77results about How to "Address competition" patented technology

The invention discloses an input/output (I/O) resource management method for a multi-root I/O virtualization sharing system. The method for implementing centralized initialization configuration and allocation management on all I/O equipment in the multi-root I/O virtualization sharing system by using a master control root node comprises the following steps of: 1, performing enumeration discovery and initialization configuration on I/O resources in the system by the master control root node; 2, assisting a management user in managing and controlling I/O equipment resources in the system through a peripheral component interconnect express (PCIe) management module by the master control root node, and executing an I/O resource allocation strategy formulated by the management user; and 3, establishing a mapping relation between equipment functions and root nodes thereof according to the PCIe management module and an I/O resource allocation table by the master control root node to realize dynamic allocation of t he I/O resources.

The invention discloses a network-on-chip router with a low buffer area. The network-on-chip router comprises n input ports, n input registers, a routing computation module, a priority computation module, a port distribution module, a crossbar switch, p single microchip buffers and p output ports, wherein when microchips with high priority and secondary high priority compete for an effective output port, the port distribution module transmits the microchip with secondary high priority to the corresponding single micro-chip buffer according to a priority arbitration strategy, when other micro-chips with low priority compete for the port, a deflected output port is distributed; when the output port is idle, the microchip with secondary high priority is directly output to a lower routing node. According to the network-on-chip router, the area and the power consumption of a network-on-chip can be effectively reduced, meanwhile, the delay performance and the throughput performance are guaranteed, and the network-on-chip router with the low buffer area and the routing method are suitable for constructing a high-performance system on a chip.

The invention provides a method for recommending a taxi passenger-searching strategy based on a Markov decision process. The method comprise the following steps of data preprocessing: including deleting abnormal records, determining trajectories according to blocks, and calculating the passenger carrying probability and the expected revenue of each block; modeling: using a Markov decision processto model a passenger-searching optimal strategy problem; calculating the optimal solution: Using Q-learning to solve the optimal solution; online recommendation: giving the optimal passenger-searchingstrategy in consideration of load balancing and real-time traffic conditions. The method for recommending a taxi passenger-searching strategy based on a Markov decision process provides two differentstrategies for the waiting area and the searching areas, can calculate the expected revenue of each strategy according to the historical trajectories, receives the real-time traffic conditions and processes the taxi recommendation requests by a dispatching system so that the optimal strategy recommendation can be given after a taxi passenger gets off.

The invention provides a method and a device for adjusting a CWS (Contention Window Size) value at a UE (User Equipment) side for UL (uplink) transmission. The CWS value is between a preset maximum CWS value and a minimum CWS value. The method comprises steps: in one UL LBT (Listen-before-Talk) cycle, multiple times of CCA (Clear Channel Assessment) are executed to determine the channel state measurement result in each time of CCA; and according to the channel state measurement results in the multiple times of CCA, the CWS value is adjusted to be used in a next UL LBT cycle.

The invention discloses a virtual machine scheduling method based on coexisting coefficient balance. The virtual machine scheduling method comprises the following steps: based on pressure values and tolerance degrees of VCPUs (Virtual Central Processing Units) running on a multi-core physical server, calculating to obtain the pressure coefficients and tolerance coefficients of the VCPUs, calculating the existing coefficients of the VPCUs on shared caches and the coexisting coefficients of the shared caches according to the pressure coefficients and the tolerance coefficients, judging whether the coexisting coefficients of the shared cache in a virtual machine system are in balance or not according to the coexisting coefficients and set thresholds; when the coexisting coefficients are not in balance, performing VCPU scheduling according to the coexisting coefficients of the VCPUs, so as to keep the coexisting coefficients of the shared caches in balance. By adopting the virtual machine scheduling method, the problem that virtual machines compete with one another to obtain shared cache resource, a memory controller and memory bandwidth resource in a multi-core processor is effectively solved, the situation that the virtual machines compete for and use the shared resource is identified, the operation environment of the virtual machines is optimized, and the service quality of the virtual machines is improved.

The invention protects a sectional type shared packet switching network buffering structure and relates to optical communication technology field. The invention provides a novel optical packet switching network buffering structure, aiming at the property of the current optical packet switching network buffering structure about low optical fiber operating factor and high cost. The buffering structure adopts optical fiber sectional type share mechanism and consists of a plurality of optical fiber delay units with the same time delay. Except for the next level of delay optical fiber is directly connected with the optical packet switching matrix, two inlets of other optical delay unit on each level are connected with the outlet of the next level of delay optical fiber and are directly connected with the outlet of the optical packet switching matrix. The optical packet data packet in need of time delay chooses different delay optical fiber inlet, according to the time difference of the optical packet switching matrix outlet. The structure can fully improve the operating factor of the optical fiber delay line, reduce the core node cost and solve the interface competition problem of optical packet switching network.

The invention relates to a Mn-TRIP steel plate with a product of strength and elongation of 50 GPa% for an automobile and a preparation method of the Mn-TRIP steel plate. The steel plate comprises the following chemical components of, in percentage by mass, 0.18%-0.28% of C, 0.3%-1.2% of Si, 2.8%-3.8% of Mn, 0.9%-1.9% of Al, less than or equal to 0.05% of P, less than or equal to 0.05% of S, 0.10%-0.20% of V and the balance of Fe and inevitable impurities. According to the steel plate, the addition amount of alloy elements in the steel plate is greatly reduced compared with that of traditional medium manganese steel, no precious alloy elements such as Cr and Mo needs to be added, and the deep cooling rolling process and the double annealing process are combined to achieve the effect of strengthening and plastification; and the process stability is good, the structure homogenization degree is high, and the production safety is high.

The invention provides a gradient composite structure hierarchical pore thin film and a preparation method thereof. The thin film is a hierarchical pore thin film in a micropore/mesopore system and has the micropore/mesopore system or a micropore/macropore system or a micropore/mesopore/macropore system. The preparation method of the thin film includes the steps that a mesopore layer with a three-dimensional pore canal is deposited on the surface of a micropore layer, a sample of a micropore/macropore structure is obtained, or a macropore layer with an open pore canal is deposited on the surface of the micropore layer, and a sample of a micropore/macropore structure is obtained, or multiple mesopore layers and macropore layers are deposited on the surface of the micropore layer sequentially, and a sample of a micropore/mesopore/macropore gradient pore structure is obtained. The thin film sample of the gradient pore structure is put in an atmosphere oven, all templates are removed through one-step calcination, a metal base plate is removed through soaking of low-concentration inorganic acid, and the gradient composite structure hierarchical pore thin film is obtained. Operation is easy and convenient, the production period is short, the application range of products is wide, and the thin film is used for the field of catalytic cracking of heavy oil and residual oil and the separation field such as sea water desalination.

The invention relates to a shift register, a driving method thereof and a gate driving circuit. The shift register comprises an input sub-circuit, a first reset sub-circuit, an output sub-circuit, a pull-down sub-circuit, a pull-down control sub-circuit and a second reset sub-circuit. The input sub-circuit provides a signal of a first voltage source for a pull-up node and a first node under the control of a signal input end; the first reset sub-circuit provides a signal of a second voltage source for the pull-up node and the first node under the control of a reset end; the output sub-circuit outputs a signal of a clock signal end to a signal output end according to the level of the pull-up node; the pull-down control sub-circuit controls the level of a pull-down node according to the levelof the pull-up node and a signal of a third voltage source; and the pull-down sub-circuit outputs the level of a fourth voltage source to the pull-down node according to the level of the first node,and outputs the level of the fourth voltage source to the pull-up node and the signal output end according to the level of the pull-down node. According to the invention, the problem that the pull-upnode and the pull-down node compete with each other during bidirectional scanning is solved.

The invention provides a power good signal output method and a power good signal output device. The power good signal output device comprises the components of a voltage bleeding module which is provided with an enabling switch and is used for converting an input power voltage to a detecting sub-voltage for determination, wherein the enabling switch responds to the enabling signal, and the power voltage is positive or negative; a forward determination module or a backward determination module which is used for determining the detecting sub-voltage and outputting a mark signal; and a trigger which is used for processing the enabling signal and the mark signal and outputting the power good signal. According to the power good signal output method and the power good signal output device, the enabling signal and the mark signal are processed by means of the trigger for outputting the power good signal. Not only can zero-power-consumption static current realized in a deep-sleep or shutdown manner, but also a competition problem and a risk problem caused by different time delays of the enabling switch and a determining module can be settled. The power good signal output method and the power good signal output device have advantages of eliminating a burr phenomenon in actual response output, improving determination accuracy for the power good state, and improving integral performance of a display driving chip.

The invention is a node structure of optical packet-switched network, based on adjustable laser. The node input fibre-optical is divided into multiple paths by the wave-division device and then respectively links with an adjustable wavelength converter, the output end of each converter linked with the different-length fibre-optical delayed line by one wave-division device, that of each group of delayed lines linked with the optical switch array by a wave-combing apparatus and an adjustable wavelength converter and that of the array linked with the waving-combing device whose number is same tothe node input end, so as to output the optical signal to the aim node. It adopts the converter to realize the path selection and transmission of the optical package and multiple wave-combing and wave-division devices to select the delayed line.

The invention discloses a method and system for removing phosphorus and nitrogen from sewage, belonging to the field of sewage treatment. The method includes: pretreatment: making the sewage enter the pretreatment unit for pretreatment, removing large suspended solids in the sewage, and adjusting the sewage from which the suspended solids have been removed; biological phosphorus removal treatment: making the effluent after the above pretreatment enter the Biological phosphorus removal and organic matter removal are carried out in the biological phosphorus removal unit; biological autotrophic denitrification treatment: the effluent after the above biological phosphorus removal treatment enters the biological autotrophic denitrification unit, and passes through the The autotrophic metabolism of anammox bacteria in the bioautotrophic denitrification unit removes nitrogen in sewage, and the effluent from the bioautotrophic denitrification unit is used as regenerated water for phosphorus and nitrogen removal. The method has short technological process, good phosphorus and nitrogen removal effects, and low cost.

The invention provides a nutrition enhancer for producing DHA-ARA eggs applicable to infants and young children, and provides a method for preparing a nutrition-enhanced chicken feed by adopting the nutrition enhancer and producing the DHA-ARA eggs applicable to infants and young children by adopting the nutrition-enhanced chicken feed. The nutrition enhancer is composed of the following components by weight: 10 to 24 parts by weight of a DHA microalgae dry powder, 28 to 66 parts by weight of an ARA microalgae dry powder and 10 to 50 parts by weight of a Clostridium thermocellum dry powder. The nutrition enhancer provided by the invention solves the problem of incapability of simultaneously enriching DHA and ARA in eggs, fills the gap of the prior art, and has an important significance ondevelopment of chicken industry; meanwhile, the ratio of DHA to ARA reaches an optimal ratio of 1: 1.5 to 1: 2, so the nutrition enhancer provided by the invention realizes convenient and effective supplementation of DHA and ARA required for nerve and visual development of infants and young children, and has important social significance.

The invention discloses a biological nitrogen and phosphorus removal device which comprises a nitration reaction unit, a sequencing batch biological reaction unit, a first middle pool, a second middle pool, a first water outlet pipeline, a water draining pipeline, a discharging pipeline, a water inlet pipeline, a third water outlet pipeline, a first air pipeline, a second air pipeline, a first air supply device and a second air supply device, wherein the first middle pool and the second middle pool are arranged between the nitration reaction unit and the sequencing batch biological reaction unit at an interval and are formed into a closed loop; the nitration reaction unit is communicated with the first middle pool through the first water outlet pipeline and the water inlet pipeline and is communicated with the second middle pool through the third water outlet pipeline; and the sequencing batch biological reaction unit is communicated with the first middle pool through the discharging pipeline and is communicated with the second middle pool through the water draining pipeline. The device can solve the contradiction of different sludge updating speeds required by biological nitrogen removal and phosphorus removal, can realize reusability of the carbon source in the nitrogen removal and phosphorus removal processes, and can increase the efficiency of treating sewage and wastewater.