WO2013097176A1 - User experience index monitoring method and monitoring virtual machine - Google Patents

Abstract

A user experience index monitoring method and a monitoring virtual machine. The method includes: a monitoring virtual machine acquiring an identifier of and configuration information about an arbitrary service virtual machine on a virtualization platform; configuring the configuration information about the arbitrary service virtual machine on the virtualization platform as configuration information about the monitoring virtual machine; the monitoring virtual machine collecting a user experience index of a running application of the monitoring virtual machine after the configuration of the configuration information thereof is completed and reporting the user experience index and the identifier of the arbitrary service virtual machine on the virtualization platform to an operation administration platform, wherein the monitoring virtual machine is created on a physical server where the arbitrary service virtual machine is located, the monitoring virtual machine and the arbitrary service virtual machine are linked to the virtualization platform, and the running application of the monitoring virtual machine is the same as an application loaded on the arbitrary service virtual machine. The embodiments in the present invention can lower the work load of the service virtual machine and can be accepted by the user.

Description

 User experience index monitoring method and monitoring virtual machine

 The present invention relates to the field of information technology, and in particular, to a user experience indicator monitoring method and a monitoring virtual machine.

Background technique

 A virtual machine (VM) refers to one or more virtualized computer systems with complete hardware system functions divided on a physical server. In a desktop cloud scenario, the virtual machine runs in the remote data center room, and various applications are installed on the virtual computer to provide users with various application services such as desktop office and call agent. Therefore, this type of virtual machine is used. It can also be called a service virtual machine.

 In the desktop cloud scenario, a user experience class test tool (such as a benchmark test tool;) can be deployed in the service virtual machine, and the user experience indicator of the application on the service virtual machine can be detected by the test tool, and then When the user experience indicator is low, you can perform corresponding processing such as resource scheduling or maintenance to improve the user experience.

 In practice, it has been found that deploying user experience class testing tools on each service virtual machine increases the workload of the service virtual machine, and the user is also unacceptable because of privacy.

Summary of the invention

 A user experience indicator monitoring method and a monitoring virtual machine provided by the embodiments of the present invention can effectively monitor user experience indicators of the service virtual machine.

 A method for monitoring user experience indicators, including:

 The monitoring virtual machine obtains the identification and configuration information of the service virtual machine on the virtualization platform; the monitoring virtual machine configures the configuration information of the any service virtual machine on the virtualization platform to the configuration of the monitoring virtual machine. Information

 After the configuration of the configuration information is completed, the monitoring virtual machine collects user experience indicators of the monitoring virtual machine running application, and reports the user experience indicator and the identifier of the any service virtual machine on the virtualization platform. To the operation management platform;

The monitoring virtual machine is created on a physical server where the service virtual machine is located, and the monitoring virtual machine and the any service virtual machine are linked to the virtualization platform; the monitoring The virtual machine running application is the same as the application loaded by any of the service virtual machines. A monitoring virtual machine, including:

 An obtaining unit, configured to obtain identifiers and configuration information of any service virtual machine on the virtualization platform; a configuration unit, configured to configure configuration information of the any service virtual machine on the virtualization platform as the monitoring virtual machine Configuration information;

 a collecting unit, configured to collect user experience indicators of the monitoring virtual machine running application after the configuration information of the monitoring virtual machine is configured;

 The reporting unit is configured to report the user experience indicator and the identifier of the any service virtual machine on the virtualization platform to the operation management platform;

 The monitoring virtual machine is created on a physical server where the service virtual machine is located, and the monitoring virtual machine and the any service virtual machine are linked to the virtualization platform; the monitoring virtual machine runs. The application is the same as the application loaded by any of the service virtual machines.

 A user experience indicator monitoring system includes: a monitoring virtual machine and an operation management platform; wherein the monitoring virtual machine includes:

 An obtaining unit, configured to obtain identifiers and configuration information of any service virtual machine on the virtualization platform; a configuration unit, configured to configure configuration information of the any service virtual machine on the virtualization platform as the monitoring virtual machine Configuration information;

 a collecting unit, configured to collect user experience indicators of the monitoring virtual machine running application after the configuration information of the monitoring virtual machine is configured;

 The reporting unit is configured to report the user experience indicator and the identifier of the any service virtual machine on the virtualization platform to the operation management platform;

 The operation management platform is configured to receive an identifier of the service virtual machine that is reported by the monitoring virtual machine on the virtualization platform, and use the user experience indicator as the virtual service Machine user experience indicators;

 The monitoring virtual machine is created on a physical server where the service virtual machine is located, and the monitoring virtual machine and the any service virtual machine are linked to the virtualization platform; the monitoring virtual machine runs. The application is the same as the application loaded by any of the service virtual machines.

In the embodiment of the present invention, the monitoring virtual machine can be created on the physical server where any service virtual machine is located, and the monitoring virtual machine and the service virtual machine are connected through the virtualization platform, so that the monitoring is performed. The control virtual machine can obtain the identification and configuration information of the service virtual machine, and configure the configuration information of the service virtual machine to monitor the configuration information of the virtual machine, and collect the user experience indicator in the monitoring virtual machine running application. And reporting the user experience indicator and the identifier of the service virtual machine on the virtualization platform to the operation management platform, so that the operation management platform can use the user experience indicator as a user experience indicator of the service virtual machine. The embodiment of the present invention does not need to provide a service virtual machine in the service virtual machine, and does not need to provide services to the user. Therefore, the user experience indicator of the service virtual machine can be effectively monitored, and the workload of the service virtual machine can be reduced, which is easy for the user to accept.

DRAWINGS

 In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings to be used in the embodiments will be briefly described below. Obviously, the drawings in the following description are merely the present invention. For some embodiments, other drawings may be obtained from those skilled in the art without departing from the drawings.

 1 is a flowchart of a user experience indicator monitoring method according to an embodiment of the present invention; FIG. 2 is a flowchart of another user experience indicator monitoring method according to an embodiment of the present invention; A structure diagram for monitoring a virtual machine;

 FIG. 4 is a structural diagram of a user experience indicator monitoring system according to an embodiment of the present invention.

detailed description

 BRIEF DESCRIPTION OF THE DRAWINGS The technical solutions in the embodiments of the present invention will be described in detail below with reference to the accompanying drawings in the embodiments of the present invention. It is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments obtained by those skilled in the art based on the embodiments of the present invention without creative efforts are within the scope of the present invention.

 The method for monitoring user experience indicators and the monitoring virtual machine provided by the embodiments of the present invention can effectively monitor the user experience indicators of the service virtual machine and reduce the workload of the service virtual machine, which is easy for the user to accept. The details are described below separately.

Referring to FIG. 1 , FIG. 1 is a method for monitoring user experience indicators according to an embodiment of the present invention, which can be applied to a desktop cloud, an Internet data center (IDC), and an enterprise data center (Enterprise Data Center). , EDO, etc. As shown in Figure 1, the method can include the following steps: 101. The monitoring virtual machine obtains the identification and configuration information of any service virtual machine on the virtualization platform; wherein the monitoring virtual machine is created on the physical server where the service virtual machine is located, and the virtual machine is monitored with the month. The service virtual machine links to the virtualization platform.

 As an optional implementation manner, the monitoring virtual machine can receive the identification and configuration information of any service virtual machine actively sent by the virtualization platform. The virtualization platform is a virtualization management system for creating a service virtual machine in a physical server. For the created service virtual machine, its configuration information is stored on the virtualization platform. The virtualization platform may send the identifier and configuration information of each service virtual machine to the monitoring virtual machine in a polling manner, or may be manually triggered by the maintenance personnel to send the identifier and configuration information of any service virtual machine to the monitoring virtual machine.

 In the embodiment of the present invention, the specific form of the monitoring virtual machine link virtualization platform may be the same as the specific form of the any service virtual machine link virtualization platform.

 In the embodiment of the present invention, the configuration information of the service virtual machine includes at least a core, a memory, and a preempted bandwidth of a central processing unit (CPU) of the service virtual machine.

 102. The monitoring virtual machine configures configuration information of any service virtual machine on the virtualization platform to monitor configuration information of the virtual machine.

 In the embodiment of the present invention, after the monitoring virtual machine configures the configuration information of any service virtual machine on the virtualization platform to monitor the configuration information of the virtual machine, the monitoring virtual machine can simulate the real system of the service virtual machine. surroundings.

 After the configuration information is configured, the monitoring virtual machine collects the user experience indicators of the monitoring virtual machine running application; wherein the monitoring virtual machine running application is the same as the application loaded by the any service virtual machine. A monitoring virtual machine is created on the physical device for the virtualization service, and the specifications of the created monitoring virtual machine can be customized. As an optional implementation manner, the specifications of the created monitoring virtual machine may be consistent with the specifications of the user-defined service virtual machine, which is not limited by the embodiment of the present invention.

 In the embodiment of the present invention, the specific implementation manner of creating a monitoring virtual machine on the physical server where the service virtual machine is located is the same as the specific implementation manner of creating the service virtual machine on the physical server, which is not described in detail in the embodiment of the present invention.

In the embodiment of the present invention, a monitoring virtual machine is created on a physical server where the service virtual machine is located. After that, you can further deploy user experience test tools such as Benchmark tools and VSI on the created monitoring VMs. The user experience class test tool collects user experience indicators in the monitoring virtual machine running application. As an optional implementation manner, after the monitoring virtual machine configures the configuration information of any service virtual machine on the virtualization platform to monitor the configuration information of the virtual machine, the application can be run immediately, and the user experience test tool is used. Collect user experience metrics in the monitoring virtual machine running application. Alternatively, after the monitoring virtual machine configures the configuration information of any service virtual machine on the virtualization platform to monitor the configuration information of the virtual machine, the maintenance personnel may manually trigger the monitoring virtual machine to run the application, and the user experience test is performed. The tool collects and monitors user experience metrics in the virtual machine running application. Alternatively, the monitoring virtual machine configures the configuration information of any service virtual machine on the virtualization platform to monitor the configuration information of the virtual machine, and then starts the timing, and runs the application when the timing reaches the set value, and is performed by the user experience class. The test tool automatically collects user experience metrics in the monitoring virtual machine running application.

 In the embodiment of the present invention, the user experience indicator described may include a typing response speed, a response speed of the mouse movement, or a duration of opening the document.

 As an alternative implementation, the monitoring virtual machine can run a script or execute program to collect user experience metrics in the running application after its configuration information is configured. In particular, the user experience metrics of the running application can be collected by a user experience class test tool deployed in the monitoring virtual machine to collect user experience metrics for running the application, thereby inferring the user experience metrics that the service virtually runs the application.

 104. The monitoring virtual machine reports the foregoing user experience indicator and the identifier of the service virtual machine to an operation management (OM) platform.

 As an optional implementation manner, the monitoring virtual machine may collect the collected user experience indicators by using a Simple Network Management Protocol (SNMP) or a Simple Object Access Protocol (SOAP). The ID of any service VM is reported to the operation management platform.

In the desktop cloud scenario, the operation management platform is mainly used to manage multiple physical servers. The service VM IDs of each physical server are different from each other. After receiving the user experience indicator reported by the monitoring virtual machine of a physical server and the identifier of any service virtual machine, the operation management platform may use the user experience indicator as the user experience indicator of the service virtual machine and report it to the indicator. Baseline score The module is evaluated by the indicator baseline analysis module to evaluate whether the user experience indicator in the running application of the service virtual machine on the physical server is good.

 In the method shown in Figure 1, the monitoring virtual machine can be created on the physical server where any service virtual machine is located, and the monitoring virtual machine is connected to the service virtual machine through the virtualization platform, so that the monitoring virtual machine can obtain the After the configuration information of any service virtual machine is configured to monitor the configuration information of the virtual machine, the user experience indicator in the running application of the monitoring virtual machine is collected, and the user experience is collected. The indicator and the identifier of the service virtual machine on the virtualization platform are reported to the operation management platform, so that the operation management platform can use the user experience indicator as a user experience indicator of the service virtual machine. The method shown in Figure 1 does not need to be in the service virtual machine and the monitoring virtual machine does not need to provide services to the user. Therefore, the user experience indicator of the service virtual machine can be effectively monitored, and the workload of the service virtual machine can be reduced, which is easy for the user to accept.

 Referring to FIG. 2, FIG. 2 is another method for monitoring user experience indicators according to an embodiment of the present invention, which is applied to a desktop cloud. In the method shown in FIG. 2, it is also required to create a monitoring virtual machine on the physical server where the service virtual machine is located, and the monitoring virtual machine and the service virtual machine in the physical server are linked to the virtualization platform, and the monitoring virtual The running application of the machine is the same as the application loaded by the service virtual machine, and the user experience class testing tool is deployed on the monitoring virtual machine. In an embodiment, the application for monitoring the running of the virtual machine may be obtained by the maintenance personnel copying the application loaded by the service virtual machine when the virtual machine is created; or the monitoring virtual machine may be created together when the monitoring virtual machine is created. The application that is running. As shown in FIG. 2, the method may include the following steps:

 201. The operation management platform sends a startup command to the monitoring virtual machine through a protocol such as SNMP or SOAP, and triggers the monitoring virtual machine to start.

 In the embodiment of the present invention, the foregoing step 201 is optional. That is to say, the monitoring virtual machine can be in a working state for a long time without being triggered by the operation management platform. Alternatively, the monitoring virtual machine can also be manually initiated by the user, or the monitoring virtual machine can also be started automatically when the timer expires.

 202. The monitoring virtual machine obtains the identifier and configuration information of the service virtual machine on the virtualization platform, and configures the configuration information of the service virtual machine on the virtualization platform to monitor the configuration information of the virtual machine.

203. After the monitoring virtual machine is configured, the user that collects the running application is collected. Experience indicators.

 The user experience class test tool deployed in the monitoring virtual machine can run a script program or an execution program to collect user experience indicators of the running application.

 Among them, user experience indicators include typing response speed, response speed of mouse movement, duration of document opening, and the like.

 The monitoring virtual machine reports the collected user experience indicators and the identifiers of the service virtual machines on the virtualization platform to the operation management platform through the SNMP or the SOAP protocol.

 It should be noted that, in the process of performing the foregoing steps 202 and 203, the monitoring virtual machine runs normally, and the service virtual machine on the physical server runs normally, and is not affected by the operation of the monitoring virtual machine.

 205. The operation management platform uses the user experience indicator as a user experience indicator of the service virtual machine corresponding to the identifier, and reports the indicator to the indicator baseline analysis module.

 206. The indicator baseline analysis module determines whether the user experience indicator is lower than a preset baseline indicator, and if yes, performs step 207 and/or step 208.

 The indicator baseline analysis module determines that the user experience index is lower than the preset baseline indicator, indicating that the user experience is relatively poor, and vice versa, indicating that the user experience is satisfactory, and the indicator baseline analysis module does not need to perform any operations. Accordingly, if the user experience is satisfactory, the monitoring virtual machine may continue to perform the above steps 203 and 204, or suspend the above steps 203 and 204.

 207. The indicator baseline analysis module sends a notification message to the dynamic resource scheduling module, and triggers the dynamic resource scheduling module to perform resource scheduling on the service virtual machine to re-satisfy the user experience.

 For example, if the indicator baseline analysis module determines that the typing response speed is lower than the preset baseline indicator, the indicator baseline analysis module may send a notification message to the dynamic resource scheduling module, and trigger the dynamic resource scheduling module to expand the service virtual. The configuration of the machine, such as expanding the number of cores and/or memory of the CPU, to meet user experience specifications.

 For example, if the indicator baseline analysis module determines that the response speed of the mouse movement is lower than the preset baseline indicator, the indicator baseline analysis module may send a notification message to the dynamic resource scheduling module to trigger the dynamic resource scheduling module to decrease. The number of service virtual machines deployed on the physical server, etc., to meet user experience metrics.

In an embodiment, after receiving the notification message sent by the indicator baseline analysis module, the dynamic resource scheduling module may also trigger the execution of the migration of the service virtual machine, thereby reducing the business negative on the physical server. Load to meet user experience metrics while balancing system-wide load.

 208. After the indicator baseline analysis module determines that the user experience indicator is lower than the preset baseline indicator, the operation management platform alarm may be notified.

 The operation management platform alarm can notify the system to deploy the system through interface display and SMS notification to re-satisfy the user experience.

 In the method shown in FIG. 2, the monitoring virtual machine can be created on the physical server where the service virtual machine is located, and the monitoring virtual machine and the service virtual machine are linked to the virtualization platform, so that the monitoring virtual machine can collect the user experience of running the application. Indicators are reported to the operations management platform. The embodiment of the present invention does not need to deploy a user experience class test tool in the service virtual machine to detect the user experience indicator of the application on the service virtual machine, thereby reducing the service virtual machine user experience indicator and reducing the service virtual machine. Workload is easy for users to accept.

 Referring to FIG. 3, FIG. 3 is a structural diagram of a monitoring virtual machine according to an embodiment of the present invention, which can be applied to the fields of desktop cloud, IDC, and EDC. The monitoring virtual machine shown in FIG. 3 is created on a physical server where any service virtual machine is located, and the monitoring virtual machine and the service virtual machine are linked to a virtualization platform, and the application running by the monitoring virtual machine is The application loaded by any service virtual machine is the same. As shown in FIG. 3, the monitoring virtual machine may include:

 The obtaining unit 301 is configured to obtain identifiers and configuration information of any service virtual machine on the virtualization platform.

 The configuration information of the service virtual machine includes at least the core number of the CPU, the memory, and the reserved bandwidth.

 The configuration unit 302 is configured to configure configuration information of the any service virtual machine on the virtualization platform to monitor configuration information of the virtual machine.

 The collecting unit 303 is configured to collect user experience indicators of the monitoring virtual machine running application after the configuration information of the monitoring virtual machine is configured.

 The user experience indicators include the typing response speed, the response speed of the mouse movement, or the duration of the document opening.

The reporting unit 304 is configured to report the user experience indicator and the identifier of the service virtual machine on the virtualization platform to the operation management platform. As an optional implementation manner, the obtaining unit 301 is specifically configured to receive identifiers and configuration information of any service virtual machine sent by the virtualization platform.

 As an optional implementation manner, the collecting unit 303 is specifically configured to run a script program or an executing program to collect a user experience indicator for monitoring a virtual machine running application after the configuration information of the monitoring virtual machine is configured.

 As an optional implementation manner, the application for monitoring the running of the virtual machine may be triggered after the configuration of the configuration information of the virtual machine is configured; or the monitoring time is started after the configuration of the virtual machine is configured, and the timing is reached. The operation is triggered when the value is set; or after the configuration information of the virtual machine is configured, the maintenance personnel trigger the operation.

 As an optional implementation, the upper unit 304 is specifically configured to report the collected user experience indicator and the identifier of the service virtual machine on the virtualization platform to the operation management platform through a protocol such as SNMP or SOAP. So that the operation management platform can use the user experience indicator as a user experience indicator of any of the service virtual machines.

 As an optional implementation, the monitoring virtual machine shown in FIG. 3 may further include: a starting unit 305, configured to receive a startup command sent by the operation management platform through a protocol such as SNMP or SOAP, and trigger the startup monitoring virtual machine to work.

 The monitoring virtual machine shown in Figure 3 can reduce the workload of the service virtual machine and reduce the system cost while effectively monitoring the user experience indicators of the service virtual machine.

 Referring to FIG. 4, FIG. 4 is a structural diagram of a user experience indicator monitoring system according to an embodiment of the present invention, which can be applied to desktop cloud, IDC, and EDC. As shown in FIG. 4, the user experience indicator monitoring system may include:

 Monitoring virtual machine 401, operation management platform 402;

 The monitoring virtual machine 401 is created on a physical server where any service virtual machine is located, and the monitoring virtual machine 401 and the any service virtual machine are linked to the virtualization platform, and the application running by the monitoring virtual machine is virtualized with any of the services. The application loaded by the machine is the same.

 The structure and function of the monitoring virtual machine 401 are described in detail in the foregoing embodiments, and the embodiments of the present invention are not described herein.

As an optional implementation, the operation management platform 402 is further configured to issue a startup command to the monitoring virtual machine 401 through SNMP or SOAP writing, and trigger the monitoring virtual machine 401 to start. As an optional implementation manner, the user experience indicator monitoring system shown in FIG. 4 may further include:

 The indicator baseline analysis module 403 is configured to receive the user experience indicator reported by the operation management platform 402, and determine whether the user experience indicator is lower than a preset baseline indicator, and if yes, send a notification message to the dynamic resource scheduling module 404;

 The dynamic resource scheduling module 404 is configured to receive the notification message sent by the indicator baseline analysis module 403, and perform resource scheduling on the service virtual machine to satisfy the user experience.

 As an optional implementation manner, the indicator baseline analysis module 403 is further configured to notify the operation management platform 402 of the alarm after determining that the user experience indicator is lower than the preset baseline indicator;

 Accordingly, the operations management platform 402 is also used to re-satisfy the user experience based on the notification generator deployment of the metric baseline analysis module 403.

 The user experience indicator monitoring system shown in Figure 4 can effectively reduce the workload of the service virtual machine while effectively monitoring the user experience indicators of the service virtual machine, which is easy for the user to accept.

 A person skilled in the art may understand that all or part of the various steps of the foregoing embodiments may be completed by a program instructing related hardware. The program may be stored in a computer readable storage medium, and the storage medium may include: Flash disk, read-only memory (ROM), random access memory (RAM), disk or optical disk.

 The foregoing description of the user experience indicator monitoring method and the monitoring virtual machine and system provided by the embodiments of the present invention are only used to help understand the method and core idea of the present invention. Meanwhile, for those skilled in the art, The present invention is not limited by the scope of the present invention.

Claims

Rights request  A method for monitoring user experience indicators, which is characterized by comprising:  The monitoring virtual machine obtains the identification and configuration information of the service virtual machine on the virtualization platform; the monitoring virtual machine configures the configuration information of the any service virtual machine on the virtualization platform to the configuration of the monitoring virtual machine. Information  After the monitoring virtual machine is configured, the user experience indicator of the application running by the monitoring virtual machine is collected, and the user experience indicator and the identifier of the any service virtual machine on the virtualization platform are collected. Reported to the operation management platform;  The monitoring virtual machine is created on a physical server where the service virtual machine is located, and the monitoring virtual machine and the any service virtual machine are linked to the virtualization platform; the monitoring virtual machine runs. The application is the same as the application loaded by any of the service virtual machines.  The method according to claim 1, wherein the configuration information includes at least a core of the central processor, a memory, and a pre-empted bandwidth.  The method according to claim 1, wherein the monitoring virtual machine obtains the identification and configuration information of any service virtual machine on the virtualization platform, including:  The monitoring virtual machine receives the identification and configuration information of any service virtual machine sent by the virtualization platform.  The method of claim 1, wherein the monitoring virtual machine collects the user experience indicators of the application running by the monitoring virtual machine after the configuration information is configured: the monitoring virtual machine is After the configuration information is configured, the script program or the execution program is run to collect user experience indicators of the application running the monitoring virtual machine.  The method according to claim 1, wherein the monitoring virtual machine running application is triggered after the monitoring virtual machine is configured with the configuration information; or the monitoring virtual machine is configured. After the configuration information is started, the timing is triggered, and when the timing reaches the set value, the operation is triggered; or after the monitoring virtual machine is configured with the configuration information, the maintenance personnel trigger the operation.  The method according to any one of claims 1 to 5, wherein the monitoring virtual machine reports the user experience indicator and the identifier of the any service virtual machine on the virtualization platform to the operation management. The platform includes: The monitoring virtual machine sends the user through a single network management protocol or a single object access protocol The experience indicator and the identifier of the any service virtual machine on the virtualization platform are reported to the operation management platform.  The method according to any one of claims 1 to 6, wherein before the monitoring virtual machine obtains the identification and configuration information of any service virtual machine on the virtualization platform, the method further includes:  The monitoring virtual machine receives the startup command issued by the operation management platform through the single network management protocol or the single object access protocol and triggers the startup.  The method according to any one of claims 1 to 6, wherein the user experience indicator comprises at least one of a typing response speed, a response speed of a mouse movement, or a duration of opening a document.  9. A monitoring virtual machine, comprising:  An obtaining unit, configured to obtain identifiers and configuration information of any service virtual machine on the virtualization platform; a configuration unit, configured to configure configuration information of the any service virtual machine on the virtualization platform as the monitoring virtual machine Configuration information;  a collecting unit, configured to collect user experience indicators in the running application of the monitoring virtual machine after the configuration information of the monitoring virtual machine is configured;  The reporting unit is configured to report the user experience indicator and the identifier of the any service virtual machine on the virtualization platform to the operation management platform;  The monitoring virtual machine is created on a physical server where the service virtual machine is located, and the monitoring virtual machine and the any service virtual machine are linked to the virtualization platform; the monitoring virtual machine runs. The application is the same as the application loaded by any of the service virtual machines.  The monitoring virtual machine according to claim 9, wherein the configuration information includes at least a core of the central processing unit, a memory, and a pre-empted bandwidth.  The monitoring virtual machine according to claim 9, wherein the acquiring unit is specifically configured to receive identifiers and configuration information of any service virtual machine sent by the virtualization platform.  The monitoring virtual machine according to claim 9, wherein the collecting unit is configured to: after the configuration information of the monitoring virtual machine is configured, run a script program or execute a program to collect the monitoring virtual machine. User experience metrics for running the app. 13. The monitoring virtual machine according to claim 9, wherein the monitoring virtual machine is operated The application of the line is triggered after the monitoring virtual machine is configured with the configuration information; or the monitoring virtual machine starts the timing after configuring the configuration information, and triggers the operation when the timing reaches the set value; or After the monitoring virtual machine is configured with the configuration information, it is triggered by the maintenance personnel.  The monitoring virtual machine according to any one of claims 9 to 13, wherein the reporting unit is specifically configured to: use the single user network management protocol or the single object access protocol to set the user experience indicator and the The identifier of any service virtual machine on the virtualization platform is reported to the operation management plane The monitoring virtual machine according to any one of claims 9 to 14, further comprising:  The startup unit is configured to receive a startup command issued by the operation management platform through the single network management protocol or the single object access protocol, and trigger the startup of the monitoring virtual machine.  The monitoring virtual machine according to any one of claims 9 to 15, wherein the user experience indicator comprises at least one of a typing response speed, a response speed of a mouse movement, or a duration of opening a document.  17. A user experience indicator monitoring system, comprising: a monitoring virtual machine and an operation management platform; wherein  The monitoring virtual machine includes:  An obtaining unit, configured to obtain identifiers and configuration information of any service virtual machine on the virtualization platform; a configuration unit, configured to configure configuration information of the any service virtual machine on the virtualization platform as the monitoring virtual machine Configuration information;  a collecting unit, configured to collect user experience indicators of the monitoring virtual machine running application after the configuration information of the monitoring virtual machine is configured;  The reporting unit is configured to report the user experience indicator and the identifier of the any service virtual machine on the virtualization platform to the operation management platform;  The operation management platform is configured to receive an identifier of the service virtual machine that is reported by the monitoring virtual machine on the virtualization platform, and use the user experience indicator as the virtual service Machine user experience indicators; The monitoring virtual machine is created on a physical server where the service virtual machine is located, and the monitoring virtual machine and the any service virtual machine are linked to the virtualization platform; the monitoring The virtual machine runs the same application as the one loaded by any of the service virtual machines. The system according to claim 17, wherein the configuration information includes at least a core of the central processing unit, a memory, and a pre-empted bandwidth.  The system according to claim 17, wherein the acquiring unit is specifically configured to receive identifiers and configuration information of any service virtual machine sent by the virtualization platform.  The system according to claim 17, wherein the collecting unit is configured to: after the configuration information of the monitoring virtual machine is configured, run a script program or execute a program to collect the monitoring virtual machine running application. User experience metrics in the program.  The system according to claim 17, wherein the monitoring virtual machine running application is triggered after the monitoring virtual machine is configured with the configuration information; or the monitoring virtual machine is configured. After the configuration information is started, the timing is triggered, and when the timing reaches the set value, the operation is triggered; or after the monitoring virtual machine is configured with the configuration information, the maintenance personnel trigger the operation.  The system according to any one of claims 17 to 21, wherein the reporting unit specifically virtualizes the user experience indicator and the any service by a single network management protocol or a single object access protocol. The identifier of the machine on the virtualization platform is reported to the operation management platform.  The system according to any one of claims 17 to 22, wherein the monitoring virtual machine further comprises:  a startup unit, configured to receive a startup command issued by the operation management platform by using a single network management protocol or a single object access protocol, and triggering the startup of the monitoring virtual machine;  The operation management platform is further configured to send a startup command to the monitoring virtual machine by using a single network management protocol or a single object access protocol.  The system according to any one of claims 17 to 23, further comprising: an indicator baseline analysis module, configured to receive the user experience indicator reported by the operation management platform, and determine the user experience Whether the indicator is lower than the preset baseline indicator, and if yes, sending a notification message to the dynamic resource scheduling module;  The dynamic resource scheduling module is configured to receive a notification message sent by the indicator baseline analysis module, and perform resource scheduling on the any service virtual machine to satisfy a user experience.  25. The system of claim 24, wherein The indicator baseline analysis module is further configured to determine that the user experience indicator is lower than a preset base After the line indicator is notified, the operation management platform alarm is notified;  The operation management platform is further configured to generate an alarm according to the notification of the indicator baseline analysis module. The system according to any one of claims 17 to 25, wherein the user experience indicator comprises at least one of a typing response speed, a response speed of a mouse movement, or a duration of opening a document.