147 results about "Global information system" patented technology

An embodiment of this invention relates to an intelligent lighting device that can receive signals and change the illumination conditions as a result of the received signals. The lighting device can change hue, saturation, and brightness as a response to received signals. One example of using such a lighting device is to display particular colors as a response to certain events. Among others, embodiments may include vehicle lighting systems, an information cube, a back lighting system for a display panel, and an indicator of a condition of a package.

Methods and systems for integrated asset management are disclosed. According to one embodiment, information from a first reporting source about an asset is received. In addition, information is received about the asset from a second reporting source. Inspection information about the asset is received from a first enabled device. A database is then populated with the information from the first reporting source, the information from the second reporting source, and the inspection information from the first enabled device, such that the information from the first reporting source, the information from the second reporting source, and the inspection information from the first enabled device can be collected or accessed in an integrated manner from the database for use by a client information system.

Methods and systems for efficient network and device-based monitoring and response to municipality functions, operations, infrastructure and utilities uses automated notifications of municipal agents or employees of municipal operations information. Notifications are delivered according to pre-defined rules, a hierarchical structure of categories to organize alerts and information in a logical order of critical importance and delivered by information systems within the municipality. A user interface is utilized to change the hierarchy, view alert information, and select issues for responsive action.

The invention relates to a global information system (GIS) partial discharge on-line monitoring calibration instrument and a configuration authentication method thereof. The calibration instrument is provided with a pulse signal source and a transmitting antenna. When the pulse signal source replacing a high-voltage conductor spike model injects signals of a simulation partial discharge source through an external sensor as the transmitting antenna into a GIS cavity, the calibration instrument carries out checking on sensitivity of a partial discharge ultra high frequency (UHF) detecting device in the process that the partial discharge UHF detecting device detects the signals on line on the basis of an ultrahigh frequency method. The configuration authentication method includes the steps of testing time domain waveform and spectrum characteristics of a UHF signal model radiated by a typical discharge source inside a GIS, providing technical parameters of the pulse signal source, injecting the pulse signals into the high-voltage conductor spike model on an entity GIS platform, injecting pulse signals into the GIS cavity through an internal sensor and the external sensor, and then carrying out equivalent checking.

The invention discloses an asset management system based on network asset information collection. The system comprises a network asset information collection system. The network asset information collection system comprises a basic information collection module which is configured to discover network hosts and carry out fingerprint identification of operating systems of hosts, thereby detecting types of the operating systems of remote target hosts; an application and assembly fingerprint collection module which is configured to discover one or more pieces of application or assembly fingerprintinformation in versions, service ports and protocol interaction characteristics of network applications or assemblies; and a vulnerability sensing module which is configured to sense and analyze vulnerability of the network hosts and the application system, thereby discovering vulnerabilities of the operating system, service, applications and assemblies. According to the asset management system based on the network asset information collection provided by the invention, security vulnerabilities of an information system can be accurately, reliably and timely repaired.

The invention relates to a vehicular intelligent speed-limiting device which comprises a central processing unit (1), a GPS (Global Positioning System) device (2), a display (3) and a vehicular power supply (9); the GPS device (2) transmits position and speed information to the central processing unit (1), an external environment sensor (5) transmits an external environment sensing signal to the central processing unit (1) through an A/D acquisition card (4), the display (3) receives image alarming information from the central processing unit (1) and sends an audible alarm, and the central processing unit (2) acquires road speed-limiting information in a GIS (Global Information System) software system according to the position information acquired from the GPS device (2), corrects the road speed-limiting information by utilizing an output signal of the external environment sensor (5) and compares the speed information acquired from the GPS device (2) with the corrected speed-limiting information so as to judge whether a vehicle is in a overspeed state or not, thereby selecting whether to carry out alarming prompt on a driver or not so as to enable the driver to slow down.

The invention provides an intelligent disaster situation evaluation system. Data collection is performed by satellites through remote sensing, unmanned aerial vehicles through aerial photography, ground and underwater robots and fixedly installed detection equipment; a disaster integral evaluation system is built by combining a GIS (Global Information System) technology; historical, natural environment and social economic background data relevant to the disaster is collected and stored; the integral analysis and evaluation are performed on the disaster occurring possibility, geographical distribution, dangerous degree and the like in the region; meanwhile, the disaster situation information in the disaster scene is collected; disaster situation evaluation and disaster relief decision support are provided; and the industrial popularization and application is convenient.

The invention provides a municipal drainage pipe network decision evaluation method, which comprises the following steps of building a drainage pipe network model and conducting the model analysis on the basis of online monitoring; auditing a pipe network maintenance plan on the basis of the model analysis; diagnosing the current situation of a pipe network on the basis of the model analysis; and making strategic decision for the pipe network plan on the basis of the model analysis. By utilizing the method, a comprehensive municipal drainage pipe network decision evaluation method based on a global information system (GIS) technology, a monitoring technology and a model technology is provided, and effective integration of multiple technologies is realized, so that the decision evaluation process not only has a professional calculation and analysis function provided by the drainage pipe network model, but also has a direct display and space analysis capacity by utilizing the GIS technology and utilizes the monitored data to improve the model accuracy and confidence, so that the defects that the traditional decision analysis result is difficult to read, the evaluation mean is simple, the accuracy of the model is difficult to guarantee and the like can be overcome, and the decision evaluation level of the drainage pipe network can be greatly improved.

A system for integrating security and access for facilities and information systems is provided including a computer server, information systems, and facility protection systems. The information systems and facility protection systems are coupled for communication to the computer server via a network. Facility protection systems represent an access control system for controlling entry/exit to areas of buildings, such as with badges or other ID Credentials and other systems, such as intrusion detection and fire systems, to provide protection in facility environments. Information systems each represent a computer system requiring user authorization, via computers or terminals capable of connecting thereto, to access information resources or network environments protected by the computer system. Information systems may also include information protection systems requiring user authorization for external access to other information systems. The computer server has a central database which stores at least information defining users and their access privileges to the information systems and to areas of facilities controlled by access control system. Each of the information systems and facility protection systems sends event data to the computer server when an event occurs on its respective system, and an event transaction processor in the computer server determines action(s), if any, to take in response to one or more received events and accordingly sends action data to other information systems and facility protection systems to instruct such systems to automatically respond to security risks representing by such events in real-time. Central management of users and their access privileges, and monitoring of events is further provided.

The invention discloses a method for discriminating a typhoon path. The problem of determination of a similar typhoon path is solved by algorithms of type differences and value differences among different typhoons and by using a buffer zone analysis technology and a superposition analysis technology in a global information system (GIS). Meanwhile, the method is based on the given typhoon basic data without addition of observation data and has highly strong service availability.

A form line extraction method integrating global information and local information combines local information and global information in an image. Firstly, smooth denoising is carried out on a grayscale image, and secondly image binaryzation based on an overlapping window is carried out; then a local contour in a foreground area is extracted, and straight line sections in the image are detected through local contour information; grids are set up by using of a projection histogram method, global distributed information of a form on the image is obtained, and the general location of the form is determined; at last, the straight line sections are connected in the range of the grids, so the whole form line is extracted. According to experimental result statistics, the false detection rate is less than 5% and the omission ratio is less than 3% according to the form line extraction method for exacting the form line in the image.

A system comprising a switching entity disposed between healthcare data processing resources and non-healthcare data processing resources. The switching entity is capable of operation in a first state in which an end user device is communicatively coupled to the healthcare data processing resources to support a healthcare session and a second state in which the end user device is communicatively coupled to the non-healthcare data processing resources to support a non-healthcare session. If the authentication request message is received while the switching entity is operating in the second state and a particular non-healthcare session is in progress, and the selected authentication entity is the healthcare authentication entity, initiating a memory purge at the end user device. Attacks on the healthcare data processing resources, both from the non-healthcare resources directly and via the end user device, are thus prevented.

The invention provides a log-in protection method, which relates to the technical field of computer software, software communication and information security. at the outside of an object log-in interface, an agent is used to acquire user log-in information, at least password item in user log-in information is subjected to encryption conversion; when the actual operation of the user directs to the position of a subwindow to be sent on the object log-in interface, and user log-in information is sent to the object log-in interface by the window information span thread; the method actively and dynamically controls and installs a defense hook program for the window attribution thread; due to competition, the window attribution thread is positioned on the chain head of the hook and is privileged to be called for execution, the defense hook program is directly returned to shield the following hooks in the end so as to avoid the malicious interception of information related to window process. The method realizes the concurrent operation of common software products, network service systems and agent independent from the object application program, is widely applied to E-mail boxes, network banks, business affairs, government affairs, communication, game and information systems with required user log-in, and can effectively protect user accounts from embezzlement.

The invention relates to a method for controlling an air feeder of an automobile fuel battery. The air feeder comprises an air feeding controller, a global positioning system (GPS)/global information system (GIS) interface, a remote detector, a flow meter and an air compressor, the air feeding controller real-timely acquires information of road surface types, average automobile speeds, average gradient and the like of road sections where an automobile travels through the GPS/GIS interface, an automobile speed sensor measures and real-timely collects speeds of the automobile , the remote detector real-timely collects speeds of a front automobile, expected automobile speed at the next moment of the automobile is obtained by means of weighted average, expected power at the next moment is calculated out according to the expected automobile speeds and the average gradient, accordingly, expected air supply quantity is calculated out, actual air flow is fast identical to expected air flow by means of optimized control, influence of dynamic response time lag of the air compressor is eliminated, oxygen starvation is avoided, prediction control of air supply is achieved, power supply efficiencies of the fuel battery are improved, and service life of the fuel battery is prolonged.

The invention discloses a billing method of a world interoperability for microwave access system, the method comprises: a strategic billing rule generation entity generates billing strategic information against the service of a mobile terminal MS and sends to a strategic billing implementation entity in the WiMAX system; the strategic billing implementation entity in the WiMAX system implements the billing of the service according to the received billing strategic information and the obtained billing information. The method which is provided by the invention defines the fusion of the WiMAX system and a PCC framework, and then the related processing of the billing of the service which is related to the WiMAX system is very conductive to the popularization and the application of the WiMAX system.