30results about How to "Increase processing bandwidth" patented technology

In a method for synchronization of a mobile radio receiver to a base station, the received signal is sampled using oversampling, by which means sample values are obtained from different sampling phases. The oversampled signal is correlated with a local code, with sample values that are associated with a first sampling phase being processed with a frequency offset with respect to sample values that are associated with a second sampling phase.

The invention provides a frequency domain self-adaptive equalization transmission data processing method, a data receiving end and a storage medium, aiming to solve the problem of multipath fading without affecting the data processing bandwidth and satisfying the time delay requirement. The frequency domain adaptive equalization transmission data processing method includes: converting the received time domain data to the frequency domain to obtain a digital sequence Y{N}; establishing a local real-time matching feature vector in the frequency domain according to the transmission rate and bandwidth requirements C{N}, to simulate the actual frequency response of the multipath fading channel h{t}; correlate the digital sequence Y{N} with the local real-time matching feature vector C{N}, and obtain the equalized digital sequence X{ N} and eigenvector feedback data H{N}, wherein the eigenvector feedback data H{N} performs real-time feedback correction on the local real-time matching eigenvector C{N}; area.

The invention provides a data flow detection method and a data flow detection device. According to the data flow detection method and the data flow detection device, rules finally matched with a data flow are filtered, and the final remaining rules are less than the rules finally matched with the data flow, namely, the number of times of carrying out regular expression matching on the data flow finally is reduced, the performance overhead of equipment on regular expression matching is greatly decreased, and the processing bandwidth of the data flow detection equipment is broadened on the premise that hardware is unchanged.

The invention discloses an asynchronous transfer mode (ATM) cell recombination and sharing buffer memory system, which comprises a permanent virtual circuit (PVC), a chain table, a scanner and a first-in first-out device (FIFO), wherein the PVC is used for receiving cells, an on-chip static random-access memory (SRAM) is used as a receiving buffer memory, the PVC shares the buffer memory, the chain table comprises a FREE chain table for indicating the buffer memory rest space and an ACTIVE chain table for representing the space occupied by a buffer memory packet, the FREE chain table is used for receiving requests of the PVC, transferring the address in the FREE chain table to the PVC and storing the address into the buffer memory through the PVC, the scanner is used for visiting the attribute value and the chain table of the PVC in a fixed time sequence, and the FIFO has the effect that the information of the PVC packet is written into the FIFO after the PVC receives the tail cells of a certain PVC packet. In addition, the invention also discloses a realization method of the ATM cell recombination and sharing buffer memory. The unnecessary cells can be cleared, simultaneously, the operation of releasing the corresponding buffer space is completed, the buffer memory management is fairer and more reasonable, the processing bandwidth is high, and the logic realization is simple.

The application discloses an optical module and a network device, which are used to solve the problem of high bandwidth occupancy rate of the existing optical module. The optical module is located in the first network device of the access ring, and the access ring also includes a second network device and a third network device, and both the second network device and the third network device are optically connected to the first network device, and the first The network device is applied to the access point, and the optical module includes: a first multiplexer / demultiplexer and an optical receiver; wherein, the first multiplexer / demultiplexer is used to receive the first optical signal from the second network device and the first optical signal from the first optical Separate the second optical signal with the first wavelength from the signal, and transmit the second optical signal to the optical receiver; the first multiplexer / demultiplexer is also used to transmit the third optical signal to the third network device, wherein, The third optical signal is an optical signal of a wavelength other than the first wavelength separated from the first optical signal; the optical receiver is used for receiving the second optical signal.

The method thereof comprises: in TDM chip, a series / parallel converter converts the series TDM bit-stream into the parallel data in an 8 bits bit-wide; the input memory implements the buffering / bit-wide conversion for the data, namely converting the parallel data in 8 bits bit-wide into the parallel data in 8*m bit-wide; the parallel / series converter converts the parallel data in 8 bits bit-wide into the TDM bit-stream; the output memory implements the buffering / bit-wide conversion, namely converting the parallel data in 8*m bit-wide into the parallel data in 8 bits bit-wide, and implements relevant TDM switch.

A device for realizing image data collection provided by the present invention includes: an image input interface for receiving input image data; a FIFO unit for temporarily storing image data; a FIFO control unit for storing image data in the FIFO unit, and according to the bus Read out the image data in an idle situation, thereby completing the clock domain conversion; the channel controller reads the image data from the FIFO unit, and selects a suitable channel for the transmission of the image data; the advanced high-performance bus master interface transfers the image data Through the advanced high-performance bus output; the register file controls and selects the functions of the image input interface, the FIFO unit, the FIFO controller unit and the channel controller; the advanced high-performance bus slave interface controls the Registers in the register file are configured. In addition, the invention also provides a method for realizing image data collection, which is integrated with a chip for realizing the image data collection device and a mobile phone equipped with the chip.

The invention relates to an antibacterial PA66 / ABS composite material. The antibacterial PA66 / ABS composite material is mainly prepared through blending the following ingredients in parts by mass and carrying out melting: 50-70 parts of polyhexamethylene adipamide, 10-30 parts of processing activator, 30-50 parts of acrylonitrile-butadiene-styrene, 5-10 parts of compatibilizer, 5-20 parts of toughener, 0.1-0.3 part of diffusion oil, 0.6-1.5 parts of antibacterial agent and 0.2-2 parts of auxiliaries. The antibacterial PA66 / ABS composite material is prepared through firstly, thoroughly mixing weighed polyhexamethylene adipamide, weighed processing activator, weighed acrylonitrile-butadiene-styrene, weighed compatibilizer and weighed diffusion oil in a high-speed mixer, then, adding the antibacterial agent and the auxiliaries into the mixture, and finally, adding the toughener into the mixture and carrying out thorough mixing, so as to obtain a premix; carrying out melt extrusion on the premix through a twin-screw extruder, and carrying out drawing, cooling and pelleting. The product provided by the invention has the advantages of easiness in processing, high antibacterial performance, excellent mechanical properties, and the like.