407 results about "Boundary data" patented technology

A system for monitoring and/or controlling tissue modification during an electrosurgical procedure is provided. The system includes an electrosurgical apparatus adapted to connect to an electrosurgical generator. The electrosurgical apparatus configured to transmit energy to tissue. The system also includes a control system having one or more electromagnetic wave sources configured to generate the interrogator wave of one or more frequencies adjacent tissue. One or more sensors are configured to transmit and sense a reflected portion of the interrogator wave of at least one frequency to determine dielectric boundary data. A processor operatively coupled to the control system and to the electrosurgical generator configured to control the delivery of electrosurgical energy from the electrosurgical generator to tissue based on dielectric boundary data provided by the one or more sensors.

A Hybrid Compressor (304) and method (500) of compressing a tile (2200) of pixels within an image are disclosed. An Edge Processor (404) of the Hybrid Compressor (304) analyses pixel runs (403) of the tile (2200) and generates boundary data defining one or more regions comprising pixels of substantially identical colour. A Palette Processor (411) of the Hybrid Compressor (304) generates data defining a colour value for each region. An Image Processor (416) of the Hybrid Compressor (304) generates a representation of pixels not included in the one or more regions.

A traffic data collection process and monitoring system that uses a plurality of GPS enabled mobile devices to transmit near at real-time traffic direction and speed information to a server and or/at real-time (sub 10 second latency). The sever processes the information thereby reducing the computational load and power consumption of the mobile devices. The system uses a Traffic Pattern Recognition software program that accurately recognizes only valid traffic data while filtering out unwanted traffic data. The system creates a Distributed Traffic Data Store database containing the average speeds for designated traffic monitoring points created for the region. During use, a request for traffic data containing the boundary data and the zoom level is sent from the mobile device to the server. The server then reviews the requests and determines with specific Distributed Traffic Data Store database contains the information. The server then creates a compressed file containing the traffic information relevant to the TMPs in the request and sends it to the mobile device.

An improved system and method are disclosed for facilitating target aiming and aircraft control by flight crews using electronic displays. For example, an aircraft display system is disclosed that includes a database for storing target location and boundary data, a processing unit, a position and direction determination unit for use in determining the position of an aiming symbol on a display, a graphics display generator, and a visual display. The processing unit determines whether or not a selected target to be displayed is obscured or covered by the aiming symbol to be displayed. If any portion of the target is obscured or covered by the aiming symbol, then the processing unit directs the graphics display generator to generate graphic control signals for the visual display, which increase the transparency of the portions of the aiming symbol that obscure or cover the target. Notably, the transparency of any symbol (or portion of a symbol) can be increased if that symbol obscures or covers a target being displayed or viewed. Thus, the visibility of targets viewed using onboard visual displays is significantly enhanced, whereby the targets are obscured by the symbols used to aim and control the aircraft. Advantageously, target aiming and aircraft control are facilitated, which reduces pilot workload and navigation errors, and thus results in increased aircraft safety.

The invention relates to a substation illegal line-crossing prompting method based on ultra-wideband (UWB) positioning. The method comprises: a safe area of a device is drawn in a substation three-dimensional model and a visual three-dimensional electronic fence is formed; UWB positioning system deployment is carried out in the substation; according to a content of a work ticket, a corresponding working area is drawn; a staff member in the substation wears a spatial positioning device; a background carries out calculation to obtain the real-time position of the staff member; the background carries out comparison with safety fence boundary data to calculate whether someone approaches or crosses a safety distance and a corresponding working range; if any early-warning or line-crossing behavior is made, the information is sent to a smart watch worn by the staff member; the information is sent to an administrator background; and the background records data including the person doing alarming, lasting time, and a walking path of the alarm event. Therefore, the staff member and the administrator are prompted effectively; and the background records the line-crossing behavior so as to carry out follow-up work and analysis conveniently.

The present invention is a DMA controller that accesses a transfer source and a transfer destination of a DMA transfer via a bus, that chains a plurality of data segments in the transfer source according to an instruction by an external initiator, and that performs burst-transfer to the transfer destination, and when a boundary data, that is a remaining data after dividing in the bus width units and data less than the bus width, is generated, the boundary data is stored in a boundary data buffer in the DMA controller, the data to be read from the transfer source by the next DMA command and the previously stored boundary data are merged, and the data is burst-transferred to the transfer destination.

The invention relates to an airborne autonomous monitoring and alarming system and method for safe operation of an unmanned aerial vehicle. The system comprises a ground system. The ground system is communicated with the unmanned aerial vehicle through a space-ground C2 data chain. The system is provided with an airborne database. The airborne database constructs a security boundary of the unmanned aerial vehicle. The system also comprises a data interface, wherein the data interface uploads updated real-time security constraint conditions and preset flight path of an emergency recovery program updated therewith through the space-ground C2 data chain. The unmanned aerial vehicle, through the security boundary data stored in the airborne database, triggers different levels of alarm information and an autonomous control instruction according to the ganger level, and sends the alarm information and the autonomous control instruction to the ground system and operation personnel through the space-ground C2 data chain in real time. The system constructs a multidimensional virtual fence according to the security constraint conditions and rules to carry out real-time monitoring on the flight state and give a corresponding alarm when the dangerous state is triggered, thereby ensuring the unmanned aerial vehicle flies within the security boundary.

The invention provides a permanent resident population determination method and device and electronic equipment. The method comprises the following steps: acquiring signaling data; wherein the signaling data comprises user identifiers of a plurality of users, signaling interaction time of each user and identifiers of base stations for signaling interaction; determining residence data of each basestation based on the signaling data and a pre-acquired base station position table; determining area residence data of each area based on the residence data and preset area boundary data; and inputting the regional resident data into a permanent resident population model trained in advance based on a Bayesian algorithm to obtain permanent resident population of each region output by the permanentresident population model. In the mode, only a small amount of signaling data is needed for reckoning permanent resident population, a large amount of manpower does not need to be consumed to use a large amount of time for investigation and statistics, time cost and labor cost can be reduced, the implementation period can be shortened, dynamic change characteristics can be obtained, and the methodcan be used for cities with large population cardinal numbers and high floating population proportions.

Training wording data indicating the wording of each of the words in training text, training speech data indicating characteristics of speech of each of the words, and training boundary data indicating whether each word in training speech is a boundary of a prosodic phrase are stored. After inputting candidates for boundary data, a first likelihood that each of the a boundary of a prosodic phrase of the words in the inputted text would agree with one of the inputted boundary data candidates is calculated and a second likelihood is calculated. Thereafter, one boundary data candidate maximizing a product of the first and second likelihoods is searched out from among the inputted boundary data candidates, and then a result of the searching is outputted.

A data input means inputs boundary data of an object to a computer, a data converting means converts the boundary data into a triangle patch having a phase, an associating means divides a space into rectangular parallelepiped cells having boundary planes intersecting perpendicularly and associates the cell with a triangle to be included in the cell, a dividing/arranging means divides a triangle patch having a phase and floating in the space at cell faces and keeps all triangles arranged within and on the boundaries of cells, a ridge line integrating means integrates ridges that do not alter the phase, a cell assigning means assigns each triangle and its vertex to a cell with reference to index data of the vertex, and a labeling means sets an attribute value of each cell.

A network device includes at least one network port, a masks table, a rules table, a pointers table, and a fast filter processor. The masks table contains filter information and a mask key. The rules table contains corresponding rules to the filter information and is related to the mask table by the mask key. The pointers table contains boundary data related to the rules for corresponding filter information. The fast filter processor is coupled to the mask table, the rules table and the pointers table, and configured to perform at least one binary search for at least one rule related to a data packet received by the network device at the at least one network port, the binary search being limited based on the boundary data in the pointers table.

A bi-directional serializer/deserializer is disclosed using a single bi-directional data line and a single bi-directional clock line. Gated buffers are controlled to operate either sending or receiving data, and a phase locked loop provides a clock to shift data out from a shift register. A reference clock is supplied to the PLL and the PLL generates a synchronous bit clock. The bit clock is sent over the clock line in parallel with the serial data bits, and the PLL bit clock is synchronized to the data bits. Two data boundary bits are inserted between the word data bits, the boundary data bits are arranged with a logic level transition between the two data boundary bits. Also, at the boundary of the words during the sending of the two boundary data bits, the synchronous bit clock is arranged to have no logic level transition. The receiving system will use the bit clock to serial load the received word and boundary data bits into a shift register. A word boundary is detected by sensing a data bit transition while there is no bit clock.

There is disclosed a method of storing substantial data integrating shape and physical properties comprising an external data input step (A) for inputting external data 12 consisting of boundary data of an object 1, an Octree division step (B) for dividing, by Octree division, the external data into cubical cells 13 which boundary surfaces are orthogonal to each other, and a cell data storage step (C) for storing the values of various physical properties for each of the cells. Furthermore, in the Octree division step (B), each of the divided cells 13 is classified to internal cells 13a located in the interior of the object, external cells 13b in the exterior thereof and boundary cells 13c including boundary surfaces. Thereby, substantial data integrating shape and physical properties can be stored in small storage capacity, whereby it is possible to manage shape, structure, physical-property information, and history of matter in a unified way, and to manage data associated with a series of processes of from design to work, assembly, test and evaluation under the same data, thus enabling the integration of CAD and simulation.

The invention discloses an urban hierarchical regional division method based on a vector map data model. The method comprises the steps that a corresponding road network diagram structure and polygon boundary data are established for a region needing to be divided; a corresponding diagram structure and boundary polygon are established according to the road network diagram structure and the polygon boundary data, a path is searched to divide an original polygon into two parts, and paths are continuously searched in the newly generated polygons to conduct diagram division till all the polygons cannot be divided; a city is divided into primary regions according to primary road data, all the primary regions are traversed, secondary road data under the primary regions are extracted, and secondary regions under the regions are divided out by applying a regional division algorithm, so that a hierarchical structure of urban regions is formed. According to the urban hierarchical regional division method based on the vector map data model, a diagram structure is used for storing vector map data, operations are all based on the vector data, original data of a map can be completely reserved, and the data can be processed in an undistorted mode.