TWI636678B - Dynamic scheduling management system for supporting the client device wan management protocol and the management method thereof - Google Patents

Abstract

A dynamic scheduling management system for supporting a wide-area management protocol of a client device includes a client device and a server, and the server is coupled through the network, and the server generates a command configuration file according to the request when receiving the request. And the dynamic waiting engine of the server estimates the preset waiting time corresponding to the command configuration file to overcome the fact that the server discards the packet because the preset waiting time is not processed, and then causes the user equipment to repeatedly transmit the packet. The problem.

Description

Dynamic scheduling management system and management method for supporting wide-area management agreement of client equipment

The present invention relates to a remote management system and method thereof, and more particularly to a remote management system capable of supporting a wide area management protocol of a client device and a method thereof for improving remote management performance.

The dynamic scheduling management method for the wide-area management protocol supporting the client device has considered the evaluation processing time and the variation of the client connection request (ie, the maximum response time). However, the server has a predetermined preset. Waiting time, when the client device transmits the packet to the server, and the server does not process the waiting time, the packet is discarded, and the client device will transmit the packet again, thus causing the entire dynamic scheduling and The poor performance of the processing requires a dynamic scheduling management system and management method for supporting the wide-area management protocol of the client device that can simultaneously consider the waiting time.

The invention provides a dynamic scheduling management system for supporting a wide area management protocol of a client device, and the main purpose thereof is to be able to simultaneously consider the waiting time of the server.

Another object of the present invention is to provide a management method for applying the aforementioned dynamic schedule management system supporting a wide area management protocol of a client device.

To achieve the foregoing objective, the present invention supports a dynamic scheduling management system for a wide area management protocol of a client device, including: a plurality of client devices for transmitting a request; and a server coupled to the client device through a network The server includes a dynamic sorting engine and a processing order determining module, wherein the dynamic sorting engine has an evaluation processing time ranking module, a maximum response time ranking module, a waiting time ranking module and a sorting decision module, wherein the evaluation processing time ranking module, the maximum response time ranking module, and the waiting time ranking module are all connected with the sorting decision module information; the server is receiving When the request is made, a command configuration file is generated according to the request, and the evaluation processing time ranking module estimates, according to the command configuration file, a first processing time corresponding to one of the command configuration files, and uses the maximum response time ranking mode. The group obtains a maximum response time according to the first processing time, and then obtains a predetermined order through the waiting time ranking module. Time, and by the sorting decision module, according to the first processing time, the maximum response time, and the predetermined waiting time, obtaining a sorting value, the processing sequence determining module dynamically adjusting and scheduling the request according to the sorting value to the server The processing order.

Preferably, the server further provides a table, which includes an estimated processing time of a corresponding command supporting a complex data model of the client device wide area management protocol, and the server queries the table to obtain a configuration corresponding to the command. The first processing time of the file.

The present invention further provides a management method for a dynamic schedule management system supporting a wide area management protocol of a client device, comprising: Step 1: providing a table including a correspondence of a plurality of data models supporting a wide area management protocol of a client device; One of the commands predicts the processing time; in step two, when a request from at least one client device is received, a command configuration file is generated according to the request; and in step three, the evaluation processing time ranking module is dynamically sorted by one of the servers. The first processing time corresponding to the command configuration file is estimated through the table, and the maximum response time is obtained by the maximum response time ranking module according to the first processing time, and then a predetermined waiting is obtained through the waiting time ranking module. Time; step 4, using a dynamic sorting engine, according to the first processing time, a maximum response time, and a preset waiting time, determining or dynamically adjusting a processing sequence of the request of the client device in the server.

As can be seen from the foregoing, the present invention mainly uses the waiting time ranking module to adjust an appropriate preset waiting time according to the command configuration file to overcome the fact that the server discards the packet because the preset waiting time is not processed, and then discards the packet. The problem that the client device repeatedly transmits the packet.

In order to enable the reviewing committee to have a better understanding and understanding of the purpose, features and functions of the present invention, please refer to the following for a brief description of the following: The present invention provides a dynamic arrangement for supporting wide-area management agreements of user equipments. The process management system, as shown in FIG. 1 to FIG. 3, includes: a plurality of client devices 110 coupled to at least one server 130 via a network 120 or indirectly through a gateway device (not shown) and other communication networks. A path, such as a wireless personal area network (WPAN), a wireless local area network (WLAN), a wide area network (WAN), etc., is coupled to the server 130 such that the server 130 can manage all of the client devices through the network 120. In this embodiment, the network 120 can be a broadband network or an Internet; as shown in FIG. 2, the server 130 can further include an input module 131, a command generation module 132, and a table. 133. A dynamic ranking engine 134 (EPR), a processing sequence determining module 135, and an output module 136. The input module 131 is configured to receive a large number of request commands from each of the user equipments 110. The life The generating module 132 can receive the request/request command from each of the client devices 110 according to the input module 131, and automatically generate a command configuration file, the command configuration file conforms to the client device wide area management protocol and includes The configuration file of the data model of the client device wide area management agreement and the command value of the setting user equipment; the table 133, also known as the Forecast Processing Time Table (FPT table), is generated at the beginning The table 133 includes an estimated processing time of one of the corresponding client device wide area management protocol commands supporting a plurality of predetermined data models of the client device wide area management protocol, wherein the first processing time indicates a pre-command of the command in the command configuration file. Estimate processing time.

The dynamic sorting engine 134 can query the table 133 to obtain a first processing time indicating an estimated processing time according to the command configuration file, and then obtain an order according to the first processing time, a maximum response time, and a predetermined waiting time. FRE ranking value, this sort value can represent the processing order of the request;

Referring to FIG. 3, the dynamic sorting engine 134 includes: an evaluation processing time ranking module 1341, a maximum response time ranking module 1342, a waiting time ranking module 1343, and a sorting decision module 1344. The ranking module 1341 can obtain a first processing time through the table 133. The first processing time refers to pre-calculating the content according to the requested content (work content) when the server 130 receives the request from the client device 110. The processing time is required, and a first weight value is provided according to the importance of the first processing time, and the first processing time value and the first weight value are sent to the sequencing decision module 1344 for subsequent processing, preferably. And further determining whether to correct the estimated processing time in the table 133 according to the true processing time of the feedback;

The maximum response time ranking module 1342 can obtain the maximum response time from the request of each of the client devices 110. The maximum response time refers to the processing of the server 130 after the client device 110 transmits the request to the server 130. Requesting and transmitting a time interval for feeding back to the client device 110, and providing a second weight value according to the importance of the maximum response time, and sending the maximum response time value and the second weight value to the ranking decision module 1344 Carry out subsequent processing;

The waiting time ranking module 1343 can obtain a predetermined waiting time by the server 130. When the client device 110 transmits the packet to the server 130, and the server 130 does not process the predetermined waiting time, the packet is discarded. And providing a third weight value according to the importance of the predetermined waiting time, and sending the predetermined waiting time and the third weight value to the sorting decision module 1344 for subsequent processing;

The order determining module 1344 may obtain, according to the first processing time value, the first weight value, the maximum response time value, the second weight value, the predetermined waiting time, and the third weight value, according to a predetermined operation. Sort the values as a basis for dynamic adjustment.

The processing order determining module 135 can dynamically adjust and arrange the processing order of the request commands according to the sorting values of the commands to be processed or requested by the user equipment 110 after the sorting value calculated by the dynamic sorting engine 134 is obtained, and output. The module 136 determines the dynamically adjusted sequence of the module 135 according to the processing order, sequentially responds to the request of each client device 110, and processes the configuration and setting operation of the corresponding client device 110;

In the preferred embodiment, as shown in FIG. 2, the server 130 further includes an adjustment module 137, which can obtain a second processing time of the real processing time after the request command is executed. And determining, according to the second processing time, whether to adjust the first processing time corresponding to the command configuration file.

As shown in FIG. 4 and FIG. 5, it is a flowchart of a method for managing a dynamic schedule management system supporting a wide area management protocol of a client device according to an embodiment of the present invention:

First, in step S1, the server 130 provides a table 133, which includes one of the corresponding commands for supporting the complex data model of the client device wide area management protocol, wherein the server 130 At startup, using the command time of the prediction client device wide area management agreement, generating a table 133 for estimating the processing time of one of the corresponding commands of the complex data model of the client device wide area management agreement;

Step 2: S2, when receiving a request from the at least one client device 110, the server 130 generates a command configuration file according to the request;

In step S3, the server 130 estimates the first processing time corresponding to the command configuration file through the table 133. For example, the server 130 can analyze various commands included in the command configuration file and obtain the same through the query table 133. The estimated processing time of the included command, and then the total processing time is added or calculated by a rule to estimate the first processing time corresponding to the command configuration file, that is, the first processing time represents the servo. 130 estimates the time required to process the commands in the command configuration file;

Step 4: After the first processing time is estimated, the server 130 uses the dynamic sorting engine 134 to determine or dynamically adjust the request of the user equipment 110 according to the first processing time, a maximum response time, and a predetermined waiting time. A processing sequence in the server 130. For example, the server 130 may perform a sorting value according to the first processing time, the maximum response time, and the predetermined waiting time of each request, and then determine according to the sorting value from large to small or from small to large. This request command handles the best sort position and dynamically adjusts and arranges its processing order.

In a preferred embodiment, the evaluation processing time ranking module 1341 further provides a first weight value corresponding to the first processing time, and the maximum response time ranking module 1342 further provides a second weight value corresponding to the maximum response time. The waiting time ranking module 1343 further provides a third weight value corresponding to the predetermined waiting time, and the ranking determining module 1344 further utilizes the first weight value, the second weight value, and the third weight value to the first processing time and the maximum response. The time and the predetermined waiting time are weighted to generate a sort value.

Step 5 S5, after the command requested by the corresponding user equipment 110 is actually processed, the server 130 further obtains a second processing time through the output module 136, where the second processing time is a real processing time, and according to the The second processing time determines whether to adjust the first processing time of the corresponding command profile in the table 133 to automatically adjust the estimated processing time to obtain a more accurate ranking value.

Through the foregoing method, the server 130 can adjust the processing order of the request commands of the respective client devices 110 according to the sorting value generated by the dynamic sorting engine 134, so that the connection of the shorter processing time ends first, and the server 130 can be effectively reduced. The line time is such that the connection waiting for the connection is not easy to exceed the maximum response time and the connection fails. Therefore, the total number of connection requests that can be processed by the server 130 in the unit time can be effectively increased and the number of the client device 110 is reduced. Overall waiting time.

As can be seen from the foregoing, the present invention mainly uses the waiting time ranking module 1343 to adjust an appropriate preset waiting time according to the command configuration file to overcome the fact that the server 130 discards the packet because the preset waiting time is not processed. And the client device 110 is caused to repeatedly transmit the packet.

110‧‧‧Customer equipment

120‧‧‧Network

130‧‧‧Server

131‧‧‧Input module

132‧‧‧Command generation module

133‧‧‧Form

134‧‧‧dynamic sorting engine

1341‧‧‧Evaluation processing time ranking module

1342‧‧‧Maximum response time ranking module

1343‧‧‧Waiting time ranking module

1344‧‧‧Sorting decision module

135‧‧‧Processing order determination module

136‧‧‧Output module

137‧‧‧Adjustment module

S1‧‧‧Step one

S2‧‧‧Step 2

S3‧‧‧Step three

S4‧‧‧Step four

S5‧‧‧Step five

1 is a schematic diagram of a remote management system supporting a wide area management protocol of a client device according to an embodiment of the present invention.

2 is a block diagram of a server in accordance with an embodiment of the present invention.

3 is a schematic diagram of a dynamic sorting engine in accordance with an embodiment of the present invention.

FIG. 4 is a flowchart of a method for managing a dynamic schedule management system supporting a wide area management protocol of a client device.

FIG. 5 is a flowchart of another embodiment of a management method of a dynamic schedule management system supporting a wide area management protocol of a client device.

Claims (5)

A dynamic schedule management system for supporting a wide area management protocol of a client device, comprising: a plurality of client devices for transmitting a request; a server coupled to the client device through a network for the user The server includes a dynamic sorting engine and a processing order determining module, wherein the dynamic sorting engine has an evaluation processing time ranking module, a maximum response time ranking module, and a waiting time ranking module. And a sorting decision module, the evaluation processing time ranking module, the maximum response time ranking module, and the waiting time ranking module are all connected with the sorting decision module information; when the server receives the request, the server is based on The request generates a command configuration file, and the evaluation processing time ranking module estimates, according to the command configuration file, a first processing time corresponding to one of the command configuration files, and uses the maximum response time ranking module according to the household device Request for a maximum response time, and then obtain a reservation through the waiting time ranking module Waiting for the time, and obtaining, by the sorting decision module, a sorting value according to the first processing time, the maximum response time, and the predetermined waiting time, the processing sequence determining module dynamically adjusting and scheduling the request according to the sorting value to the servo The processing order of the device. The dynamic schedule management system for supporting a wide area management agreement of a client device, as described in claim 1, wherein the server further provides a table including a plurality of data models supporting a wide area management protocol of the client device. The server processes the table to obtain the first processing time corresponding to the command configuration file. The dynamic schedule management system for supporting a wide area management agreement of a client device according to claim 2, wherein the server further includes an adjustment module, and the evaluation processing time ranking module information connection, the adjustment The module may obtain a second processing time of the real processing time after the execution of the request command is completed, and determine whether to adjust the first processing time corresponding to the command configuration file according to the second processing time. A method for managing a dynamic schedule management system for supporting a wide area management protocol of a client device according to claim 3, comprising: Step 1: providing a table including support for wide area management of the client device One of the corresponding commands of the complex data model of the agreement estimates the processing time; Step 2: upon receiving a request from at least one client device, generates a command configuration file according to the request; Step 3, dynamically sorting via one of the servers The evaluation processing time ranking module of the engine estimates the first processing time corresponding to the command configuration file through the table, and obtains a maximum response time according to the request of the user equipment through the maximum response time ranking module, and then passes the waiting time. The ranking module obtains a predetermined waiting time. Step 4: using a dynamic sorting engine to determine or dynamically adjust a processing sequence of the request of the client device in the server according to the first processing time, a maximum response time, and a preset waiting time. . The method for managing a dynamic schedule management system for supporting a wide area management protocol of a client device according to claim 4, further comprising: Step 5: after the command requested by the corresponding client device is processed, further obtaining a first The processing time is determined according to the second processing time, and whether to adjust the first processing time of the corresponding command configuration file in the table is determined.