32results about How to "Meet the processing capacity" patented technology

A processor system includes a processor which has an internal memory, an external memory, and a bus controller which controls a bus to which the processor and the external memory are connected. The processor system also includes a measurement unit for measuring an instruction-execution rate of the processor, a clock controller for supplying the processor, the external memory, and the bus controller with clock signals having clock frequencies corresponding to the instruction-execution rate measured by the measurement unit, respectively, and a voltage controller for controlling a source voltage or a threshold voltage which are supplied to the processor, the external memory, and the bus controller, in accordance with the respective clock frequencies of the clock signals supplied to the processor, the external memory, and the bus controller.

The invention provides a system and a method for realizing flow gathering and load balancing and shunting through cascade teamwork of multiple network cards. The system comprises multi-stage network cards, wherein the network card of a processor in the last stage is subjected to homologous and homoclinic shunting according to the configuration proportion, part of the flow is uploaded to a local machine for treatment, and other flow is proportionally forwarded to the network card in the next stage. By adopting the system and the method for realizing flow collection and load balancing and shunting through cascade teamwork of multiple network cards, special shunting equipment can be completely omitted, the network cards can serve as not only flow access equipment but also flow gathering and shunting equipment, so that the investment cost of users is greatly lowered; besides, the multi-network-card cascade method has good expandability, can be expanded to three stages or even more stages till meeting the stand-alone treatment capacity.

The invention discloses a method, a device and a system for guaranteeing the service quality of a combined P2P network. The method comprises the following steps of: performing weighting operation on quality detection parameters in the conventional combined P2P network according to an acquired P2P service request from a user so as to obtain a service quality value; and comparing the service quality value with an acquired service quality threshold value, wherein if the service quality value is smaller than the service quality threshold value, the current combined P2P network is used as a backupservice network and a backup combined P2P network capable of supplying services is used as the current service network to supply the P2P service network for the user. The method, the device and the system ensure that the network service quality, resources of a node per se and the processing capability can meet the requirements of the user and have the characteristics of relatively wide bandwidth,high storage capability and processing capability and high connection stability of the P2P network service built in a moving environment.

The present invention provides a method and device for determining the amount of sewage treatment, wherein the method includes: obtaining the biological inhibition index value of the sewage to be treated; comparing the biological inhibition index value of the sewage to be treated with a preset threshold value, wherein , the preset threshold is determined according to the processing capacity of the sewage treatment system to be discharged; according to the comparison result, the amount of water allowed to enter the sewage treatment system is determined. Because the bioinhibition index value is determined according to the treatment capacity of the sewage treatment system to be discharged in the present invention, the amount of water allowed to enter the sewage treatment system to be discharged into the sewage treatment system determined according to the comparison results is within the treatment capacity range of the sewage treatment system to be discharged Within, after the amount of water determined according to the comparison results enters the sewage treatment system to be discharged, the sewage system to be discharged has the ability to treat the sewage with biological inhibition in time, and the sewage to be treated will not affect the sewage to be discharged into the sewage treatment system. The sewage treatment effect and treatment efficiency.

The method is designed for use in a video communication system comprising video signal send end, relay server and receiving end. The relay server buffers the video frames from the sending end; when receiving each request message, the relay server sends the first one of received video frames to the receiving end. The invention also reveals a video signal transmission system. The invention can avoid the congestion at air interface of mobile network due to insufficient bandwidth.

The present invention relates to the technical field of glass surface treatment, in particular to a method for cleaning the surface of automotive glass, and specifically provides a method for surface treatment of a curved glass plate suitable for coating a sol-gel coating, which includes the following steps: S1, preparing a convex surface and a curved glass plate with a concave surface; S2, using at least one annular plasma flow to perform plasma treatment on the convex and / or concave surface of the curved glass plate, and the surface water droplet contact angle of the convex or concave surface after the plasma treatment is less than 10°. The invention can remove oil stains or organic pollutants attached to the glass surface, improve the wettability of the glass surface, and quickly treat the surface tension of the curved glass plate to more than 70mN / m (mN / m), thereby satisfying the subsequent functional coating Layer coating requirements; and can improve the processing speed while meeting the plasma treatment effect, and can adapt to curved glass plates of different shapes, sizes, and profiles.

The invention discloses a method, a device and a robot for state switching. The state machine includes a plurality of state nodes in a tree shape, the plurality of state nodes include a first state node and a second state node, and the method for state switching includes: the first state node to the second state node The first state node is located on the current state chain, and the second state node is the closest common ancestor state node of the first state node and the target state node, and the handover request signaling includes the following Any one: common handover signaling, push-to-stack handover signaling, and stack-out handover signaling; the second state node switches from the current state chain to the target state chain where the target state node is located according to the handover request signaling. Thereby, state switching can be completed between nodes through switching request signaling, the hierarchical expansion of states can be supported, and the nested recursive processing capability can be satisfied, and further, it can be applied to complex application scenarios.

The invention discloses a positioning method and a positioning apparatus. The method includes the following steps: judging whether the apparatus is in a uniform speed state or not at the current moment based on the triaxial acceleration value, acquired by an acceleration sensor, of a device; using the attitude parameter of the device at the last moment as the attitude parameter of the device at the current moment if not; determining the attitude parameter at the current moment based on an attitude parameter obtained before the current moment and / or the triaxial acceleration value at the current moment and a preset gravity acceleration value if so; and obtaining the position information of the device at the current moment based on the position information of the device at the last moment, the speed of the device at the last moment, the attitude parameter at the current moment, the triaxial acceleration value at the current moment and the triaxial angular velocity value, acquired by a three-axis gyroscope, of the device at the current moment. The method allows position information calculation to be carried out with the attitude parameter at the last moment as the attitude parameter at the current moment when the device is in a non-uniform speed state, so the method is simple, and has a small error.

The invention discloses a method for managing a radio access bearer (RAB), which comprises the following steps of: confirming a QoS parameter which meets the RAB requirement by interacting a first device with a second device according to a quality of service (QoS) parameter in a RAB assignment message sent by a core network (CN), and performing RAB distribution / modification through the first device and the second device according to the confirmed QoS parameter. The embodiment of the invention also provides a corresponding device and a corresponding system. Through the technical scheme of the invention, an interface resource for RAB distribution / modification is matched with an interface resource for HNB GW distribution / modification; and the interface resource for HNB distribution / modification can accord with the HNB GW handling ability.

The invention discloses a microbial bacterial agent and its preparation method and application in sewage treatment, and relates to the field of environmental protection and microbial technology. The microbial bacterial agent is a granular solid, and the particles have a layered structure. Core, support layer and lightweight layer, wherein, the core and the support layer both include porous carbon materials, bio-carbon sources, starch adhesives, carbon sponges and composite microbial bacterial fluids, and the lightweight layer includes porous carbon materials, bio-carbon sources, starch Adhesive, carbon sponge. The present invention adopts one-step molding, which greatly simplifies the preparation steps of granular solid materials that require a layered structure. By cooperating with step parameters such as program cold / heat treatment, the bacterial agent provided by the present invention can be simplified in the preparation method. On a basic basis, it can also solve the problems existing in the structure of solid microbial agents. The structure of the bacterial agent is stable, and the efficiency of removing ammonia nitrogen is high.