1099results about How to "Effective judgment" patented technology

Methods, apparatus, and systems are provided for tracking and analyzing data of consumer activity. The tracked data can be organized (e.g. as stored in cache, RAM, hard drives) in certain types of tables, where the tables can be associated with certain tags (keys) for efficiently accessing the data. The organization and associations of the data can also provide simple mechanisms for manipulating the data to obtain results specifically relevant for a task, such as detection of fraud or prediction of consumer behavior to provide better customer service or new services. For example, the tables may contain counters that store the number of times that two correlated consumer events occur within specific time intervals of each other. Such time data can provide efficient determination of patterns of consumer activity.

A method and apparatus for distributing a plurality of session requests across a plurality of servers. The method includes receiving a session request and determining whether the received request is part of an existing session. If the received request is determined not to be part of an existing session, then the request is directed to a server having the lowest expected load. If, however, the request is determined to be part of an existing session, then a second determination is made as to whether the server owning the existing session is in a dispatchable state. If the server is determined to be in a dispatchable state, then the request is directed to that server. However, if the server is determined not to be in a dispatchable state, then the request is directed to a server other than the one owning the existing session that has the lowest expected load.

A pattern matching unit performs pattern matching on present data obtained this time in clinical examination of a part of a subject and previous data obtained last time in the clinical examination of the part with reference patterns. Reference patterns that are most closely approximate to the present data and the previous data are selected. A distance calculator calculates a distance between selected reference patterns. A determining unit determines whether a re-examination is necessary based on the distance.

A system and method for follow up management comprising determining if a user has an unexpired repository record, extracting information from the repository record associated with the user; and acting on instructions stored in the repository record. The method is practiced on a system for managing online interaction comprising a business rules engine a follow up repository, and a follow up engine.

A method for providing map tiles associated to a route is described. Generally, a route comprising a number of route segments is received. Then, a respective route segment attribute for each of the route segments is determined. Next, associated map tiles for each of the route segments are determined, using said route segment attributes, and finally an indication of the determined map tiles are transmitted to a map tile fetcher.

The invention provides a personnel detection and counting system based on a millimeter wave radar, wherein the millimeter wave radar is installed at a set position of a monitoring area, the millimeterwave radar transmits millimeter wave band radio frequency signals to the monitoring area through a multi-transmitting and multi-receiving antenna of the millimeter wave radar and receives echo signals at the same time, the echo signals are subjected to frequency mixing with the transmitted signals and then subjected to down-conversion to obtain beat intermediate frequency signals, and the beat intermediate frequency signals are sampled to obtain an echo sampling sequence. A digital signal processor reads the echo sampling sequence and performs signal processing to obtain a detected point cloud data set. An ARM processor reads the point cloud data set, meanwhile, Kalman filtering tracking is carried out on the point cloud data, continuous observation of states and the number of a pluralityof human body moving targets is achieved, the positions and the number of people in the monitoring area are obtained, and the number of people in the monitoring area is counted. The personnel detection and counting system based on the millimeter wave radar can track at least 20 targets simultaneously, provide the position and speed information of the targets, effectively judge the state of the targets and give early warning in time.

A bi-static continuous wave radar system and related methods for detecting incoming threats from ballistic projectiles includes a remote source of RF illumination, and a local receiver installed in one or more target aircraft. A first receiving channel acquires direct path illumination from the source and provides a reference signal, and a second receiving channel acquires a scatter signal reflected by a projectile. A processor coupled to each receiver corrects scatter signal Doppler offset induced by relative source motion, isolates narrowband Doppler signals to derive signatures characteristic of the projectile, and by executing appropriate algorithms, compares the derived signatures to modeled signatures stored in memory. If the comparison yields a substantial similarity, the processor outputs a warning signal sufficient to initiate defensive countermeasures.

The invention discloses a method for detecting mutation information in a multiplex amplification sequencing product of a genome. The method comprises steps as follows: sequencing data are subjected to quality assessment and preprocessing; a recognizable sequencing sequence is selected for sequence assembling; the recognizable sequencing sequence or a sequence obtained through assembling is compared with a reference gene sequence, and preliminary variation information is obtained; fine calibration of sequence variation is performed according to different types of conditions; a calibrated sequencing fragment is obtained; the homozygosis or heterozygosis state of a target fragment is obtained according to the type of the sequencing fragment with the highest abundance; finally, the mutation information in the multiplex amplification sequencing product of the genome is obtained. By means of the method, the amplification product can be rapidly, efficiently and accurately recognized, and the calculation resources are saved; the sequence assembling process is compatible, and the problem of reduction of the quality value of basic groups produced in the sequencing process can be effectively solved; the homozygosis/heterozygosis state of variation information can be more effectively and stably judged, and random errors introduced in the PCR (polymerase chain reaction) process and the sequencing process are eliminated.

The present disclosure is directed towards systems and methods for performing multi-level tagging of encrypted items for additional security and efficient encrypted item determination. A device intercepts a message from a server to a client, parses the message and identifies a cookie. The device processes and encrypts the cookie. The device adds a flag to the cookie indicating the device encrypted the cookie. The device re-inserts the modified cookie into the message and transmits the message. The device intercepts a message from a client and determines whether the cookie in the message was encrypted by the device. If the message was not encrypted by the device, the device transmits the message to its destination. If the message was encrypted by the device, the device removes the flag, decrypts the cookie, removes the tag from the cookie, re-inserts the cookie into the message and transmits the message to its final destination.

An exposure method for exposing a substrate with an exposure light via an projection optical system and a liquid includes: a first step of optically observing a liquid contact portion which comes into contact with the liquid and storing first image data obtained by the optical observation; a second step of optically observing the liquid contact portion after the liquid contact portion came into contact with the liquid, for example, after the liquid immersion exposure and obtaining second image data obtained by the optical observation; and a third step of comparing the first image data and the second image data to judge whether abnormality of observation objective portion is present or absent. It is possible to efficiently judge whether or not the abnormality of the liquid-contact portion, of the exposure apparatus which performs the exposure by the immersion method, is present or absent.

A system for tracking a multi-component, tamper evident closure assembly for a pre-filled syringe along a distribution route, including a predetermined code applied to each of a plurality of components of the same closure assembly and comprising electronically readable coded indicia, is structured to identify and distinguish each of a plurality of closure assemblies from one another. A reading and recording of predetermined code for each closure assembly along the distribution route is accomplished. The location at which tampering of a closure assembly has occurred along the corresponding distribution route can be accomplished by reading the coded indicia segments on any of detached or assembled ones of the plurality of originally assembled components of the same closure assembly.

A method, a device and a computer program product for determining an electromagnetic near-field of a field excitation source of an electrical system are provided, in particular for analysis and/or optimization of an antenna radiation, of a cross-talk problem, of a signal reflexion/transmission, of a stray field, of an irradiation problem or the like. The method includes defining electrical and magnetic properties of the material distribution of the system, defining at least one field excitation source, and determining the electromagnetic near-field components within at least one and in particular all partitions by solution of the Maxwell's equations of the near-field, where each near-field component of each partition can be represented by a linear position of M predetermined ansatz functions P_i orthogonal to one another with regard to a scalar product and weighted with field coefficients v_i, and the spatial and/or time derivative of the near-field component can be determined as a linear position of these ansatz functions P_i weighted with derivative coefficients w_i, and where each coefficient w_i can be determined from a quantity of previously determined field coefficients v_i and derivative coefficients w_i, so that the determination effort of the near-field of the system rises in substantially linear manner to the number N of partitions in the domain under consideration and to the number M of ansatz functions P_i used in the linear position.

The invention relates to the technical field of text processing, in particular to an N-Gram participle model-based reverse neural network junk mail filter device. Customized word characteristic items are added to mail particles by using N-Gram technology, and judgment and filter of junk mails are implemented by combining a reverse neural network. The device is implemented by the following steps of: firstly, processing the mails by using a Markov chain and an N-Gram technique, extracting mail sample characteristics, and obtaining a sample mail word-document space by weight calculation and characteristic selection; secondly, matching a mail sample by using the customized word characteristic items to generate a customized characteristic-document space, and combining the document characteristics generated by the two methods to generate a new mail vector space; thirdly, constructing a reverse neural network model, generating characteristic vectors corresponding to network neurons according to the characteristic items of a mail training sample space, and training the network model by using the mail training sample vector space to obtain a trained mail classifier; and finally, generating a test sample vector space by the mail test sample according to the generated characteristic vectors corresponding to the network neurons, and testing the mail type judgment accuracy of the trained mail classifier. The embodiment of the invention can judge the junk mails so as to filter the junk mails.

The invention discloses a malicious code type detection method based on a cloud mode. The method comprises the following steps that: a cloud terminal carries out processing and analysis on a malicious code family to generate an initial classification database, generates a representative feature set for each category of malicious code family in the initial classification database, an access or execution operation of a program is intercepted at a client, an only identity value of the intercepted program is calculated, whether the only identity value exists in a local database or not is determined, if not, a specific feature document of the intercepted program is extracted, the only identity value and a specific feature document of the intercepted program is uploaded to the cloud terminal by the client, whether the only identity value exists in a cloud terminal database or whether the feature document belongs to a classification is determined, a final determination result is returned to the client, and the only identity value and the final determination result are written into the cloud terminal database and a client database respectively. According to the method, the rapid expansion of a feature library can be slowed down, the upload of suspicious programs is reduced, and the killing prevention efficiency of cloud security is raised.

The invention relates to a CAN bus authentication method and system based on broadcasting. The method includes the steps that completeness verification is conducted on all ECUs, seed secret keys are distributed for a gateway and the ECUs passing the verification; the gateway generates an encryption sequence, and the encryption sequence is sent to the ECUs passing the verification through broadcasting; the gateway and the ECUs passing the verification generate identical message authentication code (MAC) tables and identical synchronous counters, wherein the initial value of the counters is zero; the sending ECU attaches the MAC corresponding to the value of the counter of the sending ECU to the data field of a sending data frame; the gateway and the receiving ECU judge whether the MAC in the data field is identical with the MAC in the MAC tables corresponding to the counters of the gateway and the receiving ECU or not; if yes, the data frame is judged to be safe, and if not, the data frame is judged to be the illegal frame; the values of the counters of the sending ECU, the gateway and the receiving ECU are added by one, and whether the values of the counters of the sending ECU, the gateway and the receiving ECU exceed the preset threshold value or not is judged; if yes, an MAC table is generated again; if not, the next frame of communication is conducted, and communication of a next data frame is conducted. According to the CAN bus authentication method and system, due to the fact that a message authentication code is added to the data frames in communication, the attack on the CAN bus can be defended.

A method for identifying a set of key video frames from a video sequence comprising extracting feature vectors for each video frame and applying a group sparsity algorithm to represent the feature vector for a particular video frame as a group sparse combination of the feature vectors for the other video frames. Weighting coefficients associated with the group sparse combination are analyzed to determine video frame clusters of temporally-contiguous, similar video frames. A summary is formed based on the determined video frame clusters.

The invention discloses a multi-path monitor video management method and device and relates to the management method for server side intelligent video detection and background multi-path videos. The method comprises the following steps: receiving pictures of multi-path monitoring cameras through a server, detecting targets of the picture images and carrying out target tracking according to the target detection results; and carrying out abnormity detection on the picture of each path of video according to the target detection and tracking result, carrying out classification on the abnormity and recording event attributes; and establishing a database and creating an index according to the abnormity classification and other abnormity attributes. The multi-path monitor video management method and device help people to search clues quickly in mass monitor videos, thereby saving time; not only manpower resource investment in conventional video monitoring can be reduced, but also abnormal conditions in videos can be judged quickly and efficiently; and the method and the device provide an unified plan for the videos globally, so that when people search the recordings, the trouble of multi-person multi-video searching is saved, and efficiency is improved.

The invention provides a comprehensive safety intelligent monitoring method capable of effectively and quickly judging if such abnormal activities as trapping, falling and violence are generated in a car to timely and accurately give an alarm so as to effectively relieve the burden of monitoring staff. The comprehensive safety intelligent monitoring method specifically comprises the following steps: an image shot by a camera with a fixed position is used as a background model; a differential image is obtained through a difference between a present video frame and the background model by a background subtracting method; the binarization processing is performed for the differential image according to a binarization formula; then, the noise is removed through a morphology filtering algorithm; finally, the area communication analysis is performed for the noise removing result; the edge profile of the binarized image is extracted by a Canny operator; and the extracted foreground profile is compared with a human body image template library by a template matching algorithm to judge if one or more persons are in the car and if the abnormal activities are generated to trigger warning.

Trimming is automatically performed on an image by inferring a person and a background in which the photographer of the image has interest. Facial images FP1 and FP2 are detected in a whole image P, and the vertical direction of the whole image P is judged based the facial images FP1 and FP2. Further, processing is performed using the information about the vertical direction to discriminate whether the composition of the whole image P is portrait-mode composition or landscape-mode composition. If it is judged that the facial image FPl is positioned on the lower side of the whole image, and if a composition discrimination unit discriminates that the composition of the whole image P is landscape-mode composition, trimming is automatically performed using a trimming frame TG10 that has portrait-mode composition.

A Gabor filter is approximated as a block-Gabor filter. The Gabor filter is represented by a matrix of numbers in which each number is a sample derived from a continuous Gabor function. The block-Gabor filter is partitioned into a set of blocks. Identical filter values are assigned to all the pixels in any particular block based on the Gabor filter. Then, a feature can be extracted from an image by filtering the image with a set of the block-Gabor filters to obtain a corresponding set of filtered images. Each filtered image is partitioned into regions of pixels. For each pixel, an N-bit signature is determined. Histograms of the N-bit signatures of the pixels in each region are combined to form the feature. The features of multiple images can be used for face recognition.

An audio decoder for providing a decoded audio information includes a arithmetic decoder for providing a plurality of decoded spectral values on the basis of an arithmetically-encoded representation of the spectral values and a frequency-domain-to-time-domain converter for providing a time-domain audio representation using the decoded spectral values. The arithmetic decoder is configured to select a mapping rule describing a mapping of a code value onto a symbol code in dependence on a context state. The arithmetic decoder is configured to determine or modify the current context state in dependence on a plurality of previously-decoded spectral values. The arithmetic decoder is configured to detect a group of a plurality of previously-decoded spectral values, which fulfill, individually or taken together, a predetermined condition regarding their magnitudes, and to determine the current context state in dependence on a result of the detection.

An audio encoder uses similar principles.

While a mobile station apparatus is receiving a plurality of frequency bands, effective determinations of wireless link synchronization can be achieved. The mobile station apparatus measures the reception qualities of a plurality of different downlink frequency band signals (DL_CC1, DL_CC2) transmitted by one or more base station apparatuses and by the foregoing base station apparatuses. If all of the measured reception qualities are below a threshold value (Qout) (threshold value for determining downlink synchronizations), the mobile station apparatus determines that a downlink synchronization error has occurred, and then causes the downlink synchronization state to transition to an error detection part. If the mobile station apparatus successively detects the downlink synchronization error a predetermined number of times, then the mobile station apparatus causes the downlink synchronization state to transition to a synchronization protection part and simultaneously starts a downlink synchronization protection timer. If no downlink synchronization has been recovered by the expiration of the downlink synchronization protection timer, the mobile station apparatus determines that an out-of-downlink-synchronization has occurred, and then releases individually designated radio resources and thereafter starts a cell reselection.

The invention discloses a power distribution network fault location method based on fault indicators. The method comprises several steps as follows: construction of an incidence matrix, sending of state information to a master station control center by the fault indicators, generation of a trigger vector and location of a fault section. An incidence matrix construction unit generates the incidence matrix, the fault indicators send the state information to a master station through a Zigbee wireless network, and a fault location unit generates a trigger vector, performs matrix operation on the trigger vector and the incidence matrix to acquire a fault section vector, analyzes and locates the fault section and diagnoses the fault information. Effective fault location of a power distribution network which has multiple faults and contains distributed power supplies can be realized. When the method is used for locating the faults of the power distribution network, a normalized incidence matrix is not required, and fault location of the complex power distribution network structure with multiple fault points and multiple power supply systems can be realized; the method has certain fault tolerance and is simple in judgment principle, small in calculation amount, stable, reliable, quick and accurate in fault location and low in cost.