480 results about "Response process" patented technology

A method is provided for predicting load of traffic of vehicles that are travelling according to non reference route plan, provided with Dynamic Route Guidance capability of their PMMS, in a Forward Time Interval related Route Segment and according to a predetermined protocol between mobile systems and a non mobile system platform of a SODMS. Using mobile units, a traffic prediction query is receiving according to a predetermined differential traffic load match process. A match process is performed by each of the mobile units and, according to a match, a predetermined response procedure is enabled, wherein a response procedure in each mobile unit uses a predetermined random process to select an allocated slot in which to transmit a predetermined signal, which provides an improved way to predict traffic in conjunction with off line database statistics, preferably with such that are being adaptively corrected by prior data and method to predict traffic which do not include, or lack sufficient erratic traffic information.

A communication system including a transmitter, a receiver, a communication link (for example, a TMDS-like link), and preferably also an external agent with which the transmitter and receiver can communicate, in which video data (or other data) are encrypted, the encrypted data are transmitted from the transmitter to the receiver, and the transmitted data are decrypted in the receiver, a transmitter and a receiver for use in such a system, a cipher engine for use in such a transmitter or receiver, a method for operating such a transmitter or receiver to encrypt or decrypt data, and a method for distributing keys to the transmitter and receiver. The receiver can be a player coupled to a downstream receiver by a TMDS-like link, and configured to re-encrypt the decrypted data (for example, using an AES or HDCP protocol) and send re-encrypted data over the link to the receiver. Optionally, the player is a repeater which translates the decrypted data from the transmitter, and then re-encrypts the translated data for transmission to the downstream receiver. The transmitter can itself be a player that receives and decrypts encrypted data from an upstream source. In preferred embodiments, the system implements a content protection protocol including a challenge-response procedure. After a new key is supplied to the receiver (and the same new key should have been supplied to the transmitter) and before the receiver can use the new key, the challenge-response procedure requires that the receiver validate the transmitter by verifying that the transmitter has proper knowledge of the new key.

Methods, systems and computer program products are provided for managing information technology (IT) processes for a computer network. An incident report, including associated data, is received from an application monitoring resources on the computer network. Additional data associated with the computer network resources to be obtained based on the incident report is automatically identified and obtained. Related data in a historical database is automatically identified based on the incident report and / or the additional data and the identified related historical data is automatically retrieved. The incident report, the additional data and / or the related historical data are analyzed to identify a responsive process to respond to the incident report.

The invention is a web enabled building temperature control appliance that receives data from the national weather service or from any other suitable source. This data consists of current temperature and pressure as well as forecasted temperature fluctuations. The building temperature control appliance would have a constant request / response process by using a Simple Object Access Protocol (SOAP) to gain access to the National Digital Forecast Database or other such weather forecast database. The building temperature control appliance would not turn on if the forecasted weather was within a zone of comfort chosen by the users. The zone of comfort is the band of temperature within which a person feels comfortable. This band of temperature is usually between 66 and 74 degrees Fahrenheit. Rather than having the heat turn on in the morning to heat the home to a set temperature the building temperature control appliance would allow the sun and the ambient outside air heat the home. In areas where the nights are cold and days are hot the building temperature control appliance would not heat the home in the morning when the forecast was for temperature hotter than the zone of comfort. There are many similar scenarios where the building temperature control appliance would act differently than a commonly known thermostat based upon information about the forecasted weather.

The invention relates to a plug-in type SSO (single signon) integration method oriented to an HTTP (hypertext transfer protocol) identity authentication protocol. An SSO system of the plug-in type SSO integration method comprises a Web service assembly, a Web application assembly, an SSO HTTP plug-in, a security token process page, a browser, an identity service system, a main account database and a main / secondary account binding database, wherein the SSO HTTP plug-in is the key, and is plugged into an HTTP request and response process channel of the Web service assembly utilizing the HTTP identity authentication protocol based on an expanding mechanism provided by a Web service assembly; and after a user logs in the identity service system, the SSO HTTP plug-in automatically finishes interaction with the HTTP identity authentication protocol of the Web service assembly by utilizing account name and passwords of the user on the Web application system so that the user does not need to input the account name and the passwords of the Web application system so as to log in the Web application system and realize the purpose of SSO. Through the plug-in type SSO integration method oriented to the HTTP identity authentication protocol, disclosed by the invention, the SSO does not need to change original safety configuration and functions of a system.

The invention relates to a pure electric vehicle, particularly to the starting shake of the pure electric vehicle. When the electric vehicle is started, and power is transferred by the output torque of a motor through a transmission system, the torque with nonlinear changes is transferred during transient transition. The step length of the expected torque responded by a motor, of the whole vehicle, is properly magnified, and simultaneously, a rotating speed feedback link is increased to correct the expected torque of the whole vehicle. The rotating speed feedback link comprises five parts: motor rotating speed detection, a low pass filter, motor rotating speed differential, an inertia link and limiting amplitude output. Through the rotating speed feedback link, the torque for correcting the expected torque can be estimated, the dynamic response process of the transmission system can be improved when the power is transferred, the effect of restraining the starting shake is achieved, and the acceleration performance of the whole vehicle is taken into account.

An anti-spamming agent filters incoming email messages to eliminate unsolicited and unwanted email messages, particularly bulk email messages commonly known as spam. The anti-spamming agent gives all incoming mail messages a score and processes the messages based on the message score. Messages receiving a qualifying score are forwarded to the user. All other messages are either discarded or quarantined while the anti-spamming agent performs further authorization procedures, such as a challenge-response procedure. When a message from an unknown sender is received, a verified mail registry may be queried to authenticate the sender, and the mail may be processed based on the response from the verified mail registry.

A system comprises a plurality of sensors disposed at predetermined locations in a fluid distribution network and a server receiving sensor data from the sensors indicative of at least one predetermined characteristic of flow through the network, the server comparing the sensor data to stored data to determine an existence of a problem condition in the network and, when a problem condition is determined to exist, executing a predetermined response procedure.

The invention relates to an electronic device, and more particularly, to systems, devices and methods of authenticating the electronic device using a challenge-response process that is based on a physically unclonable function (PUF). The electronic device comprises a PUF element, a processor and a communication interface. The PUF element generates an input signal based on at least one PUF that has unique physical features affected by manufacturing variability. A challenge-response database, comprising a plurality of challenges and a plurality of corresponding responses, is set forth by the processor based on the PUF-based input and further provided to a trusted entity. During the trusted transaction, the processor generates a response in response to a challenge sent by the trusted entity based on the PUF-based input, and thereby, the trusted entity authenticates the electronic device by comparing the response with the challenge-response database.

The present invention provides an optical microscope capable of suppressing unnecessary response light as a background and detecting desired response light in nonlinear optical response process with a good S / N ratio. The optical microscope for collecting, on a sample 8, stimulation light emitted from a stimulation light source 1 and having a single wavelength or a plurality of different wavelengths, and detecting response light emitted from the sample 8 in nonlinear optical response process, comprises: an erase light source 2 for emitting erase light having a wavelength different from that of the stimulation light and inducing an effect of suppressing secondary response light which appears due to irradiation of the stimulation light on the sample 8, wherein the erase light and the stimulation light are simultaneously irradiated on the sample 8 such that the erase light does not suppress response light emitted from a light-collecting area of the stimulation light but suppresses the secondary response light other than the response light emitted from a light-collecting area of the stimulation light.

Domain application (AP) unit in the system includes modules: authority management module in use for allocating resources access authorities for users; auditing matrix management module in use for setting up hierarchical auditing points (HAP), and based on accessing authorities to setup HAP for users, defining forms for collecting information (info) of auditing points (AUP), and assigning tasks of collecting info of AUP; the AUP info collection module in use for receiving info from the said tasks and forms, and submits info of AUP; receiving info of AUP, the response process module for work sheet in use for automatic responding AUP, in which index exceeds prearranged threshold value, and creating and processing work sheets to form work sheet flow as well as saving manuscripts and recordings; statistical analysis module in use for collection, statistical process, and generating analysis report forms; the service AP unit in use for providing data storage function for the domain AP unit.

A device and method for controlling data unit communications between a sender and a receiver, and flexibly responding to a potential data loss event. Data to be sent are divided into data units and transmitted from the sender to the receiver. The receiver acknowledges correct receipt of the data units by returning acknowledgment data units to the sender. If the receiver fails to receive a data unit, the sender retransmits the data unit using a flow control procedure using adaptive parameters and the acknowledgment data units. If the receiver then correctly receives and acknowledges the data unit, the sender determines whether the data unit was correctly received as a result of the original transmitting step or the retransmitting step. If the former (i.e., the original transmitting step), an excessive delay response procedure is selectively performed. If the latter (i.e., the retransmitting step), a data unit loss response procedure is selectively performed.

The invention provides a thermal hydraulic experiment device and method for simulating a nuclear reactor neutron reactivity feedback process. The thermal hydraulic experiment device comprises an electric heating experiment section, a shell-tube type cooler, a voltage stabilizer, a pressurizing nitrogen gas tank, a circulating pump, a cooling water pump, a cooling water tank, a cooling water tower, a pipeline, a valve, a measuring instrument, a data acquisition system, a control computer, a high-frequency direct-current power supply and a conductive copper bar. The high-frequency direct-current power supply is used for electrifying the electric heating experiment section. The circulating pump is connected with an inlet of the electric heating experiment section through a pipeline; the circulating pump is provided with a bypass pipeline; an outlet of the electric heating experiment section is connected with a pipe side inlet of the shell-tube type cooler through a pipeline. A control system for simulating nuclear reactor neutron reactivity is additionally arranged on the thermal hydraulic experiment device, and can be used for simulating the reactivity feedback process and a thermal hydraulic response process of nuclear reactors under various instant working conditions; the thermal hydraulic experiment device has the advantage of simulating various types of experiment working conditions, which are not easy to carry out in the nuclear reactor, under a nuclear-radiation-free environment.

The invention belongs to the technical field of facility agriculture environment control, and environment factors such as temperature, humidity, illumination intensity, CO2 concentration and the like in a greenhouse can be intelligently controlled. According to the greenhouse environment intelligent control method, a concept of a global variable is set, internal and external environment parameters in the greenhouse, current operating states of all controllers and local weather forecast for the next eight hours are used as all variables of a system, so as to be called global variables; and on this basis, a greenhouse environment prediction model based on the global variables is provided, and a BP (Back Propagation) artificial neural network is adopted to establish the model. By utilizing the model and combining fuzzy control, the greenhouse environment control method based on the global variables is invented. The greenhouse environment control method comprises the following steps that all of the global variables are used as input values, internal environment states of the greenhouse are predicted, and advanced adjustment is performed by the controllers in accordance with prediction results. By using the greenhouse environment intelligent control method, the problems of response lag, passive adjustment, inconsistent adjustment of the controllers and the like of traditional greenhouse environment control are solved, lag and oscillation in a response process are reduced, and the quality control of the greenhouse is improved.

A query-and-response processing method for analyzing the intention of a query provided by a user reduces search result information to an amount manageable for the user, sorts out the result information, and presents it in an easily readable form to the user. A search request analyzer analyzes a search request provided from the user, a search criteria generator generates search criteria, then a search executor searches through a database. A query intention analyzer analyzes the intention of a query from the user, such as a query topic, and an output formatter, based on the result of the analysis, selects items to be presented to the user from the search results and determines the output format of the search results. A presentation module receives the results and presents the data to the user.

The invention discloses a competitive random access method, a system and an eNB. The method comprises the following steps: the eNB detection initiates user equipment UE of the random access process; when a user detection window detects that a plurality of UEs select same random access resources for initiating random access process simultaneously, random access response messages are not sent to theUEs selecting the same random resources simultaneously; and the UEs initiating the random access process can not receive the random access response messages in a random access response window, the random access resources are reselected, and the random access process is initiated again. The invention can complete the random access process successfully, avoid the uplink resources distributed for colliding UEs from being wasted in the random access response process, and reduce the time delay of random access.

The invention discloses a method, a device and a system for realizing redirection in a communication system. The method mainly comprises the following steps: firstly, a page message aiming at user terminal is sent to the first network and the second network respectively, and the page message gets to a second network before the user terminal is put in the second network; after the user terminal receives page message through the first network, and determines that the page message is required to be redirected to the second network, the user terminal is reconnected into the second network, and answers to the page message issued by the second network. Therefore, the realization of the embodiment of the invention ensures that the time for cell reselection process and paging response process are minimized, and then the time delay of the entire call establishment process is reduced, and the service continuity in a coexisting network is ensured.

It is possible to provide a communication terminal and a data reception method which can continue data reception while performing mutual communication such as an audio communication. A mobile telephone (1) includes a main antenna (410) which transmits and receives a signal; a sub-antenna (510) which receives a signal; and a CPU (60) which performs communication and performs switching between the main antenna (410) and the sub-antenna (510) meanwhile. While predetermined data is being received via the main antenna (410), the CPU (60) waits for a signal arrival via the sub-antenna (510). If a signal arrives while receiving the predetermined data, the reception of the predetermined data is switched to the sub-antenna (510) and the main antenna (410) is used for performing a response process for the received signal.

A method for biometric authentication of a user by a challenge / response procedure with a mobile station includes authenticating the enrolled user before performing a transaction by: setting up a communication channel between the mobile station and the authentication server; forwarding a challenge from the authentication server to the mobile station; recording a response sequence expressed by the user and recording simultaneously ambient signals or a response of the ambience; forwarding the recorded response sequence and the recorded ambient signals to the authentication server; evaluating the recorded response sequence based on related biometric data retrieved from the database and verifying whether the user corresponds to the enrolled user; evaluating the ambient signals and identifying signal changes within the ambient signals; and determining whether the identified signal changes represent a logical sequence of events in the user's vicinity.

A device used for control or monitoring of a process is updated without interruption or exceeding upper response time limits for response to a change in the state of the process. If the updating task requires too much run time, the updating task is terminated. As soon as the updating task has been terminated, a configuration is established again with regard to the control or monitoring of the process, so that it is possible to respond again to changes in the state of the process.

The disclosed transducer the can transfer an audio signal into a full-spectrum tactile wave over a frequency of 10 Hz-2 KHz. Upper and lower springs of the transducer produce vibrations via a coil / magnet in a manner similar to a conventional speaker, but the transducer uses a novel arrangement of elements, such as two south-to-south coils and carbon fiber springs, so as to produce the vibrations tactilely. The transducers can be tuned for specific applications and can be attached or formed integrally with a support surface. When attached or incorporated into a chair, massage table or other human-support structure, the transducer creates a sonic environment that surrounds and permeates the body with vibration, providing a direct experience of mental desired states. When connected to any full fidelity sound system, a support structure, a full frequency response process promotes a state of relaxation in the listener.

The invention provides a coupling analysis method for a one-dimensional mathematical model and two-dimensional mathematical model of river way outburst flood. After corresponding data is collected, adyke breach outflux inundated area and a river way section obviously influenced by dyke breach outflux are first dispersed by using a quadrilateral or triangular unstructured grid, and other river sections adopt one-dimensional cross-section data generalization. The one-dimensional model is solved by adopting a classical Presimann implicit format, the two-dimensional model is solved by adopting aGodunov format with a shock capturing ability. In order to avoid numerical oscillation, mass conservation and momentum conservation of the connection portion between the one-dimensional mathematical model and the two-dimensional mathematical model are ensured; according to the coupling analysis method for the one-dimensional mathematical model and two-dimensional mathematical model of river way outburst flood, provided connection portion is a transition region, one-dimensional model calculation and two-dimensional model calculation are both conducted in the transition region. After the dyke breach is started, the dyke breach outflux inundated area and a river way two-dimensional computing area automatically become an integrated two-dimensional computing area, and the calculation of dyke breach outflux process is completed by the two-dimensional model. The processing method can fully consider the hydrodynamic response process inside and outside the river way on the dyke breach, the numerical simulation precision of the dyke breach outflux process is improved, and the shortcoming in a traditional method is overcome that only a weir formula is adopted to calculate the dyke breach outflux process, so that the momentum exchange inside and outside the river way can not be considered.

The invention relates to a bank card (100) comprising a presentation surface of a pictogram (120) coding at least one item of information for executing a transaction.

The invention discloses a fossil power plant coordination control method based on multi-parameter prediction. Aiming at the characteristics that a boiler controlled object is lagged, slow in response process and the like, feedwater flow, coal supply quantity and steam turbine valve opening are estimated reasonably, deviation of main steam pressure and separator outlet temperature is predicted, and a main steam pressure control loop and a separator outlet temperature control loop are respectively formed, and are coordinated with a load control loop so as to form a fossil power plant coordination control system. Control quality of the fossil power plant coordination control system is effectively improved, main steam pressure fluctuation during load change is suppressed effectively while the load change is responded fast, deviation between main steam pressure and a setting value is reduced, the separator outlet temperature fluctuation is suppressed, and the situation that the separator outlet temperature is over high is reduced. Besides, the stability of a boiler control system and the operation efficiency of a unit are improved.

The invention discloses a method for automatically testing performance of an Android handset. An intelligent handset and a computer terminal are connected, and screen contacts are generated randomly in a random operation debugging environment of an application program of a computer terminal. When the contacts are in a screen scope covered by a test case, the test case is operated in the intelligent handset, and screen response states of the operated test case are captured simultaneously through the adoption of an automatic screen capture method. The computer terminal records the generation process and the generation time of the present screen contacts, the response process of the test case, and the response time of the test case in the form of logs. The performance test method can simulate a touch screen operation by fingers and realize the automatic test of handset screen performance. The performance test method can obtain test data automatically. The performance test method is fast in testing speed and high in testing precision. The screen touch points are obtained in a random generation way, so that the test precision of the touch screen performance is improved. The test speed is raised through the adoption of the automatic screen capture method which automatically obtains the screen response states of the operated test case.

The invention discloses a web application test data flow tracking method and system based on an IAST test platform. The data flow tracking method comprises the following steps: installing an agent program on a server where the tested application program is located, wherein the agent program is used for communicating with a virtual machine running the application program; after the application program is started, inserting monitoring codes into key functions in the input stage and the output stage of the application program through the agent program and the byte code instrumentation tool; and when the monitoring code is instrumented, introducing a class file name, a method name, a method parameter and a return value of a to-be-instrumented function into the monitoring code, obtaining a propagation path of stain data in the application program through the monitoring code, wherein the stain data is data input by a user in the testing process. by adopting the data flow tracking method, real-time tracking of taint data can be realized, and an execution method chain in a request-response process can be accurately obtained based on an actual request.

Provided is a four-rotor aircraft output-limited backstepping control method based on an integral sliding mode obstacle Lyapunov function. For the dynamic system of a four-rotor aircraft, an integralsliding mode obstacle Lyapunov function is selected, and a four-rotor aircraft output-limited backstepping control method based on the integral sliding mode obstacle Lyapunov function is designed. Theintegral sliding mode obstacle Lyapunov function is designed in order to ensure that the output of the system is limited within a certain range, avoid too large overshoot and reduce the time of arrival. Therefore, the dynamic response performance of the four-rotor aircraft system is improved. The invention provides a four-rotor aircraft output-limited backstepping control method based on an integral sliding mode obstacle Lyapunov function, which enables the system to have a good dynamic response process.

The invention discloses a method for increasing Web service response speed, which comprises the following steps of: receiving a service request sent by a client end by a network processor connected between the client end and a Web server; and when the service request is a static Web content service request and the network processor is stored with a static Web content corresponding to the static Web content service request, directly sending the static Web content corresponding to the static Web content service request to the client end by the network processor. The invention eliminates the performance bottleneck of a Web service operating on a universal processor framework, accelerates the response process of a static Web content service, and improves the performance of the Web server.

The invention provides a satellite navigation system-based gridded accurate positioning service method and system. With the satellite navigation system-based gridded accurate positioning service method and system adopted, the technical problem of limited user carrying capacity which is caused by a condition that existing accurate positioning services are limited by hardware resources can be solved. The method includes the following steps that: virtual reference stations are set according to grid vertexes formed by a reference station, and the periodic virtual observation data of the virtual reference stations are formed according to the real-time observation data of the reference station, and the virtual observation data are cached; and a user positioning request is responded, a determinedvirtual reference station is obtained according to relevancy between the virtual reference stations and a user position, and the virtual observation data of the determined virtual reference station are fed back to a user. According to the method and system of the invention, the continuous virtual observation data of all the virtual reference stations are actively formed in a precise positioning area through dynamic gridding so as to form unified differential information resources in a service area; and therefore, a user response process in the prior art is improved, the network gridding dynamic update calculation of the VRS (Virtual Reference Station) is realized; and the calculation capacity of a platform is optimized to the greatest extent.