73results about How to "Configurable" patented technology

The invention discloses an intelligent home device remote monitoring device and method which are used for solving the problems of space limit and safety, instantaneity and efficiency of remote monitoring of a remotely monitored mobile terminal, and home devices. The intelligent home remote monitoring device comprises a home control host, a mobile terminal, a remote server and a controlled home device. A monitoring device on the mobile terminal is connected with the home control host under the assistance of the remote server in a P2P connection manner; the home control host is connected with the home device; and the home control host is provided with a configurable, extensible and customizable protocol device used for adapting to the home device. The intelligent home remote monitoring device has wide remote monitoring application range, high safety, high instantaneity and high efficiency.

The invention discloses a large-data-flow-based network traffic abnormality detection system and method. The large-data-flow-based network traffic abnormality detection method is characterized by comprising the following steps: acquiring network packet information in network equipment in real time in a distributed manner; transmitting the network packet information to a distributed flow processing platform in real time for network data analysis, feature matching and access counting; storing the analyzed and detected network data into a large data platform according to an abnormal status so as to facilitate clustering analysis and classified training of the network data and dynamically update a network data protocol characteristic library. Through the system and the method, real-time detection is achieved through a distributed flow-type processing mechanism; through distributed storage of the large data platform and through the data calculating and analyzing capability, the distributed storage of the network data is achieved and the network data protocol characteristic library can be trained more accurately.

A programmable logic fabric includes configurable logic block (CLB) containing registers and combinatorial logic elements. An input switch matrix distributes incoming signals to CLB inputs or inputs of embedded logic elements including a register clock. A routing network allows a variety of routing paths with distinct delays to be selected to route the CLB outputs to the input switch matrices. Presented clock delay insertion architectures allow a leaf node of dedicated clock network and a register clock input can be alternatively routed through the routing network, thereby allowing for the generation of a variable amount of clock delay. Required clock delay for each register minimizing the clock period is computed by clock skew optimization program. A set of alternative clock routes is generated for each register clock where each route delay is close to the corresponding required delay while satisfying the monotone increasing conditions. Optimal clock route for each register clock can be efficiently selected from the alternative clock routes by an integer monotonic program to reduce the clock period of a custom design implemented in the fabric.

System and methods for providing multimedia message service (MMS) interoperability between an initiating carrier and a destination carrier. A transcoding facility receives an MMS message from an initiating carrier and accesses a number portability database to determine an identity of a destination carrier to which the MMS message is intended to be sent and a carrier profile repository to obtain a carrier profile for the destination carrier, the carrier profile including information regarding an MMS format acceptable to the destination carrier. The transcoding facility determines, based on the carrier profile and a format of the MMS message received from the initiating carrier, whether the format of the MMS message received from the initiating carrier must be modified to be effectively received by the destination carrier and, if so, transcodes the MMS message in accordance with the carrier profile to generate a transcoded MMS message, and thereafter sends one of (i) the MMS message received from the initiating carrier and (ii) the transcoded MMS message to the destination carrier.

The invention relates to the embedded software field, in particular to a configurable software unitization upgrading method aiming at digital television set-top boxes. The invention puts forward a configurable, flexible, efficient and safe software on-line upgrading method. The method comprises the following steps that: a. upgradeable software and data having fixed storage addresses are marked into individual unit modules, and module configuration information is established for each unit module and stored on a terminal; b. the upgrading data and configuration information of all the unit modules needing to be upgraded are packaged to generate upgrade files and configuration files; c. a code stream generation tool is used to form code streams of the upgrade files and configuration files and send the code streams out; d. the terminal downloads the configuration files to judge which modules are needed for upgrading the terminal, and then downloads the upgrade files of the modules needing to be upgraded so as to carry out upgrading. The upgrading method is flexible in upgrade, high in efficiency, good in safety and suitable for the upgrade of embedded software.

A CPU is provided with an ability to modify its operation, with respect to error correction, as a programmable feature. An error correction scheme is selected to be performed by the error correcting circuit. The compiled program may have intentionally introduced errors which are predictably corrected by the selected error correction scheme. When a program is compiled, the program is modified by the intentional insertion of errors which would result from the execution of the program. By providing error correction schema selected during program compilation, errors can be inserted in the program code, but are handled in a predictable manner by the error correction.

The invention discloses a digital oscilloscope with a variable-order digital filter. The digital oscilloscope comprises an input module and a control processing module with an external memory, and also comprises the variable-order digital filter, wherein the input module and the variable-order digital filter are connected with the control processing module respectively; the input module is used for generating a configuration indication; and the control processing module is used for generating a corresponding filter coefficient according to the configuration indication and outputting the filter coefficient to the variable-order digital filter. By using the variable-order digital filter in the digital oscilloscope, the digital oscilloscope can perform digital filter operation without a special computer so as to greatly facilitate site testing and other applications.

The invention discloses a pseudo-random number generating circuit and a generating method of a radio frequency identification tag chip, which relate to the radio frequency identification (RFID) technology. The pseudo-random number generating circuit of the invention comprises an on-chip oscillator and a power-on reset signal generator in the radio frequency identification tag chip. The pseudo-random number generating circuit is characterized by also comprising a counter, a controller, a processor and a pseudo-random number generator, wherein the on-chip oscillator, the counter, the processor and the pseudo-random number generator are connected sequentially, the power-on reset signal generator is connected with the pseudo-random number generator through the controller, and the other outputof the controller is connected with the counter. Compared with the prior art, the invention has the characteristics of simple circuit structure, low cost, low power consumption, small area and easy integration.

The application relates to a data batch processing method and device. The method comprises the steps of: receiving multiple pieces of user request data and determining one or more data summarization templates relating to the multiple pieces of user request data; setting summarization dimensionalities and executable moments in each of one or mote data summarization templates; when the multiple summarization dimensionalities are the same, batch processing the multiple pieces of user request data. The application provides a standard data batch processing system structure comprises a set of standardized semanteme for data batching processing; only by arranging different parameters and calling a data summarization plug-in, the batch processing of data with various types of service can be achieved, and the data batch processing efficiency is improved.

A control module provides for immobilization of a vehicle. The control module includes an intelligent control disposed within a housing of the control module, a plurality of discrete inputs and a plurality of discrete outputs operatively connected to the intelligent control, at least one network interface operatively connected to the intelligent control, at least one user interface operatively connected to the intelligent control, and software stored for execution by the intelligent control, the software providing instructions to control functions of a vehicle associated with the control module, the functions including vehicle immobilization functions.

The invention discloses a configurable battery simulation system and method for detecting a BMS function, and the system comprises a dSPACE controller, a battery cell voltage simulation module, a temperature simulation module and an insulation resistance simulation module. The dSPACE controller is connected with the battery cell voltage simulation module, the temperature simulation module and theinsulation resistance simulation module through a MicroAutoBox hardware interface board. The battery simulation system is connected with a to-be-tested BMS, and is used for detecting the data acquisition accuracy and precision of the BMS system, the accuracy of the SOC estimation, the correctness of the fault diagnosis, whether the charging conforms to the protocol standard or not, and whether a vehicle can communicate normally or not, thereby achieving the comprehensive evaluation of the performance of the to-be-tested BMS system. The battery simulation system is configurable, and can establish a mathematical model of a battery according to the type, the total voltage and capacity of a to-be-simulated battery, or directly uses the experiment data to obtain the SOC-VOC characteristics of the batteries with different electrochemical characteristics, thereby configuring the characteristics of the simulated battery.

The invention provides a misoperaiton-preventive locking management system of a temporary ground wire of a substation. The system comprises a ground wire monitoring end, a ground wire management device, a GSM communication module, a misoperation-preventive locking module, a monitoring center and an electronic key, wherein the ground wire monitoring end is connected with a ground wire device and the ground wire management device, the ground wire management device is connected with the GSM communication module and is connected with the misoperation-prevention locking module through the GSM communication module, the misoperation-prevention locking module is connected with the monitoring center, and the electronic key is connected with the misoperation-prevention locking module or the ground wire monitoring end in a short-distance wireless mode, receives an electronic voucher and relative information from the misoperaiton-prevnetion locking module and transmits the electronic voucher and the relative information to the ground wire monitoring end to achieve issuing and authenticating of stipulated operations. The misoperaiton-preventive locking management system has the advantages that a unique code is used for ground wires of different types and different categories, and the use state of the ground wire can be displayed in real time; far-end communication unlocking and local computer key unlocking are achieved, the quantity of managed ground wires is configurable, the ground wires can operate independently and also can be linked to a five-prevention device in use, and safety and reliability are high.

The invention relates to a network card-driving method. The lack of flexibility in prior art causes a communication efficiency reduction between different modules. The method of the invention includes the following steps: configuring the register of the network card according to the timing requirements; initializing the network card according to the parameters required for specific work; monitoring whether the card gives an interruption message and the upper layer gives a sending enable message, and if not, the system is in the waiting state; if receiving the sending enable message from the upper layer, the system enters the data sending process; if receiving the interruption message from the network card, the system enters the handling interruption process; if the writing pointer of the card does not change, the system enters the data receiving process. The invention introduces a response waiting mechanism and with the drive, the upper layer can stop the network card data transfer process momentarily only by sending a data ending signal to the card driver. The time-based method greatly increases the universal performance of network card drivers.

The invention relates to a dynamic discovery method for a computer program hot spot module, in particular to a dynamic analysis mechanism for information when a computer program is executed. In the mechanism, instructions and address data of a user program are captured when transmitted on a bus. The mechanism comprises the steps of: performing decoding identification and selective classification on the instructions, then forming specific program path descriptors according to the classified branch instructions and execution results thereof and address information, performing statistics and analysis, and finally storing the acquired hot spot descriptors in a special storage module. The mechanism can be applied to different computer system structures, is used as an internal function component or an external co-processing component of a computer processor, and greatly improves the parallelism of computer program execution so as to greatly promote the performance of program execution; and meanwhile, the mechanism can be used as an independent reusable component and applied to various situations for program hot spot identification.

A new and useful multi-cellular charging station for electronic devices which provides public access to electrical power for the purpose of charging electronic devices such as mobile phones, is secure, accepts payment, and is configurable. Typical situations and settings that would benefit from the availability of such an invention would be tourist areas, bars, lounges, lobbies and other spaces frequented by the public. The apparatus essentially comprises a plurality of locking cells, with a charging means in each. Said cells can be adjoined in a variety of configurations. The invention can further comprise an enclosure and centralized payment means.

The invention relates to a flight control semi-physical simulation system, the whole system mainly comprises a flight control system code operation environment, a flight bag system, an adaptor, a flight control system external connection system, a third-party software expansion interface library, a fault injection unit, a use case injection unit, an analysis system and a display system, the flightcontrol semi-physical simulation system is designed by fully using a modular design concept, the whole system has configurability and expansibility from the structure, the hardware interface and thesoftware function, and the verification test requirements of different scales and types of flight control systems can be met.

The invention relates to a terminal control method and device. The method comprises the steps of obtaining an operation instruction of a first terminal and a corresponding relationship between the operation instruction of the first terminal and a parameter change value of a second terminal; according to the operation instruction of the first terminal and the corresponding relationship, generatingcontrol information; sending the control information to the second terminal to make the second terminal execute a corresponding operation. By establishing the corresponding relationship between the operation instruction of the first terminal and the parameter change value of the second terminal, the first terminal has configurability of the control over the second terminal, the change of the parameter degree of the second terminal is controlled by utilizing the fact that the operation of the first terminal has continuous variability, and the control is more intelligent and diversified.

The invention discloses a configurable and integratable Hook system in Windows environment and a method thereof and relates to the technical field of DLL injection technology, Hook technology and interprocess communication. The system is characterized in that an application program subsystem comprises an injector unit and a hook unit, the injector unit comprises an injection module and a communication module, the hook unit comprises an inline hook module, an import address table hook module and a vectored exception handling module, and the injection module, the hook unit, an injected hook unitand the communication module sequentially interact. The method includes: 1, creating a naming pipeline; 2, selecting a target process; 3, selecting a dynamic link library for injection; 4, selectingan injection mode; 5, feeding back injection information; 6, configuring Hook parameters; 7, transmitting the Hook parameters to the injected hook unit; 8, completing Hook functional procedure; 9, feeding back Hook information. The system is configurable, and related process parameters of Hook can be configured by a user; the system has the characteristic of being easy to operate and can help to intercept and acquire enough useful information.

A method of, and system for, configuring a network infrastructure, which includes representing the network infrastructure as a composition of a predetermined number of functional building blocks, configuring a network blue print based on the predetermined number of functional building blocks, and mapping the predetermined number of functional building blocks onto available physical resources of the network infrastructure, such that network configuration can be automated for a wide set of services representing network configuration as a functional composition of elemental blocks.

The invention provides a blockchain data archiving method and device, and the method is applied to a blockchain node, and comprises the steps: generating an archiving data set based on the block dataof a blockchain system; storing the archived data set in a distributed file storage system; and deleting the archived data set and the block data corresponding to the archived data set. According to the scheme, the block data is packaged and archived to the distributed file storage system, and meanwhile, the locally archived block data is deleted, so that the disk use space of the block chain system can be effectively saved.

The invention provides a general signal receiving and transmitting machine and a received-transmitted signal processing method. The received-transmitted signal processing method comprises a signal receiving process and a signal transmitting process, wherein the signal receiving process comprises the following steps: a signal receiving module is used for carrying out once-receiving frequency-conversion processing on received signals obtained from an antenna, then converting the received signals into intermediate-frequency analog signals and transmitting the intermediate-frequency analog signals to a digital-signal processing module, and the digital-signal processing module is used for converting the intermediate-frequency analog signals into digital signal data and transmitting the digital signal data to a digital-signal demodulating circuit; the signal transmitting process comprises the following steps: the digital-signal processing module is used for converting obtained data to be transmitted from the digital processing circuit into base-band signals and transmitting the base-band signals to a signal transmitting module, and the signal transmitting module is used for carrying out once-transmitting frequency-conversion processing on the base-band signals obtained from the digital-signal processing module, converting the base-band signals into transmitting signals and outputting the transmitting signals into the antenna; and the digital-signal processing module is used for providing the same frequency-conversion working frequency settable by software for once-receiving frequency conversion of the signal receiving module and once-transmitting frequency conversion of the signal transmitting module.