43 results about "Synthetic monitoring" patented technology

Various techniques are disclosed for systems and methods using thermal imaging to intelligently monitor thoroughfares. For example, an intelligent monitoring system may include an infrared imaging module, a processor, a communication module, a memory, and an adjustable component. The system may be mounted, installed, or otherwise disposed at various locations along thoroughfares, and capture thermal images of a scene that includes at least a portion of the thoroughfares. Various thermal image processing and analysis operations may be performed on the thermal images to generate comprehensive monitoring information including an indication of detected objects in the scene and at least one attribute associated with the objects. Various actions may be taken, such as generating various alarms and intelligently adjusting operation of various adjustable devices on thoroughfares, based on the monitoring information. The monitoring information may be shared among multiple instances of the system, and may be communicated to external devices.

The invention discloses an intelligent geologic hazard comprehensive monitoring system and a multi-level forecast analyzing method. The system is a monitoring device which can be assembled and disassembled according to the requirement, and is applicable to outdoor assembly. The system is a shaft after assembly, measures in fixed time and wirelessly transmits information of slope underground depth deformation to a system information analysis control unit form the ground, acquires an image in a monitoring area by continuously scanning in fixed time by a laser scanner, and is provided with a multipoint fixed point ranging laser to carry out accurate range measurement on a selected object. The system and the method take the geologic hazard underground depth deformation and ground surface direct deformation displacement as main monitoring forecast foundation, and divide hazard forecast into four levels, namely a preparing level, a pre-warning level, an early forecast level and a hazard forecast level by combining with assistant parameters and induction factors of physical and chemical field variations, thereby integrally completing the functions of monitoring, analyzing and forecasting on site.

The invention discloses a rail traffic comprehensive monitoring system and a method thereof, comprising a collecting platform, a comprehensive monitoring supporting platform and a monitoring control module which are sequentially connected through application interfaces. The invention also comprises a maintenance management module which is connected with the comprehensive monitoring supporting platform through the application interface. The method comprises online detection, filtration and malfunction grade judgement. The disposal is carried out according to different grades and different situations; a preparedness disposal is carried out if the disposal belongs to the first grade and, for the residual disposals, the maintenance strategy is determined and the expert database sub-module is updated according to the decision of experts; the equipment which is required to be maintained at once is maintained or waits to be maintained; a nominal disposal is firstly carried out during the maintenance and then malfunctions are isolated; the maintenance result is detected finally and the malfunction and maintenance condition are recorded. The invention can effectively reflects the healthy condition of equipment and gives out maintenance strategy in the comprehensive monitoring system, which leads the maintenance and operation scheduling to be integrated for management, implements high integration, transparence and informationization of maintenance operation, and effectively reduces construction cost.

The invention discloses a comprehensive monitoring system for aircraft movement area scene running in an airport. The comprehensive monitoring system comprises aircraft movement area scene monitoring equipment, an airport running relevant information system, a communication interface, a monitored data fusion processing module and a controller seat monitoring module, wherein the aircraft movement area scene monitoring equipment acquires positioning and identification information of a moving target in the scene; the airport running relevant information system acquires aircraft position distribution information and running information in an aircraft movement area, navigation assistant lamp running information, weather information and flight information; all the types of information are transmitted to the monitored data fusion processing module through the communication interface; and the monitored data fusion processing module performs fusion processing on the received information, updates an obtained flight path in the system in real time and sends the flight path to the controller seat monitoring module for displaying. The system can continuously position and identify the moving target in the aircraft movement area scene under any traffic density condition and any visibility condition; and the running posture and the running environment of the moving target are displayed on a controller seat monitoring interface.

The invention discloses a province-city secondary system integrated comprehensive monitoring and process management system in power dispatching and an implementation method for the system. The system is designed on the basis of SOA (service-oriented architecture), a bottom layer is programmed by adopting standard C, a front end is constructed by applying a J2EE (java 2 enterprise edition) technology, and the system is a cluster-type integrated architecture system which is arranged on a plurality of servers; the system is characterized by comprising a real-time monitoring module and a management function module, wherein the real-time monitoring module is used for IT (information technology) monitoring, machine room environment monitoring and service data validating (RTU (remote terminal unit) and OCS (office communication server) monitoring); the management function module comprises IT asset management, operation and maintenance management and professional reports. The system and the implementation method have the beneficial effects that a comprehensive platform is realized, and the automatic monitoring situations can be displayed comprehensively; province-city two-level automatic system data sharing is realized, and valuable data information can be provided for operators on duty automatically; the problem that a closed-loop process is not formed in the conventional automatic internal management is solved.

The present invention has the objective of offering an apparatus which comprehensively monitors networks which include small-scale computers and small-scale management protocols which are to be installed. In order to achieve the above objective, with respect to a system formed by a computer 22 and an analyzing apparatus 32 which are connected to a network 12, the present invention has the computer 22 connected to a network 52, and the computer 22 transmits a bit array received via the network 52 to the analyzing apparatus 32 as data. And the analyzing apparatus 32 analyzes the bit array, transmits the analysis result to the computer 22, and aides in the communication of the computer 22.

The invention discloses a wind power field group central monitoring system built on the basis of a geographic information system (GIS, Geographic Information System) and a supervisory control and data acquisition system (SCADA, Supervisory Control And Data Acquisition), which realized every monitoring function by integrating each main function module on a central monitoring platform. The realizing mode of the invention refers to that at first the wind power field real-time data of a wind power field monitoring center is uploaded to a wind power field group central monitoring center through a monitoring information reporting module constructed by a remote wide area SCADA system, and a GIS comprehensive application system based on the GIS calls each module for corresponding intellect analysis according to need. The combination of the GIS and the SCADA leads the constructed wind power field group monitoring system to satisfy more completely the function orientation and the business requirement of the system, can ensure a large-scale wind power group to uniformly monitor and manage all the wind power fields under the group, can effectively realize comprehensively monitoring the wind power field groups by the large-scale wind power group, increases enterprise operation efficiency, and realizes the integration of the monitoring, managing, maintaining, and scheduling of the wind power enterprise.

The electric smart meter enabling demand response and method for the demand response are disclosed capable of acquiring an option and response information from a subscriber for enabling an active demand control, and to this end, the electric smart meter is embedded therewithin at least one or more integrated monitoring modules and includes microprocessors for transmitting a power control command to a relevant integrated monitoring module in response to a power control program based on the rate system, and controllably transmitting the measured and monitored data stored in the memory to the master server side via the communication module as well.

The invention provides an integrated management system of an intelligent building. The integrated management system is a three-layered system framework integrating an integrated management platform, management control subsystems and front-end equipment, wherein the management control subsystem is of a modularized structure; the integrated management platform is cascaded with the management control subsystems; the splicing of model data is performed among the management control subsystems; the integrated management platform is used for setting an energy consumption adjusting control module for analyzing energy consumption, controlling equipment and executing feedback for the management control subsystems based on logic control of visualization; the management control subsystems comprise a building equipment management subsystem, a fire-fighting fire disaster alarming subsystem, a security protection and monitoring subsystem and an energy source management subsystem; the front-end equipment is an application client for monitoring state information of the intelligent building, and comprises a C / S client, a WEB client and a mobile terminal; the integrated management platform is provided with a panorama database. The integrated management system of the intelligent building can be used for integrally monitoring and controlling the whole building and comprehensively monitoring the environment of the building and an operation condition of the equipment.

A monitoring and operation image integrating system include: a display signal synthesizing unit to which a display signal from a plurality of safety equipments and that from non-safety equipment are inputted, and which synthesizes a display signal from the plural safety equipments and a display signal from the non-safety equipment; display signal switching unit to which a state signal showing an operation state of whether or not each monitoring and operation screen image of the plural safety equipments displays an operating device of the equipment, is inputted, and which switches a display signal from a safety equipment to be synthesized by the display signal synthesizing unit based on the inputted state signals; and an integrated monitoring and operation screen display that displays a display signal synthesized by the display signal synthesizing unit as an integrated monitoring and operation screen of a plant.

The invention provides a synthesized monitoring and diagnosing device (8a) which controls respective rain pumps (15) and respective discharging valves (16) according to rain information outputted from a precipitation radar processing device (4), precipitation information outputted from pluviometers (5) of respective places, and processing information outputted form an afflux trench nilometer (9) provided at a drain processing site (6), a well nilometer (10), an afflux gate (11), etc., makes a water level of a well (7) be held below a predetermined water level, and diagnoses a processing valueand operation content and the like of the drain processing site (6), indicates a diagnosed result to operators.

A measurement value monitoring unit (32) obtains information indicating the current amount of power generation output of each of the distributed generators, and information indicating the current amount of loads of each of the customer facilities. A customer information management unit (33) administers at least: information indicating the rated power generation capacity and adjustable amount of power generation output of each of the distributed generators; information indicating the contract amount of power and adjustable amount of load of each of the customer facilities; information indicating priority of the distributed generators, said information used for determining the distributed generators to be subjected to adjustment of amount of power generation output; and information indicating priority of the customer facilities, said information used for determining the customer facilities to be subjected to adjustment of amount of load. An abnormal-time accommodation routine creating unit (41) creates, when there happens to be an accident within the system, an accommodation routine for making the total amount of power generation output of the distributed generators match the total amount of load of the customer facilities, using at least information obtained by the measurement value monitoring unit (32), and information administered by the customer information management unit (33).

The invention discloses an electric power communication system visual display system based on diagram-model-data integration. The steps are as follows: dividing a backbone transmission network into a network control and data collection layer, a platform layer and a management application layer via an SOA architecture, realizing comprehensive management on different levels of the backbone transmission network, and finishing information horizontal sharing and application collaboration for the different levels of the backbone transmission network between same levels and between upper and lower levels of a communication management system; processing information for upper and low level connection by employing a public information model; and calculating the public information model via a network topology mapping model based on metadata, establishing a multi-constraint rule for a communication node and a topology layout, realizing dynamic association among a diagram, a device and data at the data layer, and realizing automatic generation and optimization of a network topological relation at the application layer, thereby providing a visual support for communication network comprehensive monitoring.

The invention relates to a comprehensive automatic monitoring method for a middle-voltage power supply system, which solves the problem that a faulty line is selected correctly in a short time when an isolated neutral system or a small current grounding system has single-phase grounding failure and puts forward an opinion that during line selection process, a comparison is made between the time value of reference quantity and the time value of zero-sequence current at the same time and a method comprising the steps of sampling and wave-recording for 24 hours, continuously recording the condition of each electrical quantity, carrying out data analyzing and processing, releasing warning, displaying and storing results once abnormal conditions occur and unloading the results by a remote transmitting system. The method has simple calculation and high correctness. As a device collects all electrical quantities of a power substation, the statistics of situation that a main transformer is impacted by short cut, analysis on the harmonic components of current and the statistical calculation of the qualification rate of voltage can be achieved.

The invention relates to a monitoring method of urban railway traffic network facility states, and provides the comprehensive monitoring method of urban railway traffic network facilities. The monitoring method comprises the steps of obtaining real-time state information of each line facility form a railway traffic network data center, then performing classification, screening and logical operation on the status data of the facilities and dividing all the obtained state information of the facilities according to specialty or systems; filtering the data after specialty division and dividing the state information three alarm ranks according to fault severity; setting the alarm rank of the facility to be monitored by the traffic network data center; according to the data classification about the specialty to which the fault information of the facility belongs, setting the alarm rank of the facility to be monitored by the traffic network data center; if one or more pieces of alarm information conform to the alarm ranks in the specialty or the system, determining the current logic state of the specialty or the system as a fault. The method mainly aims at achieving the purpose of comprehensively monitoring the states of multiple lines, multiple specialties and multiple facilities by the railway traffic network center.

The invention discloses an S-mode response system in an amplitude comparison direction-finding system, and the S-mode response system comprises a digital orthogonal transformation unit, a digital orthogonal signal preprocessing unit, an A / C / S mode inquiry signal decoding unit, an S-mode response PPM / PCM coding unit, a DA chip data configuration unit, a data processing unit, a response signal azimuth angle control unit, and an omnidirectional / directional antenna control unit. The S-mode response system can refer to the design thought of a hardware circuit of a comprehensive monitoring system on a radio frequency receiving and transmitting channel, cooperates with a dedicated TCAS antenna to achieve a function of directional receiving and transmitting of a radio frequency signal, and greatly solves a problem of asynchronous crosstalk caused by ground secondary radar station inquiry. Moreover, the system increases the detection distance and reduces the power of a transmitter through employing receiving and transmitting gains of the directional antenna. The software logic algorithms of inquiry signal azimuth solving and response signal azimuth angle control are all integrated in an FPGA. The system is short in processing time, is good in timeliness, and is high in digitalization degree.

The invention discloses a general aviation low-altitude monitoring and service system in the field of general aviation technology. The system comprises a central processor electrically connected with an aviation information service terminal bidirectionally. The central processor is electrically connected with a general aviation flight service system bidirectionally. The general aviation flight service system comprises a general aviation flight plan processing center, a general aviation flight meteorological processing center and a general aviation flight information processing center. The central processor is electrically connected with a low-altitude comprehensive monitoring system bidirectionally. Compared with existing general aviation low-altitude monitoring and service systems, a wide-area multi-point monitoring subsystem is added to the system of the invention on the basis of an existing general aviation low-altitude monitoring and service system. By means of the wide-area multi-point monitoring subsystem, the system achieves low-altitude airborne surveillance, and data collected by the low-altitude comprehensive monitoring system are more accurate.

The present invention discloses an information physical fusion-based secondary equipment on-line monitoring and fault diagnosis system. The system comprises a secondary equipment multi-dimensional state information acquisition unit, a secondary equipment state monitoring information model unit, a secondary equipment state monitoring physical model unit, an information physical fusion unit, a secondary equipment on-line monitoring comprehensive monitoring unit and a secondary equipment fault diagnosis and comprehensive evaluation unit; and based on the information physical fusion unit, monitoring information is taken as the state quantity attribute value of a secondary equipment physical object, so that the association and fusion of the secondary equipment state monitoring information model unit and the secondary equipment state monitoring physical model unit can be realized. With the system of the invention adopted, the problem that the state monitoring of the secondary equipment of an intelligent substation is not intuitive and inconvenient to carry out fault diagnosis can be solved; a platform and technical means for intelligent substation secondary equipment state monitoring and fault diagnosis can be provided for the operation and maintenance staff of the intelligent substation; and therefore, the operation and maintenance efficiency and automation level of the secondary equipment of the intelligent substation can be effectively improved.

The invention discloses an intelligent high-rise building fire-protection monitoring system. The intelligent high-rise building fire-protection monitoring system comprises a tank body, a controller arranged in the tank body, a human-machine interaction system, a fire alarm system, a fire extinguishment waterway system and a water pressure monitoring system, wherein the human-machine interaction system, the fire alarm system, the fire extinguishment waterway system and the water pressure monitoring system are respectively connected with the controller. According to the intelligent high-rise building fire-protection monitoring system disclosed by the invention, the structure is adopted, intelligentization of fire protection of a high-rise building can be realized through the human-machine interaction system, the design is reasonable, the practicability is high, and the maintenance is convenient; linkage between related subsystems is realized, and comprehensive monitoring and control on the whole building are realized through the intelligent high-rise building fire-protection monitoring system, so that the environment of the building and the running situation of equipment can be comprehensively monitored by a user; the intelligent high-rise building fire-protection monitoring system has the advantages of high security, accurate detection and stable and efficient running; meanwhile, a fire place can be fed back to a mobile terminal, so that fire monitoring can be well realized, the fire extinguishment efficiency is increased, and the escape probability is increased.

The invention relates to the technical field of airborne collision avoidance systems and discloses a multi-mode encoding method based on integrated monitoring. The method specifically comprises the following steps of: 1, setting an encoding module, wherein the encoding module is used for finishing encoding of different modes according to different trigger signals so as to output encoding pulses, and the encoding module is available for S-mode response triggering, A / C-mode response triggering, A / C / S-mode response triggering and interrupted concussion triggering; and 2, when the encoding module receives an S-mode response trigger signal, starting a timer for counting, and in an allowable time range of a S-mode response delay, allowing trigger signals of other modes to work normally within a specified time range, wherein the threshold of the timer is the time threshold allowed by the S-mode response delay. The delay allowed by the S-mode response is 128[mu]s, and in the delay time, other modes are allowed to work normally, so that the response rate of the S-mode response trigger signal is ensured, and extra hardware equipment is not added.

Embodiments disclosed herein provide for methods and systems for providing an enterprise synthetic monitoring framework, wherein the enterprise synthetic monitoring framework is configured to provide exhaustive end-to-end monitoring for a variety of applications and workflows including those that are browser and non-browser based, those that are implemented on mobile devices, and those that are implemented utilizing native protocols.

A system for managing computer system performance is provided. The system includes a workstation including existing installed components that includes software, hardware device, system upgrade, and / or a peripheral device. The system also includes a consolidated monitoring tool executing on the workstation. Upon installing a new component or a new service, the tool queries the workstation for an inventory of the existing components, acquires vendor information for the new component, and builds a database of information. The information includes product information relating to the existing components. The tool also connects to a web site for a vendor associated with the new component via the link, retrieves product information for the new component from the web site, verifies requirements and compatibility of the new component against existing installated components, determines an optimum configuration for the workstation, and configures the workstation in accordance with the optimum configuration.

The invention discloses an intelligent substation virtual loop comprehensive monitoring system based on multidimensional information acquisition. The monitoring system comprises a multidimensional information acquisition unit, a monitoring data processing unit and a visualization monitoring unit. The multidimensional information acquisition unit is used for obtaining and transmitting multidimensional comprehensive information to the monitoring data processing unit from a secondary device and a secondary virtual loop of a substation. The monitoring data processing unit is used for carrying out objectification modeling on the secondary device and the secondary loop of the intelligent substation, establishing a secondary virtual loop object and a network link topology connection model thereof, then carrying out automatic graph making of a second virtual loop graph and a network link graph on the multidimensional comprehensive information, and constructing and transmitting graphical interfaces displayed in a visualized manner to the visualization monitoring unit. The visualization monitoring unit is used for carrying out real-time on-line visualization display on the graphical interfaces via a human-computer interface. Thus, problems are solved that a secondary virtual loop of the intelligent substation is unobservable, unviewable and inconvenient to diagnose and maintain; operation and maintenance efficiency and automation level are increased.

A method, system, and storage medium and system for managing computer system performance utilizing information acquired over the Internet is provided. The system comprises a user system having existing installed components that include software, hardware devices, system upgrades, and / or a peripheral device. The system also includes a consolidated monitoring tool executing on the workstation that monitors activities occurring on the workstation with respect to the existing installed components. The system further includes a communications link to a vendor system that supplies components and / or services to the user system. Upon encountering a minor error, the consolidated monitoring tool searches a database for the minor error, displays a corresponding explanation of the minor error for a user via translation tables stored in the workstation, and displays a corresponding set of action items for resolving the minor error or preventing a future occurrence of the minor error.

The invention discloses a multi-person motion monitoring method by applying a plurality of indoor devices, including an information display device, a plurality of intelligent monitoring clothes, a motion capture camera, an indoor antenna and routing device, a main control device and a wireless monitoring device, wherein the information display device is used for displaying information; the intelligent monitoring clothes transmit signals to indoor antennas and routing equipment by wireless means; the motion capture camera captures a posture video signal of a moving person and transmits the signal to a main control device; the indoor antenna and routing equipment exchanges data with the intelligent monitoring clothing, and the wireless monitoring equipment; the main control device is used for centrally processing and generating integrated body motion information and motion suggestion information; the wireless monitoring device obtains visual data of movement information of sports personnel. The method is suitable for indoor multi-person pregnant woman yoga, and can optimize the movement posture of a specific group, and realizes real-time feedback of intelligent movement parameter monitoring and course interaction through comprehensive monitoring.

The embodiment of the invention discloses an electric power communication intelligent dispatching desk which is used for solving the technical problems that an existing communication dispatcher is large in workload and long in working time. The embodiment of the invention comprises an intelligent voice platform; the intelligent voice platform is connected with a plan maintenance module, a query statistics report module and a fault first-aid repair module. The planned maintenance module is connected with a communication network alarm comprehensive monitoring system and a communication maintenance management system; the fault first-aid repair module is also connected with the communication network alarm integrated monitoring system; and the fault first-aid repair module is also connected with an emergency plan module. The electric power communication dispatching desk in the embodiment can replace manpower to autonomously complete work such as electric power communication plan overhaul permission and fault first-aid repair commanding, multiple telephones can be dialed at the same time through the dispatching desk, multiple communication network management systems can be monitored, thewaiting time of on-site workers is shortened, the working efficiency is improved, and the condition of manual errors is avoided.

The invention discloses a rail traffic comprehensive monitoring system and a method thereof, comprising a collecting platform, a comprehensive monitoring supporting platform and a monitoring control module which are sequentially connected through application interfaces. The invention also comprises a maintenance management module which is connected with the comprehensive monitoring supporting platform through the application interface. The method comprises online detection, filtration and malfunction grade judgement. The disposal is carried out according to different grades and different situations; a preparedness disposal is carried out if the disposal belongs to the first grade and, for the residual disposals, the maintenance strategy is determined and the expert database sub-module is updated according to the decision of experts; the equipment which is required to be maintained at once is maintained or waits to be maintained; a nominal disposal is firstly carried out during the maintenance and then malfunctions are isolated; the maintenance result is detected finally and the malfunction and maintenance condition are recorded. The invention can effectively reflects the healthy condition of equipment and gives out maintenance strategy in the comprehensive monitoring system, which leads the maintenance and operation scheduling to be integrated for management, implements high integration, transparence and informationization of maintenance operation, and effectively reduces construction cost.

Methods for synthetic transaction monitoring are disclosed. In one embodiment, in an information processing apparatus comprising at least one computer processor, a method for synthetic system monitoring may include: (1) generating a synthetic transaction having a nominal value; (2) at a test interface, initiating the synthetic transaction into a transaction processing flow comprising a plurality of transaction elements; (3) the test interface receiving, from a first transaction element of the plurality of transaction elements, a first transaction state for the transaction; (4) the test interface comparing the first transaction state to a first expected transaction state for the first transaction element; and (5) the test interface generating an output based on the comparison.