860 results about "Behavior monitoring" patented technology

A system for presenting customized special offers to customers, the special offers including targeted offers to a customer selected from a plurality of customers, and for collecting purchasing behavior information concerning the customers, the system comprising a computer including a database containing customer account information providing information specific to a particular customer account; the at computer also including a database containing special offers including a targeted offer which is to be made to selected customer accounts on the basis of targeted offer targeting parameters; a plurality of customer cards, each customer card having machine readable card information indicating at least identification of the card with a particular customer account; a customer interface in communication with the computer to transfer data therebetween; the customer interface having a card reader for reading machine readable card information from the customer card; the computer including means for generating a customized customer offer list available to that particular customer account which includes the special offer; an offer communicator for communicating the customer offer list to the customer for which it is generated; a check-out at which the customer presents purchased item information indicating items being purchased by the customer; the check-out including a card reader for reading the customer card; the computer including means for sending information from the customized customer offer list to the check-out; the computer further including means for collecting customer purchase information which is indicative of items being purchased by the customer via the check-out; the computer still further including means for editing the customer account information to reflect items purchased by the customer.

Exemplary embodiments of the present invention are directed to a system for monitoring, recording, and analyzing driver activity. An exemplary system comprises a sensor module configured to receive data from one or more sensors that measure acceleration or deceleration associated with a vehicle. A stop detection module is configured to receive the sensor module data, process the sensor module data, and determine an abrupt acceleration or deceleration event. A location module is configured to retrieve the location of the vehicle simultaneous with an abrupt acceleration or deceleration event. The system stores the location of the abrupt acceleration or deceleration event in an event record in an event database.

The invention discloses an ATM security certificate and a pre-warning method based on face recognition. The invention introduces face recognition and video detection into the applications of ATM and bank card business for the first time, which can obviously improve the security of ATM financial system, effectively reduce and overawe various ATM fraud and criminal activities. The complete system operation process in the method of the invention is: firstly, registering the face information of a holder at a service window which arranges an infrared face acquisition equipment or with the registration by the users themselves on ATM in bank, and saving the encrypted face information to a bank database and a bank card. Then, determining whether the ATM operator to be recognized is the holder of the bank card or not through verifying the user's identity by a face recognition engine; determining and recognizing whether existing behaviors that threaten ATM and the users though a behavior monitoring engine; and determining whether to trigger corresponding pre-warning mechanism or not according to the recognition result. The invention can extend to the applications of bank book business, public security monitoring and pursuing escaped criminals, etc.

The invention discloses a classroom behavior monitoring system and method based on face and voice recognition. The method comprises the following steps: a camera acquires the video information of students and teachers in classrooms; voice recording equipment acquires the voice information of the students and teachers in the classrooms; a main control processor preprocesses the received video information of the students and teachers and extracts the facial expression features and behavior features of the students and teachers; the main control processor processes the received voice information of the students and extracts the voice features of the students; and the main control processor processes the received voice information of the teachers, extracts the voice features of the teachers, calculates the scores of the teaching effect of the teachers, evaluates the teaching effect of the teachers according to the scores, and provides guidance suggestions. According to the classroom behavior monitoring system and method disclosed by the invention, the classroom behaviors of the teachers and students in the classrooms are observed, and thus the accuracy and objectivity of the evaluation can be increased, the teaching methods can be improved, and the teaching quality can be increased.

A computerized method of video analysis that includes receiving several series of video frames generated by a number of image sensors. Each image sensor has a field-of-view. The image sensors monitor a portion of a monitored environment. The computerized method also includes concurrently tracking, independent of calibration, multiple objects within the monitored environment as the objects move between fields-of-view, at least two of which overlap, and multiple objects within one field-of-view. The tracking is based on the plurality of received series of video frames

Multi-behavior matching in a computer system is performed in order to identify suspicious sequences of activities. System behavior is captured using driver hooks. A behavior monitoring system determines the process to which the system behavior belongs by processing a table. This includes using the process ID and thread ID of the system behavior as lookups into the table. A multi-behavior matching algorithm is applied to determine if there is any matching suspicious behavior by matching sets of rules (a policy) to system events caused by a particular process. A state machine is used to keep track of matching policies. Options to the rules and policies (such as “offset,”“depth,”“distance,”“within,”“ordered” and “occurrence/interval”) are used to refine when a rule or policy is allowed to produce a positive match, reducing false positives.

A flow line storage stores flow line data of each customer obtained by tracking a behavior of each customer in a store, by adding time data on an estimated time of payment made by each customer. A transaction data storage stores transaction data for each customer including records of items purchased by each customer, by adding time data on an estimated time of payment made by each customer. A combination unit determines a combination in which a difference between time data is minimum, for each piece of flow line data stored in the flow line storage and each piece of transaction data stored in the transaction data storage. A correlating unit correlates the flow line data and transaction data combined by the combination unit.

A system and method for monitoring a user's mental health tor and collect data concerning. The user's use of electronic devices is tracked, such as usage of his mobile phone, tablet and his web activity. The invention “learns” each patient's unique behavioral patterns to be used as a “base line” representing the steady state (chronic phase) of the patient. The algorithmic processing unit detects any irregularities in a patient's behavioral patterns and produces a deterioration prediction. If it is determined that a threshold is exceeded, an alert is sent to a health professional.

The invention discloses an intelligent livestock behavior monitoring system. According to the system, the aim that monitoring and analysis are carried out on livestock behaviors on a real farming scene by fusing the internet of things and the computer vision technology is achieved for the first time, a video monitoring and sensor network hardware and software system based on the WiFi technology is constructed for the first time, the problems that a traditional cable is high in installation cost, long in consumed time and hard to expand are solved, the monitoring and analysis on the behaviors of dairy cows on the real farming scene is achieved by fusing the internet of things and the computer vision technology, and the monitoring and analysis on several kinds of daily behaviors, such as ingestion, drinking, rumination, excretion, exercise, rest and exploration are achieved. Meanwhile, occurrences of abnormal events are monitored, and the alarm is automatically given on the abnormal behaviors.

Disclosed are an aberrant driving behavior monitoring and recognizing method and system based on a smart mobile terminal. Data are collected from a sensor, characteristic value data are extracted, then a characteristic value is trained through a machine learning method, a classifier model is set up, a driving behavior pattern is intercepted in the real-time monitoring process, and six kinds of aberrant driving behaviors are judged. Sidewinding driving, rapid turning, sideslipping, rapid U turning, sudden turning and sudden braking in the aberrant driving behaviors can be fast detected through the sensor of a smart phone. An experimental result shows that the mean total precision of the specific types of the aberrant driving behaviors recognized by the system is 96.20 percent.

What is disclosed are various methods of operating vehicle monitoring systems. One example method includes receiving activity information for a transportation vehicle, receiving mobile phone usage information associated with the transportation vehicle, and processing the activity information and the mobile phone usage information to determine behavior of a driver operating the transportation vehicle. The method could also include, in some examples, processing the activity information and the mobile phone usage information to identify the driver operating the transportation vehicle. Other example methods include processing motion data of a vehicle associated with the vehicle monitoring system to determine a route of the vehicle, processing the route to subdivide the route into a plurality of segments based upon the motion data, and determining if the vehicle was exceeding speed limits associated with any of the plurality of segments and reporting speeding information to a driver of the vehicle.

A device for using information on malicious application behaviors is provided. The device includes a capability-monitoring unit that monitors application capabilities, a behavior-monitoring unit that monitors application behaviors, an mBDL-generating unit that generates a document in a formal language specifying the application capabilities and the application behaviors, and a controlling unit that controls execution of application using the formal language.

The present invention discloses a behavior monitoring system and method for tracking users' consumer behavior in real-time. Each participant of the system is equipped with a mobile device capable of decoding barcodes. Every time a participant makes a purchase, they scan the barcode located on the product and answer preliminary questions about the product. This information is then sent to a server via a wireless network and stored in a user database. The participant is then prompted with a series of more specific questions once the scanned barcode has been identified using a product database. The answers to the additional questions are also stored in the user database.

Generating an exception list by a service provider for use in behavior monitoring programs for malware detection is described. A feedback server controlled by a malware prevention service provider receives client process reports from client devices owned by the service provider's customers and others using the provider's behavior monitoring software. The process reports contain data on processes that were evaluated (on the client device) as being processes that require a significant amount of CPU resources (i.e., above a certain threshold) to monitor and that have previously executed on the client device and were considered safe or non-harmful to the device. The feedback server receives the process reports and creates a statistics summary report, which is used by the service provider in evaluating whether to include the processes in the provider's official exception list which is distributed to its customers for use in their behavior monitoring programs. While creating the process reports on the client devices, the devices are able to temporarily address issues caused by processes taking up too much of the behavior monitor's CPU usage by including the process on exception list only for that client. The final decision as to whether the process will be on the final or official exception list is made by the service provider.

The invention discloses a driving behavior monitoring method, device and system based on an automobile data recorder and relates to the technical field of vehicle-mounted communication. By the adoption of the driving behavior monitoring method, device and system, a vehicle driving behavior can be monitored effectively through the automobile data recorder, and a driver can be assisted in judging or selecting the vehicle driving behavior. According to the main technical scheme, the road condition during vehicle traveling is acquired; whether a vehicle in an abnormal traveling state exists or not is judged; if yes, the identification information of the vehicle is obtained; warning information containing the identification information of the vehicle is sent to a cloud side server so that the warning information containing the vehicle identification information can be sent to other vehicles through the cloud side server. The driving behavior monitoring method, device and system are mainly used for monitoring vehicle driving behaviors by means of the automobile data recorder.

The invention relates to an automatic analysis system and a method of malice binary program dynamic behavior. The system consists of an initialization unit, a virtual execution unit, a disassembling unit, a behavior monitoring unit and a behavior analysis unit. The method is that: the initialization unit activates a monitored program, and the virtual execution unit and the behavior monitoring unit are then loaded; the disassembling unit acquires the assembler instruction of the binary code flow of an object program, the virtual execution unit slices and generates a corresponding basic block, and the behavior monitoring unit judges whether the basic block contains any malice behavior defined by a rule base; if the basic block does contain a malice behavior, the behavior monitoring unit can transfer the command to the behavior analysis unit and record the malice behavior; after being returned, each instruction in the basic block can be virtually executed; the behavior analysis unit puts forward a malice behavior analysis report after the program execution quits or a user stops the analysis process forcibly. The invention enables complete control and analysis of malice program running behavior in a virtual environment and a detailed report can provide effective buckler aiming at the malice program.

The invention relates to a medical behavior monitoring method and device. The method comprises the following steps that a medical check request sent by a terminal is received, wherein the medical check request comprises a check-in check request, a medical advice check request and a fee check request; to-be-checked medical information is acquired according to the medical check request; the to-be-checked medical information is checked through a rule engine, and whether the to-be-checked medical information contains suspicious medical behaviors or not is judged, wherein the rule engine is obtained through compiling on the basis of check conditions of the to-be-checked medical information; if the to-be-checked medical information contains the suspicious medical behaviors, the to-be-checked medical information is sent to a doctor working station. The medical behavior monitoring method and device can comprehensively and accurately detect the suspicious medical behaviors, insurance fraud behaviors can be effectively prevented, and the public interest loss can be reduced.

The invention relates to an abnormal behavior monitoring processing method, and the method comprises the steps: obtaining video data collected by a plurality of pieces of monitoring equipment, detecting a face image of a visitor in the plurality of pieces of video data, extracting a plurality of frames of image data comprising the face image from the plurality of pieces of video data, and generating a track image set corresponding to the visitor; calculating behavior track characteristics of the track image set through a behavior analysis model, analyzing abnormal types and abnormal values ofthe behavior track characteristics according to the plurality of abnormal detection indexes, and generating a behavior analysis result; when an abnormal behavior exists in the behavior analysis result, obtaining a face image with the abnormal behavior, and generating a security and protection early warning task according to the face image and the corresponding position identifier and time identifier; distributing the security and protection early warning task to the security and protection terminal so that the corresponding security personnel can execute the security and protection early warning task according to the security and protection terminal. By adopting the method, the abnormal behaviors of the visitors can be accurately and effectively identified so as to improve the abnormal monitoring efficiency of the park.

The invention provides a vision-based driving behavior detecting method. The method comprises: collecting a cab image, extracting face information, carrying out face detection and identity verification by using a deep convolutional neural network, and outputting a face key point position and a face feature map; on the basis of the outputted face key point position and face feature map, carrying out fatigue driving application detection and distracting driving application detection; and determining a fatigue state and distraction state of a driver based on fatigue driving and distracting driving application detection results, sending out fatigue early-warning and distracting early-warning signals, warning a driving fatigue behavior and driving distraction behavior early, and determining anddisplaying a driving fatigue level and a driving concentration level. According to the invention, the driver behavior monitoring system is perfected; the fatigue driving behaviors like drowsiness, yawning, and head lowering and distracting driving behaviors like call receiving and calling and smoking during the driving process are analyzed intelligently; and behavior prompting is carried out.

A white list (or exception list) for a behavior monitoring system for detecting unknown malware on a computing device is maintained automatically without human intervention. A white list contains process IDs and other data relating to processes that are determined to be (or very likely be) free of malware. If a process is on this list, the rule matching operations of a conventional behavior monitor are not performed, thereby saving processing resources on the computing device. When a process start up is detected, the behavior monitor performs a series of checks or tests. If the process has all valid digital signatures and is not launched from a removable storage device (such as a USB key) and is not enabled to make any inbound or outbound connections, it is eligible for being on the white list. The white list is also automatically maintained by removing process IDs for processes that have terminated or which attempt to make a new outbound or inbound connection, such as a TCP/UDP connection. Scheduled integrity checks on the white list are also performed by examining the process stack for each process to ensure that there are no abnormal files in the process stack.

Disclosed is an android malicious code detection device and method based on dynamic activation and behavior monitoring. According to the device, behaviors of a cellphone terminal automatically installing and starting an application to be detected and automatically activating the application are controlled; meanwhile, during the whole running process of the application, information of the cellphone terminal, such as file access, short message sending, network connection, traffic, system resource usage and hardware resource access, is monitored in real time, malicious behaviors of malicious codes are detected, a detection report is generated and provided for a user, and behaviors of the application under detection are dynamically detected. The device comprises an application behavior dynamic activation module, an application behavior real-time monitoring module and a detection result analysis module. The device and the method have the innovative advantages that all control and interface operations are achieved for the application by a software interaction technology, all application behaviors are dynamically activated, all-function automatic monitoring and detection is achieved for the application on the premise of finishing self-functions, and detection can be comprehensive and complete.

The cost necessary for introducing and maintaining a development environment that includes multiple simulators is suppressed, and a sharing of designing information is promoted, to make parameter adjustment of simulators easy. Provided is a service that unifies development environment on a computer provided with: a working computer system that can guarantee that there is no leaking of designing files; a user behavior monitoring system that collects utilization history of simulators or software, for each of the users, and selects development process of each of the users from the collected information; and a dynamic computational-resource distribution system that can conduct an automatic optimization of a complex simulation configuration, from information collected by the aforementioned user behavior monitoring system.

The invention provides a detection method and system for cross comparison of malicious codes of an interior and exterior view based on a virtual machine.The method comprises the following steps that: a virtual machine controller starts a virtual machine detector, sends malicious codes of an analysis catalogue to the virtual machine detector and controls the virtual machine detector; the virtual machine detector monitors the memory change of the virtual machine while running the malicious codes, records the running trace, forms an original report, and then sends the report to a comprehensive analyzer after the original report generation is finished; and the comprehensive analyzer comprehensively analyzes the relation of behavior event attribute elements and behavior text relation of the malicious sequence behavior recorded by the reports to analyze the malicious behaviors of changing the malicious codes. The method and system can acquire operation behaviors of a virtual machine system by adopting a real-time multi-view dynamic behavior monitoring mode.