36 results about "Tree layer" patented technology

Systems and methods for relating network elements to customers in a communications network using an object-oriented relational structure. The present invention is directed to systems and methods for relating network elements to customers in a communications network using an object-oriented relational structure. According to one embodiment, the object-oriented system, for relating network elements to a customer or for relating a customer to the network elements, includes a network element data module containing network element data arranged in a form that can be manipulated using an object-oriented application; a customer data module; and a mapping module in communication with the network element data module and the customer data module for creating an object-oriented model of the network elements. The output of the mapping module comprises a plurality of sub-tree layers wherein each layer represents a layer of abstraction, and wherein a root represents the highest sub-tree layer and the highest level of abstraction and a plurality of unique customer identifiers assigned to network elements that relate the customer to certain network elements.

The invention discloses a deployment method for a micro-operation system with a self-adaptive transmission model. With the method, the transmission model of the micro-operation system is adaptively constructed through comparing a node scale N in a cluster and the size of the node number M synchronously deployed by a TFTP server at most. When N is smaller than or equal to M, the micro-operation system is deployed by adopting a C / S transmission model; when M is smaller than N, and N is smaller than or equal to 2M, the nodes are deployed in batches by adopting the C / S transmission model, and the batching method overcomes the disadvantage that the deployment of the micro-operation system is failed caused by excessively heavy load of a TFTP server side; when N is larger than 2M, the C / S transmission model is automatically evolved into a multi-way tree transmission model, and by converting the nodes partially loaded with the micro-operation system into nodes which can provide TFTP service, the micro-operation system is deployed to each node in the tree layer-by-layer and in batches. The multi-way tree transmission model overcomes the bottleneck problem of the deployment of the single TFTP server, has better expandability, and deployment ability exponentially increased along with increase of time. The method is effective and realizes the deployment process of the micro-operation system in the multi-node computing system reliably.

The invention discloses a method for promoting natural updating of a secondary forest of fir in the Minjiang River in western Sichuan. The method comprises steps as follows: 1) selection of high-quality seed trees of the tree layer, 2) tending of the tree layer, 3) clearing of trees on the lower layer; 4) seeding supplementing and planting supplementing. By means of the method for promoting natural updating of the secondary forest of the fir in the Minjiang River in western Sichuan, natural updating of the red birch-MinJiang River fir is promoted with a human assistance measure, naturally updated seedlings are kept, the culturing cycle is shortened, growth of trees is promoted, the soil environment and the forest stand structure of the forest are changed, the defects of limitation of natural conditions to natural updating and poor updating effect are overcome, and the natural evolution process from existing forest stand to efficient dark coniferous forests is accelerated.

The invention discloses a camera process protecting film which sequentially comprises a first protecting layer, a PET supporting layer and a sticking layer from the top to the bottom, wherein the sticking layer is used for the connection between a product and a camera, a silica gel protecting film layer is used for avoiding unfavorable conditions such as adhesive residue and the like, due to the design of a local protecting film, the lens of the camera cannot be polluted by gel, and the design of a gel-free pulling ear part facilitates that an operator is free from influences caused by the viscosity of the silica gel protecting film layer during the use, therefore, assembling capacity is improved. The PET supporting layer plays a support heightening effect through a middle hollowing out method, so as to prevent the camera from the effect of external force which can cause crushed product and loss. The first protecting layer uses a full page PC polycarbonate material to seal the entire protecting film, so that the camera is isolated from the outside and dust pollution is avoided, moreover, harms to the product, caused by external force, can be avoided. The three layers are combined together, and a user can attach the tree-layered structure in one step, therefore, the requirement of high performance is met, the working hour for production is reduced, the cost is lowered, and the benefit is maximized.

The invention discloses a product early-fault root cause recognition method based on fuzzy data processing. The method comprises the following steps of 1, constructing a product early-fault root cause relevance tree layer model; 2, constructing a potential fault root cause data model; 3, collecting product service life period quality and reliability data; 4, on the basis of the fault relevance tree layer model, a process target node and data fuzziness analysis are determined, and then node influence factors and fuzzy values are determined; 5, constructing a product early-fault root cause fuzzy data envelopment analysis model; 6, estimating an efficiency evaluation value of a fault relevance tree node; 7, fault relevance node relative weights are divided, and node priorities are ranked; 8, results are analyzed, and fault root cause recognition is completed. Development of the early fault root cause recognition technology under the early fault mechanism recognition cognition fuzzy environment is broken through, prevention measures are adopted for product design, technological design stage and other early fault forming stages, afterward treatment is changed into beforehand prevention, and the new idea is provided for early fault prevention and rectification.

The invention discloses a deployment method for a micro-operation system with a self-adaptive transmission model. With the method, the transmission model of the micro-operation system is adaptively constructed through comparing a node scale N in a cluster and the size of the node number M synchronously deployed by a TFTP server at most. When N is smaller than or equal to M, the micro-operation system is deployed by adopting a C / S transmission model; when M is smaller than N, and N is smaller than or equal to 2M, the nodes are deployed in batches by adopting the C / S transmission model, and thebatching method overcomes the disadvantage that the deployment of the micro-operation system is failed caused by excessively heavy load of a TFTP server side; when N is larger than 2M, the C / S transmission model is automatically evolved into a multi-way tree transmission model, and by converting the nodes partially loaded with the micro-operation system into nodes which can provide TFTP service, the micro-operation system is deployed to each node in the tree layer-by-layer and in batches. The multi-way tree transmission model overcomes the bottleneck problem of the deployment of the single TFTP server, has better expandability, and deployment ability exponentially increased along with increase of time. The method is effective and realizes the deployment process of the micro-operation system in the multi-node computing system reliably.

The invention discloses a graph spectrum and reachable path number-based sub-graph query method for an undirected weighted graph. The method comprises the steps of 1, calculating codes of node marks of a query graph and graphs in a known graph data set, codes of weighted adjacent edge marks and a code of a reachable path number; 2, generating graph spectrums of the query graph and the graphs in the known graph data set; 3, by using the codes of the node marks of the graphs in the known graph data set, the codes of the weighted adjacent edge marks, the code of the reachable path number and thegraph spectrums, constructing an index tree; and 4, comparing the query graph and the node graphs of the index tree layer by layer from top to bottom, and meanwhile, performing screening, until the bottommost layer is screened out, wherein the obtained graphs are candidate graphs similar to the query graph. According to the method, the topological information of the graph is better described. Meanwhile, the features are coded, so that the storage is easy, the operation is simple, the comparison between the features can be accelerated, and the query speed of the whole sub-graph can be increased.

A dynamic optimized distribution method for channelized code resource in a broadband code-division multiaddress system incldues such steps as follows: 1) obtaining a matched spread spectrum factor and using it as parameter; 2) judging whether there is a distributable code resource on the code tree layer corvesponded to the said matched spread spectrum factor or not; if not, switching to step 6); 3) carrying on optimized distribution of code resource through the pseudo-metric distribution method, returning to numbering of distribution code word; 4) judging whether the returned numbering belongs to code resource numbering of the code tree layer corresponded to the spread spectrum factor ot not; if not, switching to step 7); 5) returning to command of distribution success, and finishing 6) returning to command of code source having been finished for distribution, and finishing.

The invention discloses a distributed cluster management method for map cache slices based on a quadtree layered grid, which uses a quadtree layered grid algorithm to realize a distributed cluster of map cache slices, and distributes map cache slices based on spatial geographic regions. Cluster management ensures that the spatial and geographical areas that users really care about get higher performance and improves the rationality of cluster resource utilization. The downtime of a cluster grouping node will only affect the spatial geographic area corresponding to the cluster grouping, and will not affect other spatial geographic areas, thereby improving the robustness of the cluster.

The invention provides a method for generating a multi-fan-out clock signal for a superconducting RSFQ circuit, and the method comprises the steps: building an SPL tree with the height P being 1, with the SPL tree with the height P being 1 comprises a single node, an SPL2 and an SPL3, and storing the single node, the SPL2 and the SPL3 into a set R; calculating the maximum height Pmax of the SPL tree according to the N; establishing the SPL tree layer by layer, and increasing 1 to P in each iteration until P is larger than Pmax; wherein the tree with the height being P is composed of sub-trees with the height smaller than P in the set R, when the SPL tree is established every time, according to an objective function, the objective function value of the established SPL tree is compared with that of the SPL trees with the same height and the same leaf node number in the set R, and only the tree with the minimum objective function value is stored in the set R, selecting a tree with N leaf nodes in the set R to form an optimal solution; and determining a branch path formed by the SPL of the multi-fan-out clock signal according to the optimal solution.

The invention relates to an electromagnetic current protector and relative method, wherein it has up and low structures; the low base is matched with track, while it contains mutual inductor, wiring base and main circuit; the up base is matched to mount executor and test circuit; the elements are tree layered in base and compressing plate while they are covered by compressing plate, and fixed via screw; the base and compressing plate are connected via one main axle; the elements rotate around main axle; the rotation disc is on two steps of base; the jump clamper and disc will operate via the spring force; the disc will not make whole device incline via the spring force. The invention has high reliability, while the return element and disc are matched via grooves, to prolong service life.

The tree-shaped hierarchal conference organization method comprises: according to conference feature, requesting lower server to provide node information to relative server for identification, and building connection; letting every client to provide account information to relative server for identification and built connection; using lower server to transfer client account information to upper server for checkup layer by layer, then entering the conference system. This invention is more safe and reliable, improves system flexibility, simplifies operation process, and lets single system support thousands conferences.