733results about How to "Quick discovery" patented technology

The present invention provides methods and devices for the knowledge-based discovery and optimization of differences between cell types. In particular, the present invention provides visual servoing optical microscopy, as well as analysis methods. The present invention provides means for the close monitoring of hundreds of individual, living cells over time: quantification of dynamic physiological responses in multiple channels; real-time digital image segmentation and analysis; intelligent, repetitive computer-applied cell stress and cell stimulation; and the ability to return to the same field of cells for long-term studies and observation. The present invention further provides means to optimize culture conditions for specific subpopulations of cells.

What is disclosed is a non-contact system and method for determining cardiac function parameters from a vascular pattern identified from RGB and IR video signals captured simultaneously of a region of exposed skin of a subject of interest. In one embodiment, a video of a region of exposed skin is captured using a video camera that captures color values for pixels over visible channels and an IR camera that measures pixel intensity values in wavelength ranges of interest. Pixel intensity values are processed to generate a vascular binary mask that indicates pixel locations corresponding to the vascular pathways. The IR images are registered with corresponding data from the camera's visible channels such that pixels that correspond to the vascular pattern can be isolated in each frame of the video of visible color data. Once processed, pixels associated with the isolated vascular patterns are analyzed to determine desired cardiac function parameters.

The invention discloses a failure recognition method and system based on neural network self-learning. The method comprises the steps that (1), various set monitoring quantities of track traffic equipment are monitored and collected, and the collected monitoring data are converted into sample data applicable to training the neural network; (2), the sample data are classified according to the types of failures, and a sample data set corresponding to each type of failure is obtained; (3), one neural network is designed for each type of failure, then the sample data sets of the failures are used for training, and a recognition model of each type of failure is obtained; (4), the recognition models of all the types of failures are fused to be one neutral network, and failure recognition is carried out on the monitoring data collected in real time. The method can calmly cope with complex equipment failures and train operation accidents.

The invention discloses a funnel type data gathering, analyzing and pushing system and method for online public opinion. The funnel type data gathering, analyzing and pushing system comprises an online public opinion gathering module, an online public opinion processing module and an online public opinion publishing module, and the modules comprise a directed precise gathering sub-module, a non-directive gathering sub-module, a hot spot and sensitive topic identifying sub-module, a topic tracking sub-module, an automatic abstracting sub-module, a comprehensive analysis sub-module, a public opinion pre-warning sub-module and a multi-dimensional public opinion information display sub-module. The funnel type data gathering, analyzing and pushing method for the online public opinion uses a special public opinion funnel algorithm and uses the lexicons of three types of keywords of related to me, public opinion and positive and negative aspects to analyze, judge and classify the gathered data and warn early to grasp the latent change rule. The funnel type data gathering, analyzing and pushing system and method for the online public opinion reduce the manual public opinion event polling burden, duly and precisely grasp the development trend of the public opinion event, form the latest, hottest and sensitive topics in the recent period on the Internet, and detect the public opinion message what the user is concerned about and give an early warning in the first time.

The invention relates to the substation management control field, and discloses a network risk monitoring method and system for a substation. The network risk monitoring method for a substation includes the steps: according to the operating information of special equipment, general hardware and business application, constructing an operation information model; acquiring the monitoring data which includes operation, performance, alarm and logs of network equipment, business system operation alarm information, and network data record of a station control layer and a data network switch; according to a strategy, performing network safety risk induction, and performing comprehensive analysis on the alarm information from different sources to form intelligent alarm and generate abnormal information and record; uploading the abnormal information and record, and the monitoring data to a main station through an IEC61850-MMS interface; and receiving a control command of the main station, starting a substation hard node switch, and performing corresponding processing on the substation network. The operation information model based on the substation monitoring system can more quickly find the fault, can trace the generation source of the fault, can locate the area of effect of the fault, and can predict the propagating trend of the fault.

Disclosed herein are a method and apparatus for transmitting and receiving discovery messages in a wireless communication system. Specifically, a method for transmitting and receiving discovery messages in a wireless communication system supporting communication between user equipments (UEs) includes receiving, by a UE in a Radio Resource Control_IDLE (RRC_IDLE) state, information about an allocated resource for transmitting a discovery message from a network and transmitting, by the UE, the discovery message in the resource for transmitting the discovery message. The resource for transmitting the discovery message may be allocated based on a tracking area in which the device is located.

The invention provides a multimedia display interaction control system under multi-screen environment. According to the system, a set of multimedia files are played on different screens under one set of application environment, and unified linkage or respective play control can be carried out. The multimedia display interaction control system comprises a resource management module, a file loading module, a play control module and a control engine, wherein the resource management module maintains an opened multimedia file list and a display screen resource list. A multimedia file play object and a play window handle value are generated in a code every time a new multimedia file is opened and played. The multimedia play objects and the play window handle values are maintained in the multimedia file list, screen resource information of the system is maintained in the display screen resource list, certain-screen play or multi-screen switching display is carried out on the multimedia files through the control engine, and arbitrary combination and switching of respective control and linkage control over multiple display screens can be achieved through the play control module.

The embodiment of the invention discloses a system for processing wireless access network faults, which comprises a terminal unit and a network management maintenance facility, wherein, the terminal unit is used for confirming the faults occurring in a wireless access network and sending fault information to the network management maintenance facility; and the network management maintenance facility is used for determining the fault type according to the fault information sent from the terminal unit, determining the fault processing manner corresponding to the fault type according to the preset corresponding relation between the fault type and the fault processing manner, and processing the faults according to the determined fault processing manner. The embodiment of the invention further discloses a method and a device for processing the wireless access network faults. By adopting the system, the method and the device, the real-time performance for processing the wireless access network faults can be increased effectively.

The invention discloses a dynamic detection method for a cross-site forged request, which comprises the following steps: collecting HTTP request information; analyzing whether a request is a CSRF suspect request or not according to the collected information; generating a test case aiming at the suspect request and finding out all suspect parameters contained by the suspect request; using the suspect parameters to generate a plurality of forged requests and generating a test case for each forged request; when an environment in which the suspect request is generated recurs, executing the forged request corresponding to each test case; detecting CSRF vulnerabilities; and according to the suspect request, the execution information of the suspect request, the forged requests and the execution information of the forged requests, analyzing whether the forged requests find the CSRF vulnerabilities in Web application or not, forming a report and helping a Web application developer to repair the vulnerabilities. Since the dynamic detection method is used for detecting the CSRF vulnerabilities, the CSRF vulnerabilities in the Web application can be rapidly and accurately found out at low cost.

The invention discloses an account processing method and device and electronic equipment. The method comprises the steps that basic data is acquired, wherein the basic data comprises basic property data and behavior property data; the basic data is processed to acquire user data; an account recognition model is established through the user data and a deep neural network model; and account processing is performed through the account recognition model. Through the account processing method and device and the electronic equipment, multiple accounts corresponding to individuals can be quickly compared, recognized and discovered, and therefore the granularity of many scene problem solutions is raised from an account level to an individual level.

The invention discloses a method for rapidly selecting and displaying an interested blood vessel in a magnetic resonance blood vessel image. The method comprises the following steps that data are read and displayed, and data of an original image are loaded and the original image is displayed on a terminal; users interact with each other, a starting point is selected in interested areas of the blood vessel selected from the original image, and the growth direction of the blood vessel is determined; the blood vessel is tracked, orientation area growth is carried out from the starting point in the growth direction of the blood vessel to obtain part of the intersected blood vessel areas until all the intersected blood vessel areas are obtained; the selection result is displayed, all the areas of the interested blood vessel are displayed in a three-dimensional rebuilding process. Through the method for rapidly selecting and displaying the interested blood vessel in the magnetic resonance blood vessel image, the interested blood vessel in the magnetic resonance blood vessel image can be rapidly, stably and practically selected.

The invention discloses a network sensitive information-oriented screenshot discovery and locking callback method which comprises the steps of: acquiring webpage data of a website to be monitored; normally treating the webpage data, extracting a webpage title and a link on the basis of a regular expression, matching sensitive information on the basis of the webpage title and the link; carrying out outer page and inner page screenshot on the sensitive information; carrying out locking callback on the sensitive information for preventing resurgence; and storing and inquiring a sensitive information screenshot result. For the sensitive information on a network, by adopting the network sensitive information-oriented screenshot discovery and locking callback method, the sensitive information can be found within shortest time and is subjected to screenshot storage, the webpage is prevented from being updated or deleted in future, file discovery and immediate disposition of relative disposing mechanisms are facilitated, and a website for frequently issuing the sensitive information is disposed. In addition, the method provided by the invention can effectively meet the monitoring and disposing demand of the sensitive information of a network, and is suitable for implementation of a network public opinion analysis system.

The invention relates to a security test of WEB application, and aims to provide a WEB dynamic security flaw detection method based on JAVA. The WEB dynamic security flaw detection method based on JAVA is used for detecting the security flaws of a WEB application system, and comprises the following steps: modifying JAVA middleware; performing fuzzing test and dynamic flaw tracking. Due to the adoption of the WEB dynamic security flaw detection method, more WEB security flaw problems can be found rapidly, the security flaw range of black box test can be better covered, more deep WEB security problems can be found, the problem of high cost in white box test can be solved, the specific position of a flaw code can be determined more accurately, and lower missing report rate and error report rate in a detection process are ensured.

The invention discloses a method for discovering sensitive data in text big data. The method comprises the following steps that a sensitive word information base is established; a sensitive word retrieval tree is established for all sensitive words in the sensitive word information base; sensitive word retrieval discover is carried out on a pretreated text with a character streaming through the retrieval tree, and the occurrence frequency of each sensitive word is counted; the sensitivity of a to-be-retrieved text is calculated by using the occurrence frequency of the sensitive words, documentclass, and weight rank of the sensitive words; the sensitivity of the to-be-retrieved text is compared with a preset threshold, and a retrieval text of which a sensitivity value exceeds the thresholdis determined to be a sensitive text. According to the method for discovering the sensitive data in the text big data, a method to quickly discover sensitive information of normalized and non-normalized description for massive heterogeneous texts is provided, the mode of the quick and accurate search combined with the fuzzy retrieval of the sensitive information achieves the quick discover of thepotential sensitive information.

The invention discloses a depth study-based network risk early warning method. The method comprises the following steps of: A1. collecting cyberspace asset risk sample data of a full network segment, and storing the cyberspace asset risk sample data in a database; A2. extracting data from the database, and performing convolutional neural network distributed training study, so as to form an initial risk prediction model; and A3. inputting production data into the risk prediction model, evaluating a risk value of the production data, if the risk value reaches an early warning threshold, alarming. Through adoption of the method and device, security risk evaluation and early warning are performed on multiple target networks or targets without obvious vulnerability, and the security state of one network can be evaluated overall; the response speed is improved, and the risk points can be found rapidly; and the maintenance cost is lowered, and the manpower is saved.

Conventional multi-hop routing of ad hoc wireless networks involves considerations such as costs, connection quality, distances, and numbers of hops. A conventional wireless routing algorithm may fail when a destructive event takes place and is rapidly expanding in area, as the route discoveries may perpetually lag behind the rate of expansion of the destructive area. As typically embodied, the present invention's wireless routing algorithm detects a destructive event early, assumes rapid expansion of the destruction area, establishes “subnets” of nodes, and predetermines one or more routes that circumvent the rapidly expanding destruction area by exiting from and returning to the subnet in which the destructive event originates. Typical inventive practice avails itself of the architectural character of the physical setting for the wireless network, for instance by establishing subnets corresponding to compartments formed by wall-like structures (e.g., shipboard bulkheads), which represent natural barriers to expansion of a destruction area.