58 results about "Real time information processing" patented technology

The invention relates to a real-time information processing method in bus dynamic dispatching, which is specially used for dynamic dispatching of bus single or area multi-line of the ground. The real-time information comprises vehicle positioning information and passenger flow information; acquiring equipment comprises a GPS vehicle-mounted terminal and an IC card POS machine terminal; a processing method comprises the following steps: acquiring and transmitting real-time information; processing and preprocessing real-time information; carrying out secondary processing to the acquired data; taking relevant technologies of ITS and the computer of the bus vehicle positioning technology, the bus passenger flow acquisition technology, the network communication technology, WebGIS and the like as support, acquiring real-time information of ground bus line operation, carrying out processing on the real-time information, calculating operating state of vehicle delay time, section passenger flow, load factor and the like, and carrying out vehicle bunching recognition; and using a Kalman filtering model to predict the arrival time and delay time of the bus vehicle, and providing decision basis for dynamic dispatching measures.

An entertainment system comprised of plural game playing machines interconnected over a communication channel in which the pictures generated and displayed in the game playing machines are synchronized with external synchronization signals. In performing real-time information processing, such as a combat game, as the status change information is exchanged over a communication cable 82, game playing machines A and B enter synchronization signals transmitted from the game playing machine B via communication cable 92 to an external synchronization information input terminal 50a of a CRTC 34a of the game playing machine A. Picture signals are generated in the game playing machines A and B and pictures synchronized between the game playing machines A and B are displayed in the game playing machines 10a, 10b.

The invention provides an on-satellite small cluster information processing system, and belongs to the technical field of on-satellite real-time and near-real-time information processing. The system aims to solve the technical problem that an existing remote sensing satellite is weak in on-satellite information processing, long in image data acquisition period and poor in real-time performance. The system comprises a high-performance X86 application layer computer, an embedded multi-core DSP computer, an external interface unit, a power supply unit and a VPX high-speed data exchanger, whereinthe VPX high-speed data exchanger adopts an OpenVPX system-level bus standard, and achieves mutual connection of high-speed data buses, satellite keeping control buses and power supplies of all functional modules in the system. The on-satellite small cluster information processing system can achieve intelligent processing of on-satellite remote sensing images, an open hardware platform architecture based on the OpenVPX bus standard is utilized, the functions and the calculation of the hardware platform are achieved by increasing and decreasing the number of the embedded multi-core DSP computers so as to meet different requirements of an optical remote sensing satellite for data processing tasks, and the system is good in universality and high in expanding capability.

The invention provides a management method of road information and a device thereof, relates to the processing application field of road information of urban road traffic and solves the problem that the efficient processing and releasing of real-time information can not be realized under the condition that various traffic information data sources with different granularities exist at the same time. The management method of road information comprises the following steps: road information data of different types are respectively converted into the primary data with corresponding formats; the primary data with different formats are converted into the data with the intermediate data format; a trigger is updated, and according to the data with the intermediate data format, road traffic information is updated. The invention is applicable to the efficient conversion processing and releasing of large-scale road and link traffic information data.

The invention discloses a 360-DEG holographic real-time interactive method, used for solving the following problems in the prior art: holographic reappeared contents are limited; interactive operation cannot be carried out, etc. The 360-DEG holographic real-time interactive method comprises real-time information acquiring, real-time information processing, real-time information reappearing and real-time interacting, wherein real-time information acquiring is as follows: users and environmental information are acquired in multiple directions, such that corresponding audio and video information is obtained; real-time information processing is as follows: video information obtained in each direction is subjected to moving object segmentation and extraction; segmented and extracted frame images are spliced in real time, such that data basis for reappearing of holographic real images and virtual images is realized; real-time information reappearing is as follows: reappearing of the holographic images is realized according to data after real-time information processing; real-time interacting is as follows: a mapping relationship in three interactive modes including a voice interactive mode, an interactive guide mode and a posture interactive mode is established; change of the holographic images is realized through identification of voice and gestures; and thus, interaction is realized. According to the 360-DEG holographic real-time interactive method disclosed by the invention, a 360-DEG holographic display technology is combined with a novel interactive technology; and thus, multi-technology fusion is realized.

The invention discloses a cloud-side cooperative information processing architecture for a space intelligent aircraft. A station-borne service cloud realizes the pooling of the physical server resources of a station-borne server cluster by adopting a virtualization technology, the space-based data security storage and high-performance computing services are provided for the aircraft, and the task-level dynamic migration and the quasi-real-time storage and computing with resource allocation and high fault tolerance are realized according to the data storage and processing requests of other cabins of the aircraft. An intelligent terminal is used for acquiring, processing, managing and controlling the data of a functional cabin of the aircraft, is used as a user terminal to provide a cooperative processing request, obtains the storage and computing resources, realizes the priority-sensitive storage and computing tasks, and carries out the real-time information processing and interaction through the interconnection and intercommunication between a plug-and-play interface and the equipment units of each cabin and the system; and a real-time Ethernet and a switch are used for the networked interconnection and the data transmission between the station-borne service cloud in the aircraft and each intelligent terminal.

The invention discloses a real-time road condition information monitoring vehicle data recorder and a recording method for the same. The recorder consists of three web cameras, a high-definition camera, an information acquisition module, a real-time information processing and analysis module, a control module and a storage module. The recording method comprises the following steps that the information acquisition module acquires road condition image information in front of or on the side part of a vehicle through the web cameras and transmits the road condition image information to the real-time information processing and analysis module, the real-time information processing and analysis module performing analysis processing on the image information and transmits a result to the control module, and the control module controls the information acquisition module, the three web cameras, the high-definition camera, the real-time information processing and analysis module and the storage module according to the information processing result. According to the recorder and the recording method, redundant road condition information can be effectively removed, real-time monitoring and processing and selective storage can be realized, the storage space can be saved, and a running mode of the recorder can be automatically changed according to the analyzed information.

An information processing system comprises: a light emitting unit that irradiates pattern light having a specific pattern to a subject to form a texture on the subject; an imaging unit that captures the subject on which the texture is formed; a deriving unit that derives distance information to the subject based on an image captured by the imaging unit; an analyzing unit that analyzes whether or not an image abnormality is present in either one of the captured image and an image based on the distance information; and a dimming unit that performs dimming control when the analyzing unit analyzes that the image abnormality is present.

The invention discloses a road parking management system which comprises data acquisition equipment, a cloud and a client wirelessly connected with the cloud, wherein the data acquisition equipment comprises parking meters, stall detectors, an RFID (radio frequency identification) card and a controller; the cloud comprises a basic information management module, a stall information real-time monitoring module, an equipment state real-time monitoring module, a people management module, an account management module and a real-time information processing module; the client comprises an information check module and a task management module. The road parking management system can monitor the whole parking process in real time at the cloud and the client and monitor and manage information such as the equipment state, the stall state, the card swiping condition, the parking time, abnormal parking and the like, solves the problems that a vehicle does not pay after stall occupation, a coordinator charges privately, the parking meters are damaged and the like, and realizes intelligent and initiative management of temporary stalls on a city road.

The invention discloses a method for relative distance control and adaptive correction between multiple agents. According to the method, the control of the relative distance between multiple agents can be ensured, the collision between multiple agents is avoided, and the system has high adaptation and robustness by using ESO. Further, a lateral correction algorithm based on adaptive detection point configuration is designed. The timeliness of the entire system can be improved by adaptively and dynamically setting segmentation detection points, and judging and adaptively adjusting the number ofdetection points in remaining routes according to a set threshold value. The consistency of the entire multi-agent system is ensured by correcting the distance of the offset trajectory at each detection point to make the followers of the entire multi-agent system to accurately follow the leader. The algorithm does not require complex communication protocols and higher real-time information processing capabilities.

The invention discloses a data exchange system for a production line, comprising: a data collection station, a PLC controller, a monitoring system, a data collection network, a switch, an Ethernet local area network, a database server, an IFIX centralized control server, and a centralized control terminal. The data collection station, The PLC controller and monitoring system are connected to the data acquisition network through industrial optical fibers, the data acquisition network is connected to the Ethernet LAN through a switch, and the database server, IFIX centralized control server and centralized control terminal are directly connected to the Ethernet LAN. The production line data exchange system provided by the present invention has a brand-new structural framework, complete networking integration capabilities, flexible application configuration modes, powerful real-time information processing capabilities, and rich display means, providing efficient application tools and reliable production process control for enterprises. Supported by information, real-time and accurate collection of production, equipment, quality, and consumption data of each on-site equipment is realized, and data services are provided for management at all levels of the enterprise.

The invention provides a hydropower production real-time information processing system and a hydropower production real-time information processing method based on mass data. The system comprises a hydropower production real-time information system, a mass historical/real-time data platform, and an acquisition terminal, wherein the acquisition terminal is connected with hydropower production generating equipment and the mass historical/real-time data platform for transmitting embodiment data of the received hydropower production generating equipment to the historical/real-time data platform. The mass historical/real-time data platform comprises a data storage module for storing the received real-time data. The hydropower production real-time information system is connected with the mass historical/real-time data platform through an UAPI interface. The hydropower production real-time information system comprises a state monitoring module, an event alarm module, a trend analysis module, a comprehensive searching module and a data statistical analysis module.

The invention relates to a drilling platform information integrated processing system which comprises an information collecting device which is used for collecting monitoring information of a drilling platform, a communication device which is used for receiving and transmitting the monitoring information, and a ground information processing device which is used for receiving and processing the monitoring information. The drilling platform information integrated processing system has the advantages of being good in real-time information processing and fast in processing speed.

The invention provides an emergency command cloud service implementation method and system based on a microkernel cluster. Various kinds of services with specific business processing capacity is virtually encapsulated into the microkernel cluster, mutual synergy is performed according to the service plans generated according to upper module application, and the microcosmic services provided each member in the cluster are combined and encapsulated to convert into macroscopic service manners capable of realizing emergency treatment task planning. The system comprises a physical resource layer, an emergency resource cloud pool, a platform service layer, a module application layer and a user layer. By the emergency command system built by the service method, dynamic searching of valuable emergency service resources in various fields can be achieved, the system capabilities of massive dynamic information and knowledge reasoning, complex function and process recombination calculation, storage and service are improved, and diversified emergency tasks such as emergency cross-department and cross-field real-time information processing, large-range public opinion analysis, complex module deduction, dynamic disaster situation prediction and remote monitoring can be achieved.

The invention relates to an empty parking lot real-time information collecting, processing and issuing system and method. The system comprises an intelligent mobile terminal and an information center. The intelligent mobile terminal is provided with an empty parking lot real-time information collecting unit, an empty parking lot real-time information issuing unit, a global positioning system and a parking place geographic information database. The information center is provided with an empty parking lot real-time information processing unit. The method includes the steps that the intelligent mobile terminal submits empty parking lot real-time information according to the position where a user is located, and transmits the submitted empty parking lot real-time information to the information center; the information center collects and fuses the empty parking lot real-time information so as to determine the fused empty parking lot information in all time periods of all parking places and the stored parking place total stall number information; the intelligent mobile terminal provides the empty parking lot information within the expected search range for the user according to the provided fused empty parking lot information in all time periods of the parking places.

The invention provides a production control and real-time information disposal method, comprising a production scheduling system, a data processing method, a network system and a plurality of production feedback terminals; the production scheduling system comprises the flows such as newly increasing orders, increasing production procedures, searching orders, and modifying orders, etc.; the data processing method comprises the flows such as data memory, data printing, data fax, etc.; the network system is divided into an enterprise internal network and the Internet; the enterprise internal network realizes the communication of production scheduling, all production links and all production departments with each other; the Internet can be used for remote control, intercity coordination, signing an order on a conference desk and starting the production immediately at remote production workshops; the production feedback terminal is combined with detailed production contents and comprises the flows of work task display, work state feedback, etc. The production control and real-time information disposal method can improve the automation degree, time effectiveness, concreteness of production control, thus improving the competitive capability and the service quality of the manufacture enterprises.

The invention discloses a power distribution parameter monitoring control system and a control method, including a human-computer interaction unit; a real-time control unit for realizing monitoring information processing, recording and alarm control; The electrical parameter acquisition unit for loop data sampling and analysis; the human-computer interaction unit and the real-time control unit are connected by RS485 bus to realize data communication; the real-time control unit and the electrical parameter acquisition unit are connected by SPI bus to realize data communication; The technology of the invention makes the communication structure of the power distribution parameter monitoring and control system simple, has good expansibility, and has strong anti-interference performance on industrial sites, thereby ensuring the accuracy and reliability of electric parameter monitoring.

In order to assure security of classified information, in present invention, before data take-out, third and fourth distributed data are created from first and second distributed data, the first and the second distributed data are saved in a server, and the third and the fourth distributed data are used in take-out.

The invention relates to an information processing system and an information processing method for real-time information processing for CT (computerized tomography) equipment. The information processing system comprises a data acquisition system, a data sending system and a real-time information processing system, wherein the data acquisition system is used for acquiring system information of the CT equipment; the data sending system is used for sending system information, acquired by the data acquisition system, of the CT equipment; the real-time information processing system is used for receiving the system information, sent from the data sending system, of the CT equipment, and processing equipment running data of the system information of the CT equipment in real time. Research personnel of the CT equipment can improve research for the CT equipment according to the real-time running system, and equipment service staff can acquire system running states of the CT equipment in an online manner according to the data and find out faults needing to be repaired in time, and accordingly, the basis is provided for effectively controlling and maintaining equipment.

A photovoltaic power plant operation real-time information management system comprises a data acquisition module, a big data platform and a real-time information processing module. The data acquisition module is used for being connected with photovoltaic power plant operation equipment, acquiring real-time data in the operation process of the equipment in real time and sending the real-time data to the big data platform; the big data platform is used for receiving and storing the real-time data, sent by the data acquisition module, of the photovoltaic power plant operation equipment; and the real-time information processing module is used for carrying out state monitoring, on-line analysis, intelligent alarm, trend analysis and off-line statistical analysis on operation equipment of the photovoltaic power plant based on the real-time data received and stored by the big data platform. According to the technical scheme provided by the invention, the functions of real-time data acquisition, equipment fault topology analysis, intelligent fault tracing and intelligent fault processing alarm of various photovoltaic power plant equipment and GB-level real-time data streams generated undermulti-level hardware topology are realized.

A network system includes a transmitting apparatus; a transmission path; a relaying apparatus that receives real time information transmitted through the transmission path; a wireless network; and a receiving apparatus that receives data transmitted through the wireless network. The relaying apparatus has a reference time generating part that generates a reference time independently of the transmitting apparatus; and a network transmitting part that transmits both the real time information received from the transmitting apparatus and the reference time via the wireless network. The receiving apparatus has a network receiving part that receives the real time information and reference time transmitted through the wireless network; an internal time management part that generates an internal time from the reference time received by the wireless network receiving part; and a real time information processing part that decodes the real time information received by the wireless network receiving part to reproduce the content data and that then outputs the content data, based on the internal time generated by the internal time management part. This network system allows the receiving apparatus to synchronize and output video and audio, regardless of singularity or plurality of the receiving apparatus.

The invention relates to a multimode real-time message processing system, which comprises: a receiving/sending module, a storage module electrically connected to the receiving/sending module to store the input message, a display module electrically connected to the storage module to display the message; therefore, the message, via one mobile communication device and communication network, can be received by the receiving/sending module; and the multimode real-time message processing system can display the message at the near or remote display module; the display module can be the large outdoor electric billboard or variable displays. With said invention, the message can be displayed not limited in mobile phone.

The invention provides an information processing method based on 5G and a block chain and a cloud computing server. When the method is applied, the real-time information processing state of each nodedevice can be traced and visualized. Therefore, the interactivity and the influence between different node devices are considered. In this way, the thread parameters of the information processing thread of each node device can be deeply mined and analyzed, so that the information processing thread of the corresponding node device is adaptively adjusted according to the difference of the thread parameters between different node devices, and the information processing flexibility of the whole block chain is improved.

The invention relates to a WSN missing data reconstruction method based on a Bayesian network model, and belongs to the technical field of wireless sensor network data processing. The method comprisesthe following steps: firstly, dividing each time period into different time slots, wherein each time slot comprises three time periods of data collection, node evaluation and missing data reconstruction; a data collection stage: the sensor node containing the missing data sends data request information to an adjacent node; a node evaluation stage: the sensor node selects an optimal data candidatenode according to the judgment standard of the optimal trust node; and a missing data reconstruction stage: the sensor node containing the missing data firstly establishes a Bayesian network model, then takes the data of the optimal candidate node as an auxiliary variable and introduces the auxiliary variable into the Bayesian network model, and calculates and selects the data corresponding to the maximum conditional probability to replace the missing value of the sensor. According to the invention, the data error rate is reduced, and the requirement of real-time information processing of thenode in a mobile environment can be met.