44 results about "Capacity sharing" patented technology

The invention claims a DSRC-based (dedicated short-range communications based) intelligent vehicle map fusion system and method; the system comprises a vehicle positioning module, a local map generating module, a DSRC module, an ADAS (advanced driver assistance systems) map interface, a target vehicle screening module and a map fusion module; the vehicle positioning module is used for acquiring position and attitude of a main vehicle, the local map generating module is used for generating a local map corresponding to the current position of the main vehicle according to data of a vehicular sensor, the DSRC module is used for receiving position, attitude and local map information issued by a target vehicle within a communication range, and transmitting the position, attitude and local mpa of the main vehicle itself, the ADAS map interface module is used for providing protocols and interfaces to access an ADAS map, the target vehicle screening module is used for screening a target vehicle on the same lane as the main vehicle, and the map fusion module is used for fusing the local map of the main vehicle and that of the screened target vehicle to generate an extended local map of the main vehicle. The DSRC-based intelligent vehicle map fusion system and method can provide multi-vehicle sensing capacity sharing to extend the ambient sensing range, helping improve intelligent vehicle assisted driving/automatic driving performance.

A system and method for reliable and secure record keeping for Radio Access Network (RAN) capacity sharing amongst a plurality of operators using slicing methods according to 3GPP 5G specifications, wherein slicing is controlled by a RAN controller is disclosed. The record keeping system is a distributed Blockchain ledger in which a block specifies information pertaining to available, leased or purchased base station slice(s). The ledger is immutable and available to all operators through a distributed database hosted by each participant wherein each base station owner advertises its leased as well as unused base station capacity at a specific time using blocks in the Blockchain. In an embodiment, the RAN controller directly feeds the information needed to form a new block into the ledger whenever the slicing profile of a RAN changes, thereby making the ledger in complete synchronicity with the network. The information in the ledger is easily viewable by each participant using a special ledger browser interfacing the ledger, which can also be used to lease slices.

The invention relates to the technical field of charging and power conversion, in particular to a power distribution system, a capacity sharing system, a master station, a sub-station, a method and equipment and aims to solve the problem how a charging facility is additionally arranged on the basis of capacity of a traditional power grid and achieve power optimization and utilization of the powergrid. The capacity sharing system comprises a terminal group, the master station and a server, wherein the terminal group comprises a first sub-station, a second sub-station and a guidance box, the master station is used for receiving power utilization data acquired by the first sub-station and a charging request acquired by the second sub-station in the corresponding terminal group ad calculatingand sending a charging instruction to the corresponding sub-station, the second sub-station is used for receiving the charging instruction of the master station and generating and issuing a control instruction to the guidance box, the guidance box is used for charging an output power of the charging facility according to the control instruction, the master station is further used for uploading charging service data to the server, and the server is used for judging a running state of a power distribution system according to the charging service data. By the capacity sharing system, electric energy sharing and ordered charging in a special region are achieved, and moreover, the system is more stable to run.

The invention relates to the technical field of charging and power switching, in particular to a power distribution system, a capacity sharing system, a server, a terminal, a method and equipment, aiming to solve the problem of how to add more charging facilities on the basis of the existing power grid capacity and electrical facilities and achieve the optimal utilization of the power of power grids. The capacity sharing system of the invention comprises a server, an acquisition and measurement terminal and an acquisition and execution terminal, wherein the acquisition and measurement terminalis used to acquire and measure power consumption data of power distribution equipment and upload the data to the server; the acquisition and execution terminal is used to obtain a charging request ofa charging facility, upload the charging request to the server, receive an instruction of the server, and issue the instruction to the corresponding charging facility; and the server is used to summarize and calculate the power consumption data and allocate available power to the charging facility that currently initiates the charging request. The scheme of the invention implements the power sharing and orderly charging of various charging facilities in a specific area. In addition, the scheme adopts a variety of flexible networking modes, such as wireless networks, and can be fully adapted to various application scenarios.

The invention discloses a method and system for expanding the space capacity of a personal network disk. The method for expanding the space capacity of the personal network disk comprises the steps that a borrowing request which contains an identification number of a requesting user, an identification number of a requested user and the space capacity borrowed by the requesting user is obtained; the fact that whether the free space capacity of the personal network disk of the requested user is larger than or equal to the space capacity borrowed by the requesting user, the space borrowing request which contains the identification number of the requesting user and the space capacity borrowed by the requesting user is sent to the requested user if yes to obtain a lending agreement message of the requested user, the space capacity of a personal network disk of the requested user is correspondingly decreased according to the space capacity borrowed by the requesting user, the space capacity of the personal network disk of the requesting user is increased correspondingly, and a failure message is sent to the requesting user if not. According to the method for expanding the space capacity of the personal network disk, space capacity sharing is achieved among users through borrowing space of a personal network disk of a good friend, a user can expand the space capacity of the personal network disk conveniently, and data can be stored conveniently.

The invention provides a resource sharing adaptive configuration based GPU virtualization QoS control system and method. GPU resource capacity sharing and distribution among all the virtual cloud computing loads can be realized under the constraint of QoS via a monitoring module, a control module and a scheduling module. The resource sharing adaptive configuration based GPU virtualization QoS control method improves the QoS stability of concurrent operation of graphic loads in a virtual GPU resource based virtual cloud system platform remarkably, and improves load frame rate stability degree when compared with rest traditional QoS control methods. At the same time, under the precondition of maintaining stable and smooth operation of all the concurrent working loads, the GPU computing resource occupation rate is reduced obviously, and the system platform is enabled to support more working loads to keep an acceptable QoS level.

The invention relates to an IPV4/IPV6 routing capacity sharing method based on a TCAM and relates to the technology of TCAMs. The method includes the steps that a TCAM hardware table is divided into a front section area and a rear section area; a single IPV6 routing prefix is divided into an IPV6 front half part and an IPV6 rear half part; for IPV4 routing, matching of the front section area is carried out, and matching of the rear section area is carried out if matching of the front section area fails; for IPV6 routing, matching between the IPV6 front half part and the front section area is carried out firstly, and if matching between the PV6 front half part and the front section area succeeds, matching between the IPV6 rear half part and the rear section area is carried out continuously. By the IPV4/IPV6 routing capacity sharing method, items of the hardware table in IPV4 routing and IPV6 routing can be allocated dynamically and flexibly, it is unnecessary to make different software versions for two routers, the specification index of the routers is increased, and requirements of more routers are met.

The invention provides a method and apparatus for managing table space of a ternary content addressable memory (TCAM). The method comprises the following steps: configuring first parameters of a first register of the TCAM, wherein the first parameters comprise a table look-up space scope, and the table look-up space scope is corresponding to multiple blocks; according to the table look-up space scope, configuring second parameters of a second register of the TCAM, wherein the second parameters comprise the space size and the table look-up width of each block in the table look-up space scope; performing table writing in the first block and the second block which are adjacent, wherein the table writing direction of the first block is opposite to that of the second block; and determining whether the first block and the second block are fully written, if the first block is fully written yet the second block is not fully written, adjusting the first parameters and the second parameters, and performing the table writing according to the adjusted first parameters and the adjusted second parameters. The method provided by the invention can enable the TCAM to realize capacity sharing of hardware blocks.

An embodiment of the invention discloses a method and device for determining defective cells. The method comprises the steps of: dividing neighboring cells into capacity sharing type neighboring cellsand interference contribution type neighboring cells according to a distance between a preset cell and the neighboring cells of the preset cell as well as frequency to be allocated; and identifying afirst defective cell affecting communication quality in the capacity sharing type neighboring cells by adopting a first identification rule, and identifying a second defective cell affecting communication quality in the interference contribution type neighboring cells by adopting a second identification rule. The method combines the signal coverage factors affecting the communication quality, divides the neighboring cells into the capacity sharing type neighboring cells which are close to the preset cell and free from the same-frequency interference problem and the interference contribution type neighboring cells having the same-frequency interference problem, identifies the defective cells of the neighboring cells of all types by adopting different methods, and improves the identification precision of the defective cells.

The invention provides a tobacco logistics scheduling method, a storage system and a storage medium, and relates to the technical field of tobaccos, and the method comprises the steps: setting virtualgoods allocation information of a finished product warehouse in a finished product warehouse storage management system; setting shared goods allocation information corresponding to the virtual goodsallocation information in an auxiliary material warehouse storage management system; during warehousing, allocating a first virtual goods allocation number to the first cigarette finished product by the finished product warehouse storage management system based on the virtual goods allocation information, and sending the first virtual goods allocation number to the auxiliary material warehouse storage management system; and allocating a first shared goods allocation number corresponding to the first virtual goods allocation number by the auxiliary material warehouse storage management system based on the shared goods allocation information, so that the first cigarette finished product is stored in an auxiliary material warehouse goods allocation corresponding to the first shared goods allocation number. According to the method, the warehousing system and the storage medium, warehouse capacity sharing of the finished product warehouse and the auxiliary material warehouse can be achieved, the goods allocation utilization rate of each warehouse is increased, and the warehousing efficiency of the finished product warehouse is effectively improved.

The invention relates to a capacity sharing workshop based on cloud data, and relates to the technical field of intelligent workshops. The intelligent workshop comprises an information acquisition module which is used for acquiring the capacity information of all production devices in the intelligent workshop, an input module which is used for inputting the production information of a product to be processed, a device screening module which is used for selecting a production device corresponding to the product to be processed according to the capacity information and the production information, and a processing distribution module which carries out production quantity distribution on one or more selected production devices according to working time information and work cycle information. Due to the information acquisition module, the input module, the device screening module and the processing distribution module, processing quantity is distributed to each production device quickly andreasonably. The device utilization is reasonable, and at the same time the production efficiency is further improved.

The invention discloses a load rate electricity price calculation method based on the spatial distribution characteristics of the number of users, which collects and enters data; determines the user load rate classification and characteristic standard value; calculates the total capacity cost of large industrial users; the total capacity cost of large industrial users is Allocation of users with different voltage levels and different load rates; calculation of unit electricity cost for large industrial users of each voltage level; calculation of load rate electricity prices for large industrial users. The present invention has the advantages of directly apportioning the total capacity cost of each voltage level, there is a problem of repeated apportionment or no full apportionment of capacity cost among users of different load rate types, and the number of users under different load characteristics accounts for 10% of all users. The proportion is used as a weight, and the apportionment coefficient is adjusted, and the differences in parameters such as user capacity, electricity, load rate, and spatial distribution characteristics of the number of users are comprehensively considered to formulate a fair and reasonable load rate electricity price mechanism.

The invention provides a routing network and a node transmitting capacity sharing method thereof. The routing network comprises a plurality of deflection routing nodes which are mutually connected. A cloud path is stored in each deflection routing node, the length of each cloud path does not exceed a preset threshold, and each cloud path corresponds to a unique input port of the corresponding deflection routing node. Each deflection routing node is used for conducting routing processing on a current deflection data stream when idle routing resources exist locally, and blocking the current deflection stream or directly transmitting the current deflection data stream to a next-hop node in the corresponding cloud path according to the fact that whether the deflection routing node is a tail node of the cloud path where the current deflection data stream belongs or not when no idle routing resources exist locally. The routing network and the node transmitting capacity sharing method of the routing network can avoid the livelock phenomenon on the premise of supporting node transmitting capacity sharing, and shorten data time delay.

One embodiment facilitates a shared memory. During operation, the system receives, by a memory expansion device, an I/O request via a first interface which is distinct from a memory bus, wherein the memory expansion device includes a first set of memory modules, and wherein the memory expansion device is attached to a computer system via the first interface. The system processes, by a controller of the memory expansion device, the I/O request. The system transmits, by the controller via a second interface, the I/O request to a selected memory module. The system executes, by the selected memory module, the I/O request, thereby allowing the computer system to expand memory capacity beyond memory slots available on the memory bus.

A mobile satellite radiotelephone system uses some of the capacity of a fixed satellite radiotelephone system in areas of congestion. Capacity sharing is obtained by providing at least one fixed retransmitting station in an area of overlap between the fixed and mobile satellite radiotelephone systems. The fixed retransmitting station retransmits communications between the fixed satellite radiotelephone system and at least one of the mobile radiotelephones in the vicinity thereof. The fixed retransmitting station coommunicates with the mobile radiotelephones using the mobile radiotelephone air interface, so that the communication is transparent to the mobile radiotelephones.

The invention relates to an energy and auxiliary service joint optimization method considering frequency modulation mileage demand constraints, which comprises the following steps of: 1) inputting declaration data of market subjects such as a load, a power selling company, a power generator and the like, and inputting operation parameters of a power system; 2) constructing an objective function and constraint conditions of a real-time market clearing model of energy and auxiliary service joint optimization considering frequency modulation mileage demand constraints by utilizing quotation dataof a market subject and operation parameters of the power system; and 3) solving the optimization model, calculating the start-stop state of each generator, and guiding the start-stop plan of the day-ahead unit. The quotation data of each market subject, the operation parameters of the power system and the characteristics of the frequency modulation capacity, the standby capacity and the power generation capacity sharing unit output space are comprehensively considered, and through the joint optimization clearing model, on the premise of meeting the safety and stability constraints of the power system, the total cost of generator energy, frequency modulation and standby auxiliary service is pursued to be lowest.

The invention relates to the technical field of logistics transportation, concretely speaking, it is a kind of feeder transport capacity sharing platform, including the point end, Dispatching Platformand Driver End, Depending on the site managed and maintained, distribution center. The hubs longitude and latitude data generate time-sensitive data between stations, according to the actual vehiclecondition. A configuration parameter module includes at least a full load rate threshold. The parameters of arrival time threshold, parallel maximum travel time, parallel maximum cargo volume, handling capacity relaxation coefficient of cargo collection point, vehicle type cost module includes the actual operating cost of various vehicle types, the data provided by the module calls intelligent algorithm, outputs the highly optimized combined shifts, and generates a departure plan for execution.

The present invention relates to a server, a method and a system for allowing a user terminal to receive and use a data capacity shared by a donor terminal, and provide a reward that is as much as the data capacity shared by the donor terminal and provide, to the user terminal, charging information corresponding to the use of data, thereby enabling a fair and meaningful compensation system.