49results about How to "Data smoothing" patented technology

To provide an improved information processing apparatus and a method for controlling the same, which enables to smoothly transfer data, such as processed results obtained from execution of an application program, an HTML file acquired from a Web server in accordance with the TCP/IP protocol or the like, to an external device (PDA) by using an infrared communication function. The disclosed information processing apparatus periodically accesses a predetermined server machine (e.g., a Web server) to acquire a desired file (e.g., an HTML file). This file acquisition operation is carried out without the involvement of operations of an infrared transceiver. In other words, the information processing apparatus attempts to continually perform caching of the most recent download data. As a result, when the PDA as an external device is set into an infrared communication mode and a user simply holds the PDA to a station discoverable region of the information processing apparatus, a connection between them is established, thereby enabling the PDA to receive the most recent data.

An adaptive equalizer system for use in a serial communication link uses timing information generated by a phase detector of a clock and data recovery circuit of the serial communication link and a frequency pattern of the recovered data to determine whether the data received over the serial communication link is over-equalized or under-equalized. The equalizer strength of the adaptive equalizer system is adjusted based on such determination.

A Network-on-Chip (NoC) system employing an Advanced extensible Interface (AXI) protocol is provided. The NoC includes an NoC router which classifies data transmitted from a plurality of AXI Intellectual Properties (IPs) according to a destination AXI IP, and a network interface (NI) which processes data from the NoC router and provides the processed data to the destination IP. One of the NoC router and the NI includes a plurality of buffers which store data provided from each of the AXI IPs and classified according to each of the AXI IPs, and an interleaving manager which selects buffers, from which data is retrieved, among the plurality of buffers according to an interleaving acceptance capability which is a number of interleaving data that can be accepted by the destination AXI IP.

The invention relates to the field of traffic rails and specifically relates to a method and a system for testing dynamic stiffness. The method for testing the dynamic stiffness includes that a force in a preset frequency range is applied to a rail in preset time to enable the rail to produce vibration; force signals and vibratory acceleration signals are real-timely acquired according to a preset sampling frequency; data of the force F, time corresponding to the force F, data of an acceleration a and time corresponding to the acceleration a are recorded according to preset time intervals, the acquired force signals and the acquired acceleration signals; a corresponding relation of a displacement X and the frequency f is obtained according to the corresponding relation of the data of the acceleration a and the time corresponding to the acceleration a; the corresponding relation of the displacement X and the time t is obtained; and the corresponding relation of the dynamic stiffness Z and the frequency f is obtained according to the corresponding relations and the corresponding relation of the dynamic stiffness, the displacement and the force, and namely, wide frequency dynamic stiffness is obtained. By means of the method and the system for testing the dynamic stiffness, the wide frequency dynamic stiffness of the rail can be tested.

Apparatus for graphically representing a substantially periodic signal having substantially periodic segments, comprising a graphic transformer for converting the periodic segments into encodings respectively for arrangement in a first dimension and successively indexing the encodings to form a two-dimensional coded image, thereby to represent, within the image, dynamic changes of the periodic segments over the signal.

The invention discloses a satellite radar inversion fusion method based on NRIET machine learning. The method comprises a training phase and an inversion phase. The training phase includes satellite data and processing: subjecting the disc projection data of four waveband including B08, B10, B13 and B15 of a sunflower No. 8 geostationary satellite to projection conversion and interpolating the same to a spatial grid point of 0.02*0.02 degree; lightning data and processing; radar data and radar data networking; land use type data and processing; and model training. The inversion phase includes:data preprocessing: subjecting the sunflower No. 8 geostationary satellite data obtained by real-time observation and the lightning data to the same processing as the training phase, the land use type data using the data processed in the training phase; the radar data networking: subjecting the radar-base data observed in real time to networking according to the networking steps in the training phase to calculate the combined emissivity; radar echo inversion; and satellite radar data fusion.

The invention relates to a motion compensation algorithm for a vehicle-mounted road surface detection system based on an inertial measurement unit. Information fusion can obtain real-time and accurate motion information; when measuring the road surface, another set of pure inertial strapdown solution is used to obtain the elevation information and laser sensor information superimposed to obtain the divergence curve containing road surface undulation information; the divergence curve is filtered by high-pass digital filter, Obtain the real road surface undulation information; calculate the real road surface undulation information according to the international roughness IRI standard to obtain the road surface roughness results. The invention has the advantage of high operation and compensation accuracy, and can be used to improve the detection accuracy of the road surface smoothness of the vehicle-mounted road surface detection system.

The invention discloses a method for measuring the yaw velocity of a vehicle by filtering based on wavelet transformation, which is suitable for measuring the yaw velocity of an automobile of which front wheels are steering wheels and back wheels are non-steering wheels. The method comprises the following steps of: firstly, measuring the wheel speeds of the two non-steering wheels, removing a gross wheel speed error with a median filtering method and further calculating the non-filtered yaw velocity of the vehicle according to the motion relation of planar composite motion and wheel speeds subjected to median filtering; secondly, performing seven-layer wavelet decomposition on the non-filtered yaw velocity of the vehicle by using a 'sym8' wavelet basis according to a wavelet transformation theory and performing threshold value quantification on a high-frequency coefficient with a soft-threshold method; and lastly, performing reverse wavelet transformation by using a seventh layer low-frequency coefficient and the high-frequency coefficient which is subjected to threshold value quantification and reconstructing to obtain high-accuracy filtered yaw velocity.

In some embodiments, a noise reduction circuit for use in a temperature measuring apparatus includes a replacing processing portion configured to execute replacing processing for replacing data of one of plural pixels among plural pixels with data of another pixel among the plural pixels, the data of the one of plural pixels being discriminated as noise, and an averaging processing portion configured to execute averaging processing for averaging the data of the one of plural pixels to smooth the data of the one of plural pixels. The averaging processing is executed at the averaging processing portion after executing the replacing processing at the replacing processing portion.

A system and method for matching buy and sell orders is provided. A daily cash index of real estate values for a local region is maintained based on real estate transactions and/or real estate transactional activity, and a trading instrument representative of an interest in real estate in the local region is created. In this regard, a cash settlement of the trading instrument is a function of the daily cash index on the date of said cash settlement. In addition, a plurality of buy orders relating to the instrument are generated; a plurality of sell orders relating to the instrument are generated; and the buy and sell orders are matched to determine a purchase and sale of the instrument.

A terminal device and a data communication method of the terminal device in which a virtual environment is constructed includes receiving a processing command for data searched for according to a data search command, storing first path information on a position of the searched data and transmitting first event information related to the processing command to a management server, receiving a communication performance command including identification information of the other terminal device from the management server, and transmitting the data to the other terminal based on the identification information and the first path information, wherein the communication performance command is generated based on second event information related to an execution command for the data in the other terminal device and the first event information. Data transmission/reception between the virtual terminal devices or between the virtual terminal device and an actual terminal device can be performed smoothly.

The present invention discloses a communications method and equipment and relates to the field of wireless communications, which are used to solve a problem that data offloading communications cannot be initiated because data offloading information of a network transmission peer end in a process of data offloading cannot be acquired in the prior art. A first network element queries data offloading capability information of a second network element from a server, where the first network element has a capability of data offloading. The first network element receives a message that carries the data offloading capability information of the second network element and is sent by the server. The first network element offloadingly transmit data which is to be sent when the message indicates that the second network element has a capability of data offloading.

The invention discloses an attitude correction control system and method of a four-rotor aircraft. The control system comprises a flight control main controller, a flight attitude acquisition module,a driving module, a wireless communication module, a GPS module, a power management module and a camera module. The flight attitude acquisition module, the driving module, the wireless communication module, the GPS module, the power management module and the camera module are connected with the flight control main controller. An unmanned aerial vehicle attitude control system comprises a sensor data resolving and processing system, a motor rotating speed control system and a wireless data communication system. According to the invention, cascade PID closed-loop control is carried out on the attitude of the four-rotor aircraft, so that the PWM duty ratio for controlling the rotating speed of the motor is adjusted; and meanwhile, the four-rotor aircraft feeds back the position information obtained from the GPS module and current attitude data of the aircraft to a remote control terminal through a wireless transceiving module, so that the operator checks the current flight state of the aircraft in real time and thus descending processing is performed timely in an abnormal state of the flight to minimize the losses.

A communication device includes a communication control unit for conducting communication with a destination device according to a first communication sequence or a second communication sequence more suitable for communicating through an IP network than the first communication sequence. The communication device further includes an IP network determining unit for determining whether the communication is conducted through the IP network. When the IP network determining unit determines that the communication is conducted through the IP network, the communication control unit conducts the communication according to the second communication sequence.

The invention discloses a vehicle trajectory data compression method. The method comprises the following steps: acquiring first trajectory point data in the vehicle trajectory data and previous trajectory point data and next trajectory point data adjacent to the first trajectory point; generating auxiliary point data based on the first trajectory point data and the next trajectory point data; calculating an included angle value among the first trajectory point, the next trajectory point and the auxiliary point, and converting the included angle value into a due north included angle value; whenthe absolute value of the difference value of the due north included angle values of the first trajectory point and the previous trajectory point is greater than a preset angle difference value, or when the time difference value between the first trajectory point and the previous trajectory point is greater than the preset time difference value, or when the number of the continuously thinned trajectory points is greater than the preset thinning number, adding the first trajectory point data into a compression database. Through the method, massive trajectory point data can be compressed in real time, and storage resources are saved.

A mobile terminal includes a casing having an upper casing and a lower casing which are disassembled from and assembled to each other with respect to a main board, a connection terminal portion sealed with the casing to prevent intrusion of water through a gap between the connection terminal portion and the casing and having a plurality of connection terminals having one side exposed to the outside of the casing, and a joint terminal portion electrically connected to the main board and having a plurality of joint terminals respectively and electrically connected to the connection terminals in an elastically pressed state when the upper casing and the lower casing are assembled to each other.

A book placement posture identification method based on an RSSI signal value of RFID, including: step 1, horizontally moving to read the signal of an RFID tag placed in a book by using an RFID device; step 2, classifying triples with the same EPC number as a category to serve as the RSSI signal values of the internal RFID tag of the book obtained at different moments; step 3, preprocessing the data obtained in step 2; step 4, establishing a model to obtain a time-varying rule of the RSSI value of the RFID tag of the book; step 5, sampling data, training a classification model, and judging the placement posture of the book according to a model established according to test data and a classification model; and step 6, vertically moving to read the signal of the RFID tag placed in the book by using the RFID device.

A data updating method includes the steps of updating data in a first information processing apparatus by the first information processing apparatus, acquiring apparatus information of a second information processing apparatus by the first information processing apparatus when the data is updated, comparing apparatus information of the first information processing apparatus with the acquired apparatus information of the second information processing apparatus by the first information processing apparatus, and transmitting the updated data to the second information apparatus by the first information processing apparatus on the basis of a comparison result. A data processing system is also disclosed.

The present application provides a method and a means for backfilling data. It comprises: associatively sending user input data in the first page of the terminal and the identifiers of the input boxes in said first page to a server for them to be stored by said server, with the stored content mapping to the sessionID of said terminal and to the identifier of said first page; when said first page is returned to from a second page, sending a data acquisition request to said server, said data acquisition request comprising the sessionID of said terminal and the identifier of said first page; receiving said first page user input data and the associated identifiers of the input boxes in said first page sent back by said server according to said data acquisition request, and taking said first page user input data and backfilling it into the corresponding input boxes in said first page. Through the technical scheme of the present application, it is possible to smoothly implement backfilling operations on page data without the appearance of garbled characters in the backfill content.

A method of updating a server is provided. Maintenance of a primary server is initiated. The primary server serves a first group of users comprising one or more users having an active status, and a second group of users having an idle status. Data is mapped from the primary server to an alternate server, the data including instructions for providing an online service. Each user in the second group is migrated to the alternate server upon initiation of the maintenance. The online service is provided to each user of the first group via the primary server until a time when the user discontinues the online service. The user is then migrated to the alternate server. When each user from the first and second groups has been migrated to the alternate server, a server update procedure is initiated. The maintenance is performed on the primary server during the server update procedure.

A moving image reproducing apparatus of the present invention transfers moving image data stored in a built-in memory to an external storage device in order starting from moving image data corresponding to a sequence having a short total reproduction time, the sequence being reproduced by a reproduction control unit.

Data of capacity of about one-severalth of full capacity of a layer 0 and a layer 1 is recorded in a test disk in a range from the layer 0 to the layer 1, and middle areas of the layer 0 and the layer 1 are expanded accordingly. This test disk is mounted on a verification target drive, and an inquiry about a starting position of the middle area, a record finishing position of user data, additional writing stating position of the disk and an additionally writable capacity (free capacity) is made with the verification target drive from an evaluation apparatus. When responding appropriately to this inquiry, the verification target drive is capable of appropriately recognizing presence/absence of an expansion of the middle area, a propriety of additional writing of this disk, the additionally writable capacity, and the additional writing starting position. Therefore, the verification target drive is determined to be capable of performing recording operation from an appropriate recording position when a write once type HDDVD is in an additionally writable state.