。1 is a data exchange intermediary method applied to a multi-level hierarchical information division system group; FIG. 2 is a character recognition method of the present invention; FIG. 3 is a group head exchange point calculation method according to the present invention; a group member exchange point calculation method; FIG. 5 is an embodiment of the present invention, a multi-level hierarchical division information system group; and FIG. 6 is an identification code of each information system in an embodiment of the present invention. The allocation table for the source.
100．．．資料交換中介方法100. . . Data exchange intermediary method
110．．．角色識別方法110. . . Role recognition method
120．．．群首交換點演算方法120. . . Group head exchange point calculation method
130．．．組員交換點演算方法130. . . Group member exchange point calculation method
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