191results about How to "Improve processing power" patented technology

The invention relates to a self-adaptive multilevel cache system for three-dimensional spatial data based on a data content, the multilevel cache for the three-dimensional spatial data of the system adopts the design idea of a buffer pool, and the three-dimensional spatial data is classified and managed in separate pools when in cache by a three-dimensional spatial data classification method based on the data content; wherein the cache comprises a three-dimensional spatial data drawing cache (first-level cache) located at a client, a three-dimensional spatial data memory cache (second-level cache), a three-dimensional spatial data file cache (third-level cache) and a three-dimensional spatial data engine service cache (fourth-level cache) located at a database server end. The four level caches are respectively controlled by individual cache management modules, a centralized management to the multilevel caches at the client and the database server end is performed by the self-adaptive multilevel cache management modules, and a self-adaptive adjustment of each cache is realized. The self-adaptive multilevel cache system improves the large-scale dynamic dispatching efficiency of the three-dimensional spatial data, and provides an effective solution to the three-dimensional real-time visualization.

The embodiment of the invention discloses a method, device and system for learning an MAC (Media Access Control) address. The method comprises the steps of: receiving a free address resolution protocol (ARP) message from a local virtual host machine (VM), updating a local ARP table and a local media access control (MAC) table according to the free ARP, and ending the free ARP message; receiving an address relational learning message; and when the address relational address learning message is an ARP request message from a network side, inquiring a local ARP table according to the ARP request message, when the local ARP table has a matching table entry, updating the local ARP table and the local MAC table, and ending the ARP request message. By adopting the technical scheme provided by the embodiment of the invention, load of network equipment can be lightened, processing capacity of the network equipment is improved, delay of the message in a transmission process is reduced, the specification of the MAC table in a data center network is lowered, an oversized network is configured, i.e. a large two-layer network becomes possible.

The invention provides a conversation maintaining method and device. According to the conversation maintaining method and device, a conversation maintaining identification is set for a client side through load balancing equipment, the conversation maintaining identification is sent to the client side through an HTTP redirected response message which contains the conversation maintaining identification, the client side carries a conversation maintaining message in a subsequent HTTP request message, the load balancing equipment sends the HTTP request message to a corresponding server according to the correspondence between the conversation maintaining identification which is locally stored and servers so that HTTP request messages containing the same conversation maintaining identification can be sent to the same server, then conversation maintaining is achieved, and the server sends an HTTP response message to the load balancing equipment after receiving the HTTP request message. According to the conversation maintaining method and device, due to the fact that the HTTP response message can be directly transmitted to the client side by the load balancing equipment, the correspondence between the conversation maintaining identification and the server can be obtained without the need of analyzing each HTTP response message sent by the server. Accordingly, burden of the load balancing equipment is relieved, and processing capacity is improved.

The embodiment of the invention discloses a task scheduling method and system. A scheduling node obtains waiting tasks belonging to the scheduling node in a preset time period from a task database according to a preset algorithm. The scheduling node stores the obtained waiting tasks in the task resource pool of the scheduling node. When the execution time of the tasks in the task resource pool is arrived, the scheduling node sends a task triggering message to a business node; the business node processes the waiting tasks according to the task triggering message. In the task scheduling process, a plurality of tasks belonging to the scheduling node in the preset time period are drawn from the task database by the scheduling node; the access times of the task database is reduced; the processing capability of the single scheduling node is improved; the shared lock mechanism of the database is unnecessarily used in the task scheduling process; the wait resource is reduced; and the concurrent processing performance of mass tasks is improved.

The invention relates to a network manage system, which comprises user terminal for sending service request to corn module, and receiving feedback result; corn module for receiving the request and receiving the information reported from network unit; managed network unit for responding the service request of corn module and reporting order information to the corn module; the corm module comprises web service layer module, service manage layer module, service processing layer module, data storage layer module, access layer module which are interlayer managed. The invention also provides a relative manage method. The invention can improve system safety and flexibility without block.

The invention provides a host real-time identification method based on distributed analysis of application traffic. The method of the invention comprises the following steps: step S1, analyzing and processing a distributed traffic message; step S2, generating an equipment fingerprint; and step S3, performing real-time identification of a host. The host real-time identification method based on the distributed analysis of the application traffic provided by the invention uses a distributed computing platform to identify and extract a host operating system and software information for high-speed network environment by analyzing the host traffic, generates the equipment fingerprint, and ultimately realizes the real-time identification of the host by using a machine learning algorithm.

The present invention discloses a treatment device and a treatment method for coal-to-liquid wastewater. The treatment device for the coal-to-liquid wastewater includes: a pretreatment device including: a pH value adjusting tank for regulating the pH value of the coal-to-liquid wastewater to be from 5.5 to 6.5; a primary degreasing unit which is connected with the pH value adjusting tank and is used for removal of tar and tar residue in the coal-to-liquid wastewater; a secondary degreasing unit which is connected with the primary degreasing unit and is used for removal of soluble oils in the coal-to-liquid wastewater; a phenol-removal ammonia-distillation unit which is connected with the secondary degreasing unit and is used for removing phenol and ammonia in the coal-to-liquid wastewater; a third degreasing unit which is connected with the phenol-removal ammonia-distillation unit and is used for removing oil slick in the coal-to-liquid wastewater; a multi-media filter which is connected with the third degreasing unit and is used for removing suspended matters in the coal-to-liquid wastewater to form pretreated wastewater; and a biochemical treatment device used for performing biochemical treatment to the pretreated wastewater. By employing the technical solution of the invention, treatment capacity of the biochemical treatment device to the coal-to-liquid wastewater is improved.

The invention is an upgradable high-speed wavefront slope processer based on FPGA which is composed of many channels, the channel number is equal to the sub-aperture inline number of one sub-aperture. Every channel is composed of pixel address generation module, wave gate module, image ping-pong buffer module, operation core module, instruction register module and addressing module, the whole processor is realized by single chip FPGA. The system upgrade goal is achieved by the repeated structure treatment channel in FPGA on the basis that the hardware circuit is not changed. Compared with the original system, the upgraded system delay does not change, the processing image resolution is high, and the sub-aperture amount is more.

The embodiment of the invention provides a data monitoring system. The system comprises a data sending module, a message queue module and a data processing module. The data sending module is configured for sending data to be processed to the message queue module. The message queue module is configured for receiving and storing the data to be processed, wherein the data to be processed is sent by the data sending module, and the message queue module is used for sending the data to be processed to the data processing module. The data processing module is configured for processing the data according to a preset monitoring rule and outputting a processing result when the data to be processed are received, wherein the data to be processed are sent by the message queue module. Mass data are processed in real time, and the capacity for processing the real-time data of the system is improved obviously. In addition, the embodiment of the invention provides a data monitoring method.

The invention discloses a network element and a method for uploading MR (Measure Report) messages by the network element. The method comprises the following steps of: receiving the MR messages and CDL (Call Detail Logs) messages which are reported by a terminal and a base station; independently forming an MR file from the received MR messages; when determining that an MR interface link between the network element and an MR server is normal, reporting the MR file to the MR server by adopting a mode of an FTP (File Transfer Protocol), so that the MR server generates a performance index file according to the MR messages in the MR file. According to the network element and the device disclosed by the invention, the processing capability of the network element which receives the reported MR messages is improved; the packet loss problem of the MR messages is ensured not to exist; the correctness of the performance index files obtained by a network optimization platform and a northbound webmaster is powerfully guaranteed; and the processing efficiency of the northbound webmaster on the performance index files is effectively promoted.

The invention discloses a fuzzy keyword search method oriented to multi-servers and multi-users. The method comprises the steps: a data owner encrypts a clear-text set into a cipher-text set, extractsa keyword set, generates an index of a clear-text document set based on a MinHash and stores the cipher-text set and the encrypted index in a cloud server S; the cloud server S distributes the cipher-text set and the re-encrypted index to cloud servers S1, S2, ..., SN; an authorized user generates the keyword needing to be searched into a keyword fingerprint based on the Minhash to obtain a keyword trap door; and the cloud server S performs a Jaccard similarity comparison on the keyword trap door and the index and performs sorting, outputs a cipher-text document to the authorized user. According to the fuzzy keyword search method oriented to the multi-servers and the multi-users, through the use of a dimensionality reduction concept of the MinHash, fuzzy keyword search is realized; retrieval files are sorted by use of a Jaccard distance; and multi-user inquiry is realized by use of re-encryption and the efficiency of the fuzzy keyword search can be effectively improved.

The invention discloses a network operating system device and method of the Internet for Things and particularly relates to a device and a method for operating various terminal devices in the Internet of Things through a network. The operating system for executing the network operating method in the Internet of Things resides in an upper computer or a root node of the Internet of Things, the upper computer or the root node is called as a residence device, the root node of the Internet of Things is also called a coordinator and comprises terminal device information formed by a network number, a port number and a device number, and addressing is performed on the terminal device of the Internet of Things connected with an interface of the residence device; and operation on the terminal device of the Internet of Things is realized by virtue of a business number mapped with the terminal device information.

The invention discloses a sewage treatment method adopting a baffle plate and a membrane-aeration coupling device. A coupling reactor is formed by putting a well-trained membrane-aeration assembly in a third upstream compartment of a stably operating anaerobic baffle plate reactor. The process flow comprises the following steps of: carrying out an anaerobic reaction on sewage in a first upstream compartment of the anaerobic baffle plate reactor; carrying out an anaerobic reaction in a second upstream compartment of the anaerobic baffle plate reactor; carrying out an anaerobic reaction in the third upstream compartment of the anaerobic baffle plate reactor; carrying out an aerobic reaction and an anaerobic reaction in the membrane-aeration biological membrane assembly; carrying out an anaerobic reaction in a fourth upstream compartment of the anaerobic baffle plate reactor; and obtaining processed fresh water. By coupling the anaerobic baffle plate reactor with the membrane-aeration biological membrane reactor, the invention reaches the oxygen utilization rate approaching 100 percent, is suitable for growing and propagating nitrobacteria which grows slowly, improves the impact load resisting capacity of the membrane assembly, saves the equipment investment and operation cost and is easy to reach operation parameters needed for operation.

A transaction-testing method of bank card includes feature identification process for recording feature data of transaction supported by identification test and position of said data in message, test execution process for using said data and position to generate transaction message by simulating test party and making test on tested system, realizing message treatment and network IO parallel treatment by simulating buffer region management function separately at handling party and card issuing party when switching center is tested.

The invention discloses a unified computing system, which comprises at least one switching board for data switching, at least one server system infrastructure (SSI) standard server blade, at least one peripheral board and a back plate, wherein the back plate is used for connecting the SSI standard server blade, the peripheral board and the switching board; front and back surfaces of the back plate have the same number of peripheral component interconnect-express (PCI-E) interfaces; the PCI-E interfaces on the two surfaces are connected in one-to-one correspondence; the SSI standard server blade is connected with the back plate by expanding the PCI-E interfaces; a 10GBASE-KR bus is arranged in the back plate; 10GBASE-KR interfaces which are at least as many as the PCI-E interfaces on the back surface of the back plate are arranged on the back surface of the back plate; one PCI-E interface and one or two 10GBASE-KR interfaces are arranged on the peripheral board; the peripheral board is connected with the back plate by the PCI-E interfaces and the 10GBASE-KR interfaces on the back surface of the back plate; and the 10Gbase-KR interfaces which are as many as the SSI standard server blades are arranged on the switching board. The unified computing system can simplify networking application.

The invention relates to a radar signal processing system. A FPGA preprocessing module is used for preprocessing radar information. A DSP processing array is used for processing the preprocessed radar information. A multimode loading module is used for loading different preprocessing programs to the FPGA preprocessing module according to different instructions. A power consumption management module is used for managing the power consumption of the system. A state monitoring module is used for transmitting the state information of the system to the master control unit of the radar system and receiving the feedback information of the master control unit. The system uses FPGA + DSP hardware processing architecture, gives scope to the characteristics of the FPGA and the DSP, completes real-time operation of a complex radar information processing algorithm, can achieve the maximum cost-effectiveness of intensive information processing, and solve the memory bottlenecks of the DSP and FPGA by using DDR3 and high-speed SRAM technology.

The invention relates to a system for automatically producing a metal ingot stack, which comprises an ingot block automatic production system, an ingot block conveying system, an ingot stack stackingsystem, a manual stacking system, an ingot stack output system, a hydraulic transmission system, an electric control system and a bundle packaging system. A flow rate automatic control device and an automatic printing device are adopted to carry out quantitative casting and the automatic printing of a metal ingot block label, the processing capacity of the thickness of a metal ingot is enhanced, and the automatic production of the ingot block is realized; the ingot block conveying system with the functions of flexible support, speed change, guide and the like is adopted to complete the connection of the ingot block automatic production system, the manual stacking system and the automatic stacking system; a method of stacking plane editing layers layer by layer is adopted, acting is carriedout according to the stacking form of a set layer and the sequence requirement of stacking layer by layer, and a stacking device with the functions of stacking and ingot gathering is adopted to realize the automatic stacking of the ingot stack; and the hydraulic transmission system and a control and detection system are configured, and the automatization of the overall production process of metalingot and stacks is realized.

The invention provides a frying cooking device, which performs continuous processing, for improving problems that most of conventional frying devices are batch types which have low throughput, have problems on the aspect of a quality, require manpower, have low energy performance, require large installing spaces and have many other problems, and that a continuous frying machine transmits heat depending on only a direct contact with a cylindrical inner, which causes problems of throughput and scorching to an inner wall, etc. This horizontal rotary cylindrical type continuous frying device of an exhaust hot air introducing type is obtained by arranging an exhaust hot air feeding line for introducing the exhaust hot air of combustion gas used for heating the outer peripheral surface of a cylinder at a horizontal rotary cylindrical type continuous frying device.

The invention discloses a video call switching method, an intelligent television terminal, a mobile terminal and a system. The video call switching method includes detecting video call establishing instructions of the intelligent television terminal; receiving channel switching request commands of users by the aid of the intelligent television terminal and acquiring current channel information of the intelligent television terminal and current media stream information; broadcasting the required-to-be-switched channel information and the required-to-be-switched media stream information by means of broadcast communication by the aid of the intelligent television terminal; receiving broadcast receiving switching requests by the aid of the mobile terminal in the same local area network, forging an IP (internet protocol) address of the mobile terminal by the aid of a local IP address of broadcast information of the intelligent television terminal and an IP address of a receiving side and transmitting the channel information and the media stream information to the receiving side by the aid of the mobile terminal. The video call switching method, the intelligent television terminal, the mobile terminal and the system have the advantages that an intelligent mobile phone in the same local area network can be disguised for a television set by the aid of IP address forging technologies and can assist the television set to carry out a voice input function, accordingly, the quality of the video calls can be enhanced, and the video call switching method, the intelligent television terminal, the mobile terminal and the system bring convenience for the users.

The invention relates to a technological method for improving the quality of vanadium-titanium iron concentrates. Various techniques are integrated. The technological method includes preliminary classification, fine screening classification, three-section ore grinding, concentration magnetic separation and stair magnetic separation. In preliminary classification, a qualified fraction part good indissociation in rough iron concentrates can be effectively classified out, the treatment capability of a mill is improved, and energy consumption of the product is lowered. In fine screening classification, a fine screening closed loop is adopted for cyclic ore grinding, compared with common rotational flow classification, classification is conducted strictly according to the particle size, meanwhile, the classification efficiency reaches up to 70% or higher, the qualified fraction is better classified out in time, excessive grinding is reduced, and cyclic loads are reduced. In concentration magnetic separation, concentration magnetic section is adopted before ore grinding, part of weak magnetic titanium ore and gangue can be removed out, excessive grinding of the titanium ore is reduced,and the titanium iron ore recycling rate is increased; and meanwhile, the ground ore grade is improved, the yield is increased, and the product cost is reduced. In stair magnetic separation, iron andtitanium separation is well achieved, and the iron concentrate grade is improved step by step.

The invention provides a mobile construction waste treatment device. The mobile construction waste treatment device can decompose and treat discarded construction waste such as reinforcing steel bar-containing reinforced concrete and the like and can separate the reinforcing steel bars. The mobile construction waste treatment device is provided with a non-construction waste light substance removing device which can separate impurities such as waste plastics, waste wood and the like from the construction waste, so that the quality of recycled aggregates (which are not only highway subgrade fillings, but also other construction material aggregates with high requirements, such as brickmaking aggregates, construction material aggregates with a certain strength requirement and the like) can be guaranteed. The mobile construction waste treatment device is provided with a multilayer vibrating sieve and a system is provided with a material-returning device for residues on the multilayer vibrating sieve, wherein the material-returning device can feed unqualified thick substances into a crusher again to crush, so that the required granularity of finished products can be guaranteed. Before the system crushes, the materials are sieved in the process of vibrating feeding and granules are sieved, so that the invalid crushing process is avoided, the processing capacity of the system is improved, and energy consumption is reduced.

The invention discloses a method for high-efficiency production of alpha type hemihydrated gypsum; the method comprises the steps: firstly, pretreating a provided crystal transformation agent into a crystal transformation agent powder with the particle size of 80-100 mesh, and then evenly mixing the crystal transformation agent powder with a provided dihydrate gypsum powder with the mass ratio of0.02-0.8%, to obtain a mixture powder; directly loading the mixture powder with the bulk volume of 75-85% of the volume of a crystal transformation device into the crystal modification device; introducing 0.25-0.45 MPa saturated water vapor to the crystal modification device, at the moment, gradually permeating the saturated water vapor into a loose material layer, gradually dissolving the powdercrystal transformation agent, gradually increasing the temperature of the mixture to 135-160 DEG C, carrying out heat and pressure insulation for 4-6 h, completing crystal transformation of the mixture, and forming a mixed-crystal crystal with a short columnar crystal as the main part; and finally, drying the mixed-crystal crystal to obtain the alpha type hemihydrated gypsum. The method for high-efficiency production of the alpha type hemihydrated gypsum can effectively improve the production efficiency when the alpha type hemihydrated gypsum is produced with powdered dihydrate gypsum as the raw material, especially with industrial by-product gypsum as the raw material.

The invention discloses a method for recycling and handling low lead zinic waste residue, through which the content of kiln slag carbon of low lead zinic waste residue can be reduced below 1% to meet requirement of addition of cement and realize zero waste residue discharge with a lower cost. The method for recycling and handling low lead zinic waste residue comprises the following steps of: recycling the low lead zinic waste residue by a rotary kiln fuming process and arranging a gas-solid separation unit on a smoke channel between a settling chamber and a cooler in the rotary kiln fuming process. The gas-solid separation unit (separating power: cutting particle size: 1-80 microns) can separate the waste residue and coal ash so as to extract products with higher quality from the smoke finally.

The invention provides an intelligent control method and device. The method comprises the following steps that a local storage node acquires the sample data of the target user from acquisition equipment; a computing node or an acceleration node trains the sample data so as to generate a training model; and the computing node controls operation of target equipment according to the training model. The sample data of the target user are stored in the local storage node so that the security of the user data can be further guaranteed; besides, the sample data are trained through the computing nodeor the acceleration node so that the processing capability for the user data can be enhanced, voice and image recognition training is performed on the customized data of the target user, the initial general neural network model can be improved to the training model having extremely high recognition rate for the personal voice characteristics, and thus the voice recognition accuracy and the intelligent degree of the AI platform can be greatly enhanced.

The purpose of the present invention is to provide an automatic analysis device that combines a biochemical analysis unit and a blood coagulation analysis unit and has a high processing capacity while reducing device cost and life-cycle cost. An automatic analysis device is characterized in that when a synthetic-substrate item or latex-agglutination item from among synthetic-substrate, latex-agglutination, and clotting-time blood-coagulation-test items is made to be a first test item and the clotting-time item is made to be a second test item, if there is a measurement request for the first test item and second test item in the same sample rack, a control unit determines the conveyance path of the sample rack such that the first test item is measured using a biochemical analysis unit and the second test item is measured using a coagulation time analysis unit and controls a conveyance line.

The invention discloses a resource allocation method of a Cloud video platform. The method comprises the following steps: a service logic control system receives a request instruction sent by a client and obtains camera parameters of an IP camera corresponding to the request instruction, wherein the camera parameters contain streaming media format information; the service logic control system judges the streaming media protocol of video streaming of the IP camera according to the streaming media format information, wherein the streaming media protocol includes an HLS protocol and an RTSP. If the streaming media protocol is the HLS protocol, an access processing system accesses the video streaming and forwards the video streaming to an HLS processing system for processing; if the streaming media protocol is the RTSP, the access processing system accesses the video streaming and forwards the video streaming to the RTSP processing system for processing. In the method, resources are effectively allocated by the service logic control system according to the type of the streaming media protocol of the obtained video streaming, so as to improve the processing capacity of concurrent video streaming.

The method includes following steps: (1) when first singleboard sends multiple pieces of user data packet protocol message (UDPPM) to second singleboard, the method combines multiple pieces of UDPPM into data area of IP message according to prearranged mode; (2) according to mode of one IP message, using one IP head identical to the IP head of multiple pieces of UDPPM calls transmission port to transmit IP message. Uniting and decomposing messages inside, the disclosed scheme reduces frequency of calling and transmitting message by singleboard with poor message processing capability greatly.

The invention relates to an overlapping high-frequency fine screen, which is provided with a framework, a plurality of inclined screening units are arranged from the top down on the framework, a distributor is arranged at one end of the upper part of each screening unit, each distributor is connected to a divider, a vibration exciter is mounted on the framework over the uppermost screening unit, shock-absorbing springs are mounted on the bottom of the lowermost screening unit, screen frames of all the screening units are arranged in parallel from the top down, and moreover, the inclination angle of each screen frame inclined downward from the horizon is 20 to 35 degrees; an oversize discharge plate is provided with at least one longitudinal V-shaped separation baffle; undersize-receiving buckets are mounted just under corresponding screen surfaces, and the section of each undersize-receiving bucket is shaped like a circular arc or a trapezium. The overlapping high-frequency fine screen has a simple and compact structure, and does not occupy an extra space, the manufacturing cost is greatly reduced, the overall dimensions are small, the occupied area and the occupied space are small, moreover, the installation cost is little, the length of each layer of screen frame is not limited, and large scale can be easily achieved.

The invention relates to a gamboges micrococcus provided with novel metabolism characteristics and application of the gamboges micrococcus in biodegradation, belonging to the bioengineering technical field. The invention produces a gamboges micrococcus provided with the novel metabolism characteristics by means of separation sieve. The invention has the advantages that: the gamboges micrococcus degrades nitrobenzene by means of partial reduction and mineralizes by-products - picolinic acids during the degradation process, thereby complete degradation of the nitrobenzene is realized and the problem during the process of partial reduction degradation of the nitrobenzene is solved; growth of the gamboges micrococcus under the condition of high salinity is not affected, thereby the nitrobenzene is completely degraded; the gamboges micrococcus can take the picolinic acids as a single carbon source, a single nitrogen source and a single energy source for growth, and the picolinic acids are finally mineralized into innoxious carbon dioxides and water; the gamboges micrococcus can be used as biological enhancing preparations and applied in biological treatment of nitrobenzene waste water and picolinic acid waste water with high salinity.

The invention provides a load balancing method and apparatus. In a distributed system, when a write operation is performed on an application request, a specific write identifier is allocated for the write operation of the application request; the write operation of the application request is allocated to a corresponding server according to the write identifier, and a preset identifier of the corresponding server is obtained; and a data identifier of the application request is updated according to the preset identifier of the corresponding server, so as to obtain a new data identifier corresponding to the application request. In the method, the new data identifier of each application request is associated with the preset identifier of the corresponding server. Through adoption of the load balancing method, arbitrary change and capacity expansion of the server in the distributed application system are realized, and the application request can be rapidly guided to the corresponding server as long as the preset identifier of the server is known, so that the processing capability of the system is improved, the response time of the system is shortened, the user experience is improved, and the pressure on the system or a database is also relieved.