74results about How to "Reduce logic complexity" patented technology

The invention discloses an acceleration method for realizing sparse convolutional neural network inference for hardware. The method comprises a grouping pruning parameter determination method facing asparse hardware acceleration architecture, a grouping pruning training method for sparse hardware acceleration architecture and a deployment method for forward inference of a sparse convolutional neural network. determining the packet length and the pruning rate of packet pruning according to the number of multipliers in the hardware architecture; based on the magnitude cutting mode, cutting weights except the compression rate; The network accuracy and compression rate after pruning are improved through an incremental training mode, the weight and index parameters of a non-pruning position are saved after the pruned network is finely adjusted, the network is sent to a computing unit under a hardware architecture, and the computing unit obtains the activation value of the packet length atthe same time to complete sparse network forward inference. The pruning parameters and the pruning strategy of the algorithm level are set based on the hardware architecture, the logic complexity of the sparse accelerator is reduced, and the overall efficiency of forward inference of the sparse accelerator is improved.

The invention relates to a radio frequency system, an antenna switching method and client front-end equipment, and the radio frequency system comprises a receiving module which is used for receiving and processing a radio frequency signal; M antennas, wherein each antenna of the M antennas and the receiving module are connected with the radio frequency transceiver, the M antennas are configured with M ports, and the M antennas are connected with the M ports in a one-to-one correspondence manner through the receiving module to form a preset receiving transmission path of each antenna; configuration information of a preset receiving transmission path is stored in the radio frequency transceiver, the radio frequency transceiver is further used for determining a target transceiving antenna group according to the radio frequency signal received by each port, the target transceiving antenna group comprises N antennas, wherein N is greater than or equal to 2 and less than M. According to theinvention, the insertion loss of a radio frequency front-end circuit in a radio frequency system can be reduced, the sensitivity performance is improved, and the communication performance of the radiofrequency system is further improved.

The invention discloses a sequence waveform synthesis algorithm based on DMA (Direct Memory Access). The SG-DMA (Scatter-Gather DMA) of the Altera Corporation is adopted; the key of the sequence waveform synthesis algorithm lies in the generation of a waveform sequence address; according to the algorithm, a descriptive word chain formed by multiple descriptive words is set by utilizing a descriptive word processor inside the SG-DMA and according to the requirements of different sequences on a segment number, segment repetition frequency and a circulation mode; the configuration process of a data transmission basic parameter carried by each descriptive word is completed in sequence in an embedded development process. In the process, the generation of a final sequence address is determined according to a data source to which each descriptive word points; multiple different descriptive words are connected in sequence in a form of a chain table and further point to the same data source to complete the repetition of a single sequence, and conversely point to different data sources to complete the skid among the different sequences. Compared with a conventional sequence address generation way realized through Verilog programming inside an FPGA (Field Programmable Gate Array), the sequence waveform synthesis algorithm based on the DMA, which is provided by the invention, is simple in design, low in logical complexity and further high in flexibility.

The invention relates to a text recognition method and device, computer equipment and a storage medium. The method comprises the following steps: detecting an acquired text image by using a detectionmodel to obtain each textbox image, wherein each textbox image comprises the position of each textbox image on the textbox image; inputting each textbox image into a recognition and classification model for text recognition and text classification to obtain text contents and text categories corresponding to each textbox image, wherein the text category is used for representing the category to which the text content in each textbox image belongs; based on the position of each textbox image and the text category corresponding to each textbox image, rearranging the text content in each textbox image, and outputting each text content according to a rearranged result. By adopting the method, the rearrangement logic complexity can be reduced, and the identification and classification accuracy can be improved.

The embodiment of the invention provides a network-on-chip, a data transmission method and a first switching node, belonging to the technical field of NoC. The network-on-chip is a two-dimensional network-on-chip or a multi-dimensional network-on-chip, each dimension of the network-on-chip comprises at least one unbuffered ring network, each unbuffered ring network comprises a plurality of routingnodes, and at least one of the plurality of routing nodes is the switching node; each unbuffered ring network is intersected with at least one unbuffered ring network, the two intersected unbufferedring networks are in different dimensions and perform data exchange through the switching node; each unbuffered ring network is configured with a dedicated slot and a public slot; at the same moment,only one switching node in each unbuffered ring network has right of use of the dedicated slot, moreover, the right of use of the dedicated slot varies orderly among the switching nodes in each unbuffered ring network, and the right of use of the dedicated slot varies after transmission of data in the dedicated slot is completed.

The present invention provides a service message cross-board processing system and a service message redirection method, wherein the system comprises a main control board and a service line card. Themain control board is provided with multiple virtual service ports, which correspond to the physical service ports of the line card and share the same port index with the physical service port of theservice line card; the service line card receives a service message from a network end and sends the service message and the port index of the physical service port to the main control board; the maincontrol board receives the message through the virtual service port corresponding to the port index; the message is subjected to forwarding and query processing, so as to obtain the port index of thevirtual service port corresponding to a message target address; therefore, the service message is sent to the corresponding service line card; after the service line card receives the service message, the service message is sent through the corresponding physical service port. According to the system and the method in the invention, the logic complexity of a main control board software module andthe coupling of the software module of the main control board and the service line card are reduced, and the robustness of the whole system is improved.

The invention, which is applicable to the field of the information technology, provides a method and apparatus for course arrangement. The method comprises: a term is divided into a plurality course arrangement segments with same time spans; to-be-arranged courses and arrangement requirements are obtained and the to-be-arranged courses are ranked based on the arrangement requirements; each of the to-be-arranged courses is traversed according to a priority level order and the corresponding course arrangement segment is obtained; and according to the course arrangement segments corresponding to the to-be-arranged courses, section information of the to-be-arranged courses in the course arrangement segments is determined by combining a course timetable requirement and lesson taking resource information. According to the invention, the course arrangement process is simplified and only the course scheduling time periods corresponding to the to-be-arranged courses only need to be considered and thus detection of courses of the whole term can be avoided. Therefore, the course arrangement efficiency can be improved substantially and the program logic complexity can be reduced.

The invention discloses interface equipment and a method for performing data exchange. The interface equipment is configured to provide a function for a radio block center RBC system for performing data exchange with a dispatching center CTC system, and comprises an RBC interface unit, a data processing unit and a CTC interface unit, wherein the RBC interface unit is used for receiving uplink datafrom one or more RBC hosts in an RBC system, performing correctness verification on the uplink data, and transmitting the uplink data to the data processing unit after determining that the uplink data passes the correctness verification; the data processing unit is used for analyzing the uplink data so as to determine a processing type, determining a processing strategy for the uplink data basedon the processing type, processing the uplink data according to the processing strategy, and transmitting the processed uplink data to the CTC interface unit; and the CTC interface unit is used for performing format conversion on the processed uplink data based on a data format of a CTC system, and transmitting the uplink data after format conversion to the CTC system.

The present invention discloses controlling caption display mode implementation method and device. It contains configuring priority parameter to caption configuration triggering entity which transmitting at least containing priority parameter and event type caption configuration event, caption configuration module receiving caption configuration event from caption configuration triggering entity, reading priority parameter and determine highest priority parameter, caption configuration module according to highest priority parameter caption configuration event inclusive event type configuring caption display mode. Said invented method and device have obvious mobility, capable of effectively avoiding overfull repetitiveness operation.

The invention relates to an automatic generation method of a power-grid dispatching instruction. The method comprises the following steps that (a) a dispatching instruction generation system is designed and realized; (b) when a dispatcher uses the dispatching instruction generation system, an electrical operation task is decomposed into operation sub-tasks, and pre-defined expressions corresponding to all operation sub-task types respectively are input to a man-machine interface of the dispatching instruction generation system successively; (c) after that each expression is input, the dispatching instruction generation system identifies identifiers, equipment names and operation parameters from the expression automatically via a global function; (d) the dispatching instruction generation system maps to a performance function which needs execution according to the identifiers in the expression, and the equipment names and operation parameters in the expression serve as parameters in the performance function; and (e) the performance function is executed, and a power-grid dispatching instruction is generated automatically. The method has the advantages that operation is simple, maintenance is easy, and the versatility is high.

The application provides a method, device and system for data processing in a webpage. The method comprises the steps that based on a dataset synchronous monitoring mode preset for triggering signal running, whether a dataset needs to be synchronized is determined according to returning results of the run dataset synchronous monitoring mode; label information of the dataset to be synchronized is acquired; under preset conditions, a data synchronization request is sent aiming at the dataset corresponding to the label information, the data synchronization request is received, corresponding to-be-synchronized data is acquired based on the data synchronization request, and the to-be-synchronized data is returned to the page; and backfilling processing is conducted on the corresponding dataset by the to-be-synchronized data. The method, device and system for the data processing in the webpage provided by the application achieve self-management of the data in the webpage, and can greatly reduce maintenance cost and logic complexity of data.

The invention discloses a motion vector prediction method and device used for a VP9 decoder. The method comprises: first dividing macro-blocks to be predicted into a plurality of sub-blocks, decoding a row or a column of sub-blocks in the macro-blocks, and storing the decoding data of the row or column at a first storage position; and before decoding a next row or column of sub-blocks, determining whether the next row or column of sub-blocks are larger than a preset sub-block, storing the decoding data of the next row or column of sub-blocks at the first storage position if the next row or column of sub-blocks are larger than a preset sub-block, and storing the decoding data of the next row or column of sub-blocks at a second storage position if the next row or column of sub-blocks are not larger than a preset sub-block. The motion vector prediction method and device solve the problems of large register consumption, waste of resources, complicated mapping relation, complex hardware design logic, large hardware area, high power consumption, etc.

The invention relates to a vehicle control unit integrated with a TCU gear shifting motor control circuit, which is characterized in that a sensor power supply circuit unit supplies power to a sensor unit, and the sensor unit acquires the current gear position of a gear shifting motor and the rotating speed of a gearbox gear in real time and outputs a corresponding voltage sensing signal; the microprocessor unit acquires a voltage sensing signal through the sensor signal acquisition circuit unit; when the microprocessor unit judges that gear shifting is needed, the microprocessor unit controls connection and disconnection of an MOS tube in the motor drive circuit unit through the MOS tube pre-drive circuit unit according to the voltage sensing signal, the motor drive circuit unit drives the gear shifting motor, gear selection and gear advancing and retreating are conducted, and the gear shifting function of the gearbox is achieved. The vehicle control unit is integrated with the TCU function, and the integrated vehicle control unit is used for controlling the whole vehicle and the gear shifting mechanism, so that the hardware and structure cost is reduced, the whole vehicle control logic is simplified, the logic complexity of the whole vehicle control software is reduced, and the processing speed is increased.

The invention provides a network on chip and a hedge suspension relieving method, and belongs to the field of communication technologies. In the network on chip, a first node on a first ring network is in butt-joint with a second node on a second ring network through a bridge; the first node comprises a first detecting module and a first relieving module; when the first detecting module detects that the first node is in a first state, a first hedge suspension signal is set to be the first level, and the first relieving module is triggered to jump to a blockage starting mode; the first relieving module sets a first outlet blocking signal and a first inlet blocking signal to be the first level, and broadcasts the first inlet blocking signal with the first level to other nodes on the first ring network; and the first relieving module jumps to a suspension relieving mode when the broadcast time length reaches the preset time length, and sets the first outlet blocking signal to be the second level. The network on chip can timely detect a hedge suspension state and perform a hedge suspension relieving operation. In addition, the network on chip is very low in logic complexity, very smallin consumption resource and easy to implement.