35results about How to "Does not affect throughput" patented technology

The present invention provides a Turbo decoding storage method based on a RAM bus, which saves the hardware overhead of Turbo decoding without loss of performance and speed; including: 1) setting the first random access memory ram1 to receive bus data; 2) setting the second random access memory ram2; after receiving a group of data from the bus, demultiplexing is performed, and the information bits are stored in the second random access memory ram2; 3) the check digit after demultiplexing is Store in the first random access memory ram1, reuse ram1; 4) Store the decoding result of the decoding output in the first random access memory ram1, and reuse ram1 again. The invention also provides a Turbo decoding storage device and a decoder using the storage method.

The embodiment of the invention discloses a data compression method. The method comprises the following steps: acquiring target network data; setting a data segmentation parameter of the target network data according to the redundancy rate of a network application data stream to which the target network data belongs; performing data segmentation on the target network data according to the set data segmentation parameter to obtain at least one target data block; comparing the at least one target data block with data blocks in a database in sequence; and deleting the target data blocks which are the same as the data blocks in the database. The embodiment of the invention also discloses equipment and a system. The embodiment of the invention further discloses equipment and a system. Through adoption of the method, the equipment and the system, the data block partitioning granularity can be set according to the redundancy rate corresponding to the network application data stream, so that the data deduplication rate is increased under the situation of not influencing the throughput rate.

The invention discloses a sewage treatment membrane with high decontamination efficiency, which is made of the following raw materials in parts by weight: 60-70 parts of polyethersulfone resin, 4-6 parts of functional filler, 9-11 parts of modified polymer, porogen 20-24 parts of agent, 400-500 parts of N,N-dimethylformamide; the invention also discloses the preparation method of the sewage treatment membrane. The sewage treatment membrane of the present invention is a polyethersulfone membrane prepared by using a porogen, which not only has high acid and alkali resistance, but also has good interception performance; the polyethersulfone resin is modified by a modified polymer, which not only can Form a stable hydration layer on the surface of the membrane, and can form low-adhesion micro-regions, endow the membrane surface with excellent pollution release self-cleaning ability, will not affect the flux of the membrane, thereby improving the decontamination efficiency of the membrane; through the membrane raw material Adding functional fillers can not only exert physical and chemical adsorption, but also exert photocatalysis, have strong sewage treatment capacity, and effectively improve the treatment efficiency of the membrane.

Disclosed are a radio resource scheduling request configuration method and device. The method includes: a network element of an access network determining the data transmission time of service data of a terminal; the network element of the access network configuring an SR resource and an effective time thereof for the terminal according to the data transmission time, wherein the SR resource and the effective time are used for indicating that the terminal is only allowed to use the SR resource to send an SR within the effective time; and the network element of the access network sending to the terminal the configured SR resource and effective time. One aspect of the present invention can ensure that the terminal uses the SR resource to send an SR within the effective time, thus not affecting the throughput of the terminal, nor increasing additional signalling overhead; another aspect can ensure that the SR resource is used by other terminals at other moments instead of within the effective time, thus improving the utilization efficiency of the SR resource.

The invention discloses a method for extracting a low-phosphorus-content oxytetracycline finished product from an oxytetracycline fermentation broth and relates to the technical field of oxytetracycline production. The method comprises the steps of a, preparing the purified water, wherein the indexes of the purified water are as follows: the pollution index SDI thereof smaller than or equal to 4, the residual chlorine thereof smaller than or equal to 0.1 mg / L and the conductivity thereof smaller than 1.1 us / cm at the temperature of 25 DEG C; storing the prepared purified water in a purified water storage tank for later use; b, preparing a fermentation diluent; c, processing filter materials; d, conducting the decoloration treatment; e, extracting an oxytetracycline wet crystal; f, dephosphorizing the oxytetracycline wet crystal, and washing the oxytetracycline wet crystal in a separated plate frame by using the purified water stored in the purified water storage tank through a circulation loop by means of a circulation pump, so as to fully dissolving phosphorus impurities in the wet crystal in the purified water, wherein the phosphorus impurities are carried away by the circulated purified water and the effect of removing phosphorus impurities is realized; h, drying the oxytetracycline wet crystal to obtain the oxytetracycline finished product. According to the invention, phosphorus impurities in the oxytetracycline finished product can be effectively removed.

The purpose of the present invention is to provide a P-CQI transmission method and device for TTI bundled users. Among them, the present invention judges whether the transmission subframe of the next P-CQI information conflicts with a TTI bundled transmission / retransmission, and when the two collide, abandons the conflicted TTI bundled transmission / retransmission to ensure that the next P-CQI information is received. - P‑CQI information. According to the solution of the present invention, on the one hand, it can solve the problem in the prior art that the eNB may not receive P-CQI information for a long time when TTI bundling is enabled, so that the downlink throughput will not be affected; on the other hand, By discarding only TTI bundling transmission / retransmission that collides with the transmission subframe of P‑CQI information, the uplink throughput of TTI bundling users can be less affected.