Research on Ai Technology of Intelligent Information Visualization Based on Rtos System Service

In order to improve the visual interaction ability of intelligent information, an intelligent information visualization artificial intelligence technology based on RTOS system service is proposed in this paper. Based on embedded integrated control, this paper constructs the system design scheme, client and host system of intelligent information visualization artificial intelligence RTOS service system. The information monitoring module, artificial intelligence programmable logic control module, artificial intelligence processing module and human-computer interaction module of intelligent information visualization artificial intelligence RTOS service system are established to realize the label identification and identification in the process of intelligent information visualization artificial intelligence RTOS service system based on unified resource locator sipur, The communication system model of intelligent information visualization artificial intelligence RTOS service system under the transmission mode of multimedia communication channel is established to realize the automatic information processing of intelligent information visualization RTOS system. The test results show that the design has good stability, strong intelligent information visualization and interaction ability, low memory and time cost.


Introduction
In order to solve the problem that the traditional intelligent information visualization RTOS system has intelligent devices from different manufacturers, and each manufacturer has its own independent communication protocol, which leads to the independent operation of most devices in working mode and can not realize the interoperability between devices, the whole station of intelligent information visualization RTOS system adopts IEC61850 protocol to realize the unification of information model and communication protocol and the interoperability between intelligent devices.In the process of information transmission and scheduling, it is necessary to carry out the automatic management of intelligent information visualization RTOS system [1] .The research on the design method of intelligent information visualization artificial intelligence RTOS service system is of great significance to improve the comprehensive management and control ability of intelligent information visualization RTOS system [2] .Nowadays, some scholars have studied this.For example, literature [3] proposed a design method of maintenance management system of intelligent information visualization RTOS system based on Web, but the artificial intelligence RTOS service system of this method has not strong ability to network configuration and topology control of intelligent information visualization.The real-time monitoring and management system of university computer room is designed with reference to [4] , but the system has high structural complexity and high load.In order to solve the above problems, this paper proposes a system design scheme of intelligent information visualization artificial intelligence RTOS service system based on embedded integrated control.Firstly, a new intelligent information visualization artificial intelligence technology based on RTOS system service is designed.

Design framework and technical route of the system
In order to realize the system design of artificial intelligence RTOS service system for intelligent information visualization in virtual cloud computing, firstly, the overall design framework of the system is designed.The main component of intelligent information visualization RTOS system is embedded control equipment.The reliability of embedded control equipment ensures its safe operation.The construction of intelligent information visualization RTOS system mainly includes the whole process cycle management of equipment and equipment status monitoring.As the core of RTOS system with intelligent and intelligent information visualization function, IEC61850 protocol is of great help to fault diagnosis, data acquisition and operation management of equipment operation status.The embedded RTOS service system of virtual cloud computing intelligent information visualization artificial intelligence is designed by using multipoint control unit (MCU).The software development of virtual cloud computing intelligent information visualization artificial intelligence RTOS service system is carried out under arm module, and the special protocol (h.450.1, etc.) is used to supplement the service.The module terminal of intelligent information visualization RTOS system management system is composed of h.323 terminal software, gateway, gatekeeper, etc.Based on the basis of ASN and compression coding rules, the information coding model structure of virtual cloud computing intelligent information visualization RTOS system is constructed.The information processing model of intelligent information visualization artificial intelligence RTOS service system in virtual cloud computing environment is established.In the intelligent information processing terminal, the system software is developed and designed.In the user agent client, through the bus development and design method, the video information monitoring module, AI programmable logic control module and AI processing module of intelligent information visualization artificial intelligence RTOS service system are established.The host computer communication design is adopted to realize the design control of human-computer interaction.The overall structure of the system is shown in Figure 1.The original information collection of virtual cloud computing intelligent information visualization artificial intelligence RTOS service system using RFID radio frequency tag identification technology.The ARM Cortex-M0 processor core is used to realize the APP development of the virtual cloud computing intelligent information visualization artificial intelligence RTOS service system, and the embedded design is carried out in the ZigBee networking module to build the software development environment of the embedded virtual cloud computing intelligent information visualization artificial intelligence RTOS service system.The control of artificial intelligence RTOS service system for visualization of virtualized cloud computing intelligent information in digital converter is realized, centrally execute application layer combination development control based on multipoint control unit in AD module, establish data conversion and storage expansion control model after device information sampling, adopt SIP User Agent (UA) and SIP User Server (US), Information interaction is carried out at the intelligent information processing terminal, and the method of homomorphic classification control is combined to generate frame synchronization pulse in the virtual cloud computing intelligent information visualization artificial intelligence RTOS service system, and the sending register is configured.In the embedded virtual cloud computing intelligent information visualization RTOS system, the realization process of equipment information collection is shown in Figure 2.

. Hardware design of the system
The uniform resource locator SIP UR is used to realize the label marking and identification in the process of intelligent information visualization artificial intelligence RTOS service system.Embedded ARM Cortex-M0 is used as the main control system, and the virtual cloud computing intelligent information visualization artificial intelligence RTOS service system and remote monitoring are carried out in the APP terminal.The method of heterogeneous node control is adopted.The physical information of the computer room collected by multiple ZigBee nodes is processed by output terminal fusion, and the basic software layer, application development layer and basic software layer are designed to construct the three-layer structure system of intelligent information visualization artificial intelligence RTOS service system, as shown in Figure 3. Combined with ZigBee networking scheme, the network communication protocol of virtual cloud computing intelligent information visualization artificial intelligence RTOS service system is constructed, which is sent to a remote server based on GPRS, the digital-to-analog conversion of the original state data is realized in the AD conversion module, and the embedded cross-compilation technology is adopted for APP control.Design the SIP(Session Initiation protocol) session initialization protocol of IETF, and adopt VxWorks, a real-time operating system, to carry out the automatic management and networking control of RTOS system of virtualized cloud computing intelligent information visualization.
The designed intelligent information visualization RTOS system uses ZigBee as the information processing terminal, and the working speed of ZigBee is 20 ~250kbps.Combined with mobile GPRS communication technology and under the control of CompactPCI bus protocol, the output conversion control of virtual cloud computing intelligent information visualization artificial intelligence RTOS service system is carried out in ZigBee network topology environment.In SGSN and GPRS gateway of intelligent information visualization artificial intelligence RTOS service system, the packet data exchange design of intelligent information visualization artificial intelligence RTOS service system is carried out by using the method of node (GGSN) communication transmission, and the dynamic parameter analysis model of intelligent information visualization artificial intelligence RTOS service system is obtained, and then the cloud computing data is sent to the destination network.In the packet control unit (PCU) and the Gb interface unit (GBIU), the obtained Um interface is the air interface of GSM, so the hardware networking model of intelligent information visualization artificial intelligence RTOS service system is shown in Figure 4.

System software design part
NesC component-interface design method is adopted to construct SIP end-user protocol, and the communication system model of intelligent information visualization artificial intelligence RTOS service system under multimedia communication channel transmission mode is established.ADUM1201 and PCA82C250 are adopted to control the virtualized cloud computing system, and BFCP (Binary Floor Control Protocol) is used to implement the centralized media topology model of intelligent information visualization artificial intelligence RTOS service system.See Table 1 for the description of the software development environment of the system.According to the description of the development environment in Table 1, the channel output control model of intelligent information visualization artificial intelligence RTOS service system is built, RTP protocol is used for media transmission, and IEC61850 standard is used to build a whole layered data object model for intelligent devices.Applications and servers together constitute physical devices, data objects and data object attributes, logical nodes and logical devices together constitute servers, and detailed data objects and logical nodes are defined by all functions of RTOS.The ast_sip_realtime class directly reads data from the database, adjusts the output stability of the intelligent information visualization artificial intelligence RTOS service system, and obtains the software development and implementation process of the system as shown in Figure 5.To sum up, the integrated design of intelligent information visualization artificial intelligence RTOS service system in virtualized cloud computing environment is realized.

System test analysis
In the test of intelligent information visualization artificial intelligence RTOS service system, the number of Zigbee routing nodes is set to 1240, the flash memory of CC2530F256 is 256KB, and the 32MHz crystal oscillator is used to collect sensing information.The clock of the system is 24.5kHz.On this basis, the simulation test is carried out.The sample sequence length of intelligent information interaction is 300, and the test bandwidth is 24KHz.The time domain waveform of interactive information is shown in Figure 6.Taking the interactive information of Figure 6 as the test object, the time overhead and stability of the system are tested, and the results are shown in Figure 7.By analyzing Figure 7, it is known that the time overhead of the artificial intelligence RTOS service system for intelligent information visualization by this method is small.

Figuer 7. Time overhead test
From the analysis of Figure 7, it can be seen that this method is used to virtualize the intelligent information visualization artificial intelligence RTOS service system in the cloud computing environment, which has less time cost and higher stability, and improves the automatic management ability of the intelligent information visualization RTOS system.The packet loss rate of visual interaction of intelligent information is tested, and the comparison results are shown in Table 2. Analysis of Table 2 shows that the packet loss rate of this method is far lower than that of traditional methods.

Conclusions
This paper constructs an intelligent information visualization artificial intelligence RTOS service system based on LAN and wireless sensor communication network.The test results show that this method improves the stability of the system, reduces the system overhead, improves the accuracy of intelligent information visualization artificial intelligence scheduling and transmission, reduces the packet loss rate, and has certain application value.

Figure 1 .
Figure 1.Overall design framework of the system Combined with the overall architecture design of Figure 1, ADSP-BF537 is used as the core processor to develop and design the virtual RTOS service system of intelligent information visualization in cloud computing under the Internet of Things environment.Under the integrated DSP environment, the information acquisition module of the virtual RTOS service system of intelligent information visualization in cloud computing is established.Service models provided by ACSI include Server model, Association model, Logical device model, DataSet model, Substitution model, Set INF-groupcontrol-block model, REPORT-CONTROL-BLOCK and LCB-BLOCK model, BUUFERE-REPORT-BLOCK, UNBUFFERE-REPORT-BLOCK, LOG-CONTROL-BLOCK model ACSI is independent of the specific underlying network communication protocol (such as MMS protocol currently used) and the specific network model (such as Ethernet).When a specific network interface is needed, only a specific communication service mapping SCSM (Specific Communication Service Mapping) is required, and the SCSM is mapped to a specific communication protocol stack.The original information collection of virtual cloud computing intelligent information visualization artificial intelligence RTOS service system using RFID radio frequency tag identification technology.The ARM Cortex-M0 processor core is used to realize the APP development of the virtual cloud computing intelligent information visualization artificial intelligence RTOS service system, and the embedded design is carried out in the ZigBee networking module to build the software development

Figure 2 .
Figure 2. Implementation process of equipment information collection 3. System software and hardware design 3.1.Hardware design of the systemThe uniform resource locator SIP UR is used to realize the label marking and identification in the process of intelligent information visualization artificial intelligence RTOS service system.Embedded ARM Cortex-M0 is used as the main control system, and the virtual cloud computing intelligent information visualization artificial intelligence RTOS service system and remote monitoring are carried out in the APP terminal.The method of heterogeneous node control is adopted.The physical information of the computer room collected by multiple ZigBee nodes is processed by output terminal fusion, and the basic software layer, application development layer and basic software layer are designed to construct the three-layer structure system of intelligent information visualization artificial intelligence RTOS service system, as shown in Figure3.

Figure 3 .
Figure 3. Three-layer structure system of intelligent information visualization artificial intelligence RTOS service system

Figuer 4 .
Figuer 4. Hardware networking model of intelligent information visualization artificial intelligence RTOS service system

Figuer 5 .
Figuer 5. Software development and implementation process of the system

Table 1 .
System software development environment

Table 2 .
Comparison of packet loss rate/(bits/s)