2973 results about "Dynamic monitoring" patented technology

Methods of monitoring and evaluating the status of a tumor undergoing treatment includes monitoring in vivo at least one physiological parameter associated with a tumor in a subject undergoing treatment, transmitting data from an in situ located sensor to a receiver external of the subject, analyzing the transmitted data, repeating the monitoring and transmitting steps at sequential points in time and evaluating a treatment strategy. The method provides dynamic tracking of the monitored parameters over time. The method can also include identifying in a substantially real time manner when conditions are favorable for treatment and when conditions are unfavorable for treatment and can verify or quantify how much of a known drug dose or radiation dose was actually received at the tumor. The method can include remote transmission from a non-clinical site to allow oversight of the tumor's condition even during non-active treatment periods (in between active treatments). The disclosure also includes monitoring systems with in situ in vivo biocompatible sensors and telemetry based operations and related computer program products.

QoS is built into a peer network within existing Internet infrastructure itself lacking QoS, by enabling a network peer to continuously discern the network's ability to deliver to that peer a particular Content Object (distributed in groups of component Packages among neighboring VOD peers) within predetermined times. Content Objects are divided into groups of component Packages and distributed to Clusters of neighboring network peers, enhancing QoS upon subsequent retrieval. Tracking Files (lists of network peers storing Package groups) and Tracking Indexes (lists of network peers storing Tracking Files) are generated to facilitate “on demand” Content Objects retrieval. Dynamically monitoring network traffic (including VOD functionality, bandwidth and reliability) creates “distributed closed-loop feedback,” and in response, attributes of individual network peers (e.g., Trust Level and membership within a particular Cluster) are modified, and “content balancing” functions performed (e.g., redistribution of Package groups among network peers) enables maintaining high QoS.

A system and method for defining the value of a corporation by its categories of values, and determining the risk profile of the corporation by the relationship between the categories of value, termed the “Risk Signatures.” The system provides for the determination of the “Relative Values” of corporate enterprises, with the capability of dynamically monitoring and measuring the financial performance of an enterprise through the use of artificial intelligence and data mining techniques.

The present invention provides an intelligent health watch for automatically measuring and recording health data and an intelligent health system, wherein the intelligent health watch comprises the following components: a single-chip microcomputer module which is used for controlling operation of the intelligent health watch; a display module which is connected with the single-chip microcomputer module; a dynamic monitoring module which is used for tracking multidirectional motion and is connected with the single-chip microcomputer module; and a data acquiring module which is used for acquiring physiological and non-physiological data of the user and is connected with the single-chip microcomputer module. The intelligent health watch settles the insufficiencies in the prior health data management method, and provides a way which is convenient and can fully satisfy daily health management requirement. The intelligent health watch has the following functions: teaching and helping to exercise, reminding to perform daily activity and take medicine, checking the physiological condition accurately at any time and timely, recording and reporting in a diversified manner, automatically assisting and asking for help in emergency, etc.

The present invention relates to physiological monitoring system, and is especially one kind of wearable low-load physiological monitoring system for multiparameter physiological signal acquisition. The physiological monitoring system consists of a wearable dynamic multiparameter acquisition coat, a patient's hand-held terminal and a remote medical service center. The wearable dynamic multiparameter acquisition coat communicates with the hand-held terminal in short radio communication mode, while the hand-held terminal communicates with the remote medical service center accessed to the Internet in remote radio communication mode. The present invention has the positive effect of realizing the movable monitoring, the remote dynamic monitoring and real-time tracking monitoring on low load physiological parameters of the patient.

The invention discloses a method and a system for transmitting network information. The method comprises the following steps of: determining interest points of a user; performing dynamic monitoring on relevant contents of a network resource to be monitored according to the interest points of the user; and when monitoring that the contents related to the interest points of the user are updated, transmitting information on the update to the user. Through the method and the system, the accuracy of transmitting information to the user can be improved while avoiding bandwidth resource wastes.

The present invention discloses a plug-and-play network digital image display apparatus plugged into an existing power socket at home or office through a built-in or external powerline to Ethernet adapter and connected to a webcam through a powerline installed at home or office, so that the webcam in a certain room can send captured video and audio signals to the network digital image display apparatus in another room through the powerline, and the network digital image display apparatus plays the image and sound, without the need of installing an additional network cable to achieve the plug-and-play function at the power socket for the environmental dynamic monitoring function. The invention also discloses a plug-and-play image monitoring system, such that a user situated at a place other than a home or an office still can use a personal computer to monitor the home or office through the Internet.

The invention provides a monitoring video fusion system and a monitoring video fusion method based on a three-dimension space scene. Video frames are extracted from a monitoring video data stream and are projected to a three-dimension space scene so as to realize full-space-time stereo fusion of video data and three-dimension scene data and change a traditional mode in which a map application can only be statically displayed; and a plurality of channels of real-time monitoring videos deployed in different geographic locations and a three-dimension model in a monitoring area are registered and fused so as to generate a large-range three-dimension panoramic dynamic monitoring picture and realize real-time global control on the overall security situation of the monitoring area.

The analysis system is a collection, configuration and integration of software programs that reside on multiple interconnected computer platforms. The software, less computer operating systems, is a combination of sensor, analysis, data conversion, and visualization programs. The hardware platforms consist of several different types of interconnected computers, which share the software programs, data files, and visualization programs via a Local Area Network (LAN). This collection and integration of software and the migration to a single computer platform results in an approach to LAN/WAN monitoring in either a passive and/or active mode. The architecture permits digital data input from external sensors for analysis, display and correlation with data and displays derived from four major software concept groups. These are: Virus Computer Code Detection; Analysis of Computer Source and Executable Code; Dynamic Monitoring of Data Communication Networks; 3-D Visualization and Animation of Data.

What is disclosed is a mobile railway car monitoring system. The mobile railway car monitoring system includes a plurality of sensor nodes coupled to an undercarriage portion of a railway car, and a control node coupled to the railway car. Each of the plurality of sensor nodes is configured to monitor the undercarriage portion of the railway car when in motion and transmit information about the undercarriage portion to the control node. The control node is configured to receive the information about the undercarriage portion, process the information to determine a fault condition for the undercarriage portion, and wirelessly report the fault condition to a collection system.

The invention discloses a BIM-based track engineering construction progress information management method. The method comprises the following steps: S1, establishing a three-dimensional simulation model of a to-be-constructed track construction based on BIM (Building Information Modeling); S2, establishing primitive information links for a construction progress plan and the three-dimensional simulation model in the S1, integrating time dimensions and forming a 4D progress visualization model; S3, applying the 4D progress visualization model to dynamic monitoring of the to-be-constructed trackconstruction, and comparing the actual construction progress and quality with the 4D progress visualization model to confirm consistency; if the actual construction progress and quality with the 4D progress visualization model are not consistent, carrying out S4: analyzing reasons of construction progress delays or poor quality; if the actual construction progress and quality with the 4D progressvisualization model are consistent, continuing S5: performing dynamic monitoring on each stage of the to-be-constructed track construction until the construction is completed. The method has the following advantages: the construction progress, related resources, the construction quality, site arrangement or the like can be comprehensively taken into consideration, plans can be formulated reasonably, resource utilization can be optimized, better dynamic monitoring and management of the whole construction progress can be realized, closed-loop feedback can be realized, and the efficiency can be improved.

The invention relates to fireworks and crackers producing, storing, transporting process dynamic monitoring system and method. The method is formed by supervising and monitoring center systems. It includes that real time collecting and dynamically displaying safe parameter and video information for the firework and crackers production field, band and transportation vehicle; dynamically display the safe parameter, position information, speed information for the transportation vehicle; classing early-warning, warning, processing for the safe parameter; statistical analysis for corporation safety condition; searching corporation monitoring information and warning processing; when the transportation happens accident, the monitoring server will start corresponding emergency beforehand. The invention can prevent large malignancy accident from happening in firework and crackers producing, storing, and transporting to protect people life and property better.

The present invention provides an energy management system which comprises a data acquisition module, an energy real-time monitoring module, an energy planning management module, an energy comprehensive statistics module, an energy efficiency diagnosis and optimization module, a benchmarking evaluation module, an energy cost analysis module, an environmental-friendly discharge monitoring module and a basic data management module. According to the present invention, an automatic and information technology and an integrated management mode are adopted; production information of different workshops, such as energy consumption, output, production processes, product quality and the like, is integrated; integrated flattened comprehensive dynamic monitoring and digital management are adopted for the four links of purchase and storage, processing and conversion, conveying and distribution and consumption and use; energy balance is improved and optimized; and the management and control integrated system which systemically saves energy and reduces consumption is realized.

A method of monitoring the movement of fluid through a fluid distribution network is described. The introduction of an additive to fluid is controlled at a control point in a fluid distribution network, and a concentration pulse in a concentration of the additive in the fluid is generated. Amounts of the additive are measured as a function of time using a plurality of sensor units located at identified locations in the fluid distribution network over a geographic area, wherein the sensor units communicate with one or more communication networks. Measurement data corresponding to measured amounts of the additive is received from the sensor units with a computer system, and the measurement data is processed with the computer system to generate information indicative of movement of fluid in the fluid distribution network. The information can be displayed on a geographic map of the fluid distribution networ

The invention relates to an experimental apparatus and a method for researching response characteristics of natural gas hydrate stratum to drilling fluid intrusion. The apparatus comprises a drilling fluid cycling mechanism, a high and low constant temperature experiment box, a gas permeability mechanism, a water / gas injection mechanism, a confining pressure tracking mechanism, a back pressure mechanism, a detection mechanism, an outlet metering mechanism, a rock core transferring mechanism, a sampling mechanism and an industrial control computer. The experimental methods based on the apparatus comprise an experimental method for hydrate deposit gas permeability, an experimental method for intrusion of drilling fluid to hydrate deposit and dynamic monitoring of response characteristics of the hydrate deposit during the intrusion process, and a method for fidelity transferring of hydrate deposit core. The invention provides an early stage indoor research on response characteristics of natural gas hydrate stratum to drilling fluid intrusion, so as to master influence rules of the drilling fluid intrusion on hydrate stratum physical properties, realize simulating fidelity transferring of a sample containing hydrate deposit and provide basis for future hydrate stratum exploitation and drilling safety and logging accuracy interpretation.

The invention relates to a dangerous goods transport vehicle dynamic monitoring method and an early warning device. The method comprises the following steps: (1) arranging the early warning device which comprises a collision, rollover and temperature and pressure early warning module, an early warning arithmetic and a threshold value; (2) acquiring the acceleration, the dip angle, the temperature/pressure and image signals of a goods wagon; (3) carrying out calculation on each signal and comparing the signal with the preset threshold value and sending out a corresponding alarm command; (4) displaying alarm information and sending the alarm information to a remote monitoring center through a global position system/general packet radio system (GPS/GPRS); (5) after the alarm is completed, returning to the step (2); and (6) carrying out real-time monitoring on a goods state and the alarm information by a driver through displaying. The corresponding early warning device comprises the GPS/GPRS, cameras, a card reader, a triaxial acceleration sensor, a display screen, an artificial alarm, a buzzing alarm, a temperature/pressure sensor, a dip angle sensor, a secure digital (SD) card storage and an electronic control unit which comprises a microprocessor. The collision, rollover and temperature and pressure early warning module is arranged in the microprocessor. The invention can be used for carrying out real-time monitoring on collision, rollover and temperature and pressure, thereby being beneficial to driving safety and rescue operation.

The invention discloses an Android application program risk assessment method based on dynamic monitoring, and belongs to the technical field of information safety. The method comprises the steps that firstly, monitoring codes are dynamically injected to a ServiceManager system process, and the aim of monitoring behaviors is achieved by monitoring an application service of an application program; then the risk grade of the application program is determined according to the behavior features of the application program, wherein the behavior features comprise whether a sensitivity operation is executed or not, whether operating is carried out in a background or not, whether operation frequency exceeds a certain threshold value or not and the like. The risk is divided into five grades, and meanwhile a white list and black list mechanism is set up to improve efficiency and accuracy. According to the method, maliciousness of unknown (malicious) software can be predicated, and potential safety hazards of an Android platform can be detected.

The invention discloses a virtualized network service business automatic generation and dynamic monitoring method. The method comprises: an NFVO (Network Functions Virtualization Orchestrator) receiving a new virtualized NS request; the NFVO operating the feasibility check of building interconnection with VNFs (Virtualized Network Function); after determining the feasibility of interconnection, connecting to a specific VNF instance to instantiate the NS; and monitoring all VNF instances which have different functions and form the NS. The method realizes network service virtual automation disposition, and real-time monitoring and dynamic adjusting on the VNFs.

The invention provides an automatic analysis method and system of malicious codes based on an API (application program interface) HOOK. An API HOOK technology and a remote thread implantation technology are utilized to monitor samples; influences of the malicious codes on the whole system in an operation process are recorded, and a dynamic analysis report is automatically generated; influences of malicious code samples on a file, a network, and a registry and a key process are recorded, and when the operation of the samples ends, the system recovers the state before the samples are executed; the whole monitoring, recording and reduction process ends automatically without manual intervention; monitoring software can only run a sample each time, the monitoring software is used for monitoring the host process of the samples and process threads created by the host process of the samples, and when the monitoring software finishes the monitoring, the system recovers the state before the samples are operated; behaviors such as creation, deletion, modification and the like of the malicious code samples on the file are detected, operation behaviors of the malicious code samples on the network are detected, behaviors such as addition, deletion, modification and the like of the malicious code samples on the registry are detected, and operation behaviors of the malicious code samples on the create process are detected; and finally the dynamic monitoring report on the malicious code samples is submitted, and when the monitoring is finished, the monitoring software carries out inversion operation to restore the system to the state before the samples are operated according to the operations and influences of the samples on an operating system. The intelligent analysis technology of the malicious codes is suitable for analyzing a great deal of samples without the manual intervention, and is quicker in analysis speed and less in garbage in the analysis report.

A slot management system including a download and configuration server-based sub-system and method is disclosed for use with game devices, systems, and methods is provided to enable users to monitor, control, and modify game devices and other related activities. A download tracking system and method is provided for providing dynamic monitoring and displaying of download progress.

The invention belongs to the technical field of cloud computing, and particularly relates to an open type cloud computing monitoring system for large scale cluster and method thereof. The open type cloud computing monitoring system for large scale cluster comprises a monitoring terminal, a function server cluster and a cloud platform server cluster, wherein the monitoring terminal is used to select the object which is needed to be monitored for users, the function server cluster is used to receive dynamic monitoring levels and monitoring objects needed and selected by the monitoring terminal and sends out the monitoring instructions, the cloud platform server cluster is used to receive the monitoring instructions of the function server cluster and transfer the monitored node information to the function server cluster. The open type cloud computing monitoring system for large scale cluster dynamically monitors a physical machine and a virtual machine, which operate in the cluster, in real time and provide cluster administrators with more reliable, real time, and detailed monitoring service; besides, the monitoring system reports the node monitoring information and uniformly stores the monitoring information to prevent mass data redundancy.