33 results about "Compatibility matrix" patented technology

The different illustrative embodiments provide a method, computer program product, and apparatus for converting a first image for a virtual machine formatted for a first virtual environment. A second image is created, wherein the second image is non-specific to any virtual environment. A determination is made whether a portion of files to be copied from the first virtual image to the second virtual image should be replaced using a compatibility matrix, wherein the compatibility matrix identifies changes between the first virtual environment and a second virtual environment. A replacement for the portion of the files is copied to the second image using the compatibility matrix responsive to a determination that the portion of the files in the set of files should be replaced. The file is copied to the second image responsive to an absence of a determination that the each file in the set of files should be replaced.

A method is disclosed for providing interoperation of a first execution image of a first version and a second execution image of a second version. A compatibility matrix specifies whether the versions are compatible, base-level compatible, or incompatible. In one embodiment, the compatibility matrix may comprise a sparse table that stores a compatibility indicator for all permutations of a plurality of versions of a network operating system. As part of initialization of a system that includes the first execution image and second execution image, version information for the execution images is determined. An entry in the compatibility matrix corresponding to the versions is identified. The execution images are operated in a fully synchronized state when the identified entry of the compatibility matrix specifies that the versions are either compatible or base-level compatible. Individual components of the execution images interoperate according to the results of individual session negotiations. If the versions are incompatible, an alternative redundancy operation mode may be used. Embodiments provide for negotiation of compatible message versions and capabilities among peer components or clients of the execution images as source information to generate the compatibility matrix.

Components to be verified for compatibility are identified. Each of the components maintains a relationship with the other components such that all of the components are compatible with one another. A change to one component triggers an automatic evaluation of the relationships between the changed component and the other components to determine if compatibility is maintained. The automatic evaluation of the relationships is based on predetermined compatibility information provided in a compatibility matrix. When the automatic evaluation identifies incompatibility between the changed component and the other components, the change is rejected.

Physical components that share common attributes in a software product are combined into logical groupings. A product matrix also lists logical groupings that are included into each software product listed in the product matrix. A compatibility matrix indicates whether any two logical groupings listed in the product matrix are compatible. When a new product is provided for an installation, the compatibility matrix is consulted to determine whether any two logical groupings of the new product and installed product are compatible. An installation can proceed or be terminated based on the compatibility determination.

A filter assembly employs inward and outward radially displaced portions of a peripheral shoulder on the cartridge as components of a cartridge compatibility matrix. Alternative base assemblies include mounting structures complementary to the configuration of the peripheral shoulder to exclude incompatible cartridges. The peripheral shoulder is preferably a roll seam connecting first and second sections of the filter housing. The invention further contemplates a pattern of radial protrusions from a portion of the cartridge housing received in a base receptacle as part of a cartridge compatibility matrix. The base receptacle is configured to receive only those cartridges having a compatible pattern of radial protrusions. A cartridge compatibility matrix including both inward and outward deformations of a cartridge peripheral shoulder and radial protrusions of the received portion of the cartridge housing can ensure both cartridge compatibility and a particular mounted position of the cartridge relative to the base.

A cooperative game method and trapezium-cloud model-based power distribution network operation state fuzzy and comprehensive evaluation method is characterized by comprising the steps of considering the purposiveness, the systematicness, the operability, the independence, the significance and the dynamism, and constructing a multi-dimension hierarchical power distribution network index system based on the safety, the high quality, the economy, the Intelligence, the environmental protection property and the sustainability; utilizing a weight method, an entropy weight method, a anti-entropy weight method and a compatibility matrix analysis method to calculate the power distribution network index weights separately; carrying out the cooperative game on the determined weights to obtain an optimal combined weight; carrying out the variable weight correction on the combined weight to obtain a final weight value; dividing the evaluation grades of a power distribution network to obtain an evaluation set; calculating a trapezium-cloud model parameter that each index corresponds to each evaluation grade, utilizing a trapezium-cloud model to calculate the membership degree values of the indexes of the to-be-evaluated power distribution network, and calculating a membership degree vector and an evaluation result of the whole power distribution network layer by layer and upwards on a fuzzyand comprehensive evaluation frame.

The invention provides a compatibility testing method of Web applications supporting multi-type and multi-version browsers. The method includes: firstly, constructing multiple VM templates, and pre-deploying specific browsers and specific agent programs in the VM templates; secondly, creating a compatibility matrix according to types and versions of the specific browsers; thirdly, enabling a test controller to create corresponding VM examples from the VM templates according to the compatibility matrix so as to form a VM pool; fourthly, distributing the preset compatibility test cases to each VM example in the VM pool; finally, simultaneously executing the compatibility test cases in the VM pool so as to concurrently execute the compatibility testing.

A filter assembly employs radially inwardly and outwardly displaced portions of a peripheral roll seam on the cartridge as components of a cartridge compatibility matrix. A substantially annular space, the radial configuration of which varies with the convoluted roll seam, is defined between the roll seam and a cylindrical wall of the cartridge end cap. The base includes an axially projecting receptacle wall that terminates in a coded lip to define a receptacle for receiving the cartridge end cap. The cartridge mounting system requires axial reception of the coded lip into the substantially annular space of the filter cartridge. The coded lip is configured to block reception and mating of any filter cartridge whose roll seam defines a substantially annular space of incompatible radial configuration. The number, configuration and location of inwardly and outwardly displaced portions of the roll seam may be varied to provide a variety of unique compatibility matrices.

The invention belongs to the technical field of bioinformatics and discloses an RNA secondary structure prediction method for a quantum genetic algorithm based on multi-population assistance. According to the method, a stem pool and a stem compatibility matrix of an RNA sequence is established according to the RNA sequence; quantum bit vectors are used to initialize multiple chromosome populations; quantum measurement is performed on each population; optimal individuals are acquired according to measurement results; the optimal individual b in all the populations is obtained and used to replace worst individuals, nonhomologous to b, among the optimal individuals in other populations, then all the populations are updated by use of different rotational angles, and other populations not participating in replacement are updated by use of a fixed rotational angle; and the process is iterated till a stop condition is met. Through the method, the global search capability and search efficiencyof the quantum genetic algorithm are effectively improved, and the evolution algebra of the genetic algorithm is lowered. Meanwhile, all the populations suppress competition and cooperate mutually, so that the globality of the algorithm is improved, and prediction accuracy is substantially enhanced.

The different illustrative embodiments provide a method, computer program product, and apparatus for converting a first image for a virtual machine formatted for a first virtual environment. A second image is created, wherein the second image is non-specific to any virtual environment. A determination is made whether a portion of files to be copied from the first virtual image to the second virtual image should be replaced using a compatibility matrix, wherein the compatibility matrix identifies changes between the first virtual environment and a second virtual environment. A replacement for the portion of the files is copied to the second image using the compatibility matrix responsive to a determination that the portion of the files in the set of files should be replaced. The file is copied to the second image responsive to an absence of a determination that the each file in the set of files should be replaced.

The present invention discloses a demand response connection bus path optimization method. The method comprises the following steps of: 1) constructing a mutual constrained relationship of passenger travel time parameters; 2) determining passenger compatibility to construct a corresponding compatibility matrix and find out a maximum incompatible passenger set to obtain the initial required numberof vehicles and seed passengers of each initial path; 3) determining the path neighbourhood of each passenger, searching feasible insertion in the path of each passenger in the path neighbourhood, determining an optimal insertion of the passengers in the neighbourhood paths to achieve preliminary planning of the paths; and 4) for passengers which cannot be inserted into the current paths, repeatedly executing the steps 2-3 until the number of residual passengers of the obtained passenger load factor of the paths is lower than an assigned threshold value. The demand response connection bus pathoptimization method fully employs the mutual constrained relationship of passenger travel time parameters in the same bus number and provides the concept reduction feasible solution search domain ofthe path neighbourhood so as to improve the algorithm solution efficiency and construct the multi-vehicle and multi-path travel plan with high efficiency and low cost.

The invention provides a local structural dynamical modeling method and a device. The method is adopted for solving the problems of big data volume, low calculation efficiency and difficulty in locally dynamical responding and finely analyzing as required of the present dynamical modeling. The method comprises the following steps: dividing a whole structure into a first structure and a second structure; establishing an interface multipoint restriction equation for the first structure under the first grid and the second structure under the second grid according to the finite element stiffness matrix and mass matrix of the first structure and the finite element stiffness matrix and mass matrix of the second structure; confirming a vibration mode of the first structure and a vibration mode of the second structure according to the equation; and confirming a deformation compatibility matrix between the DOF (Degree of Freedom) modal displacement of the first structure and the DOF modal displacement of the second structure according to a Moore-Penrose pseudo-inverse method, thereby confirming a dynamical equivalent support effect matrix of the second structure and a fine dynamical finite element model of the first structure.

A filter assembly employs radially inwardly and outwardly displaced portions of a peripheral roll seam on the cartridge as components of a cartridge compatibility matrix. A base defines an axial entrance to a fixed retainer that is complementary to the compatibility matrix of the cartridge roll seam. Axial slots accommodate the outwardly displaced portions of the roll seam while inward protrusions correspond to the location and inward displacement of the inwardly displaced segments of the roll seam. Incompatible filter cartridges are prevented from axial reception into the base. The number, configuration and location of inwardly and outwardly displaced portions of the roll seam may be varied to provide a variety of unique compatibility matrices.

The invention aims at the disadvantages of existing adhesives, adopts a solution intercalation method to obtain organic montmorillonite-modified polyurethane adhesives, and makes up for the shortcomings of previous polyurethane adhesives. The present invention adopts two-component adhesive, first adopts dodecyltrimethylammonium chloride and cetyltrimethylammonium bromide as organic intercalation agent to process montmorillonite, in acetone and polyol components The organic montmorillonite is dispersed, mixed with isocyanate components, and cured at room temperature to prepare a polyurethane / organic montmorillonite nanocomposite adhesive. Polyurethane molecules are inserted between the montmorillonite sheets, the organic montmorillonite has good compatibility with the matrix, and the dispersion is uniform, which improves the mechanical properties, thermal stability, solvent resistance and light transmittance of the adhesive.

The invention discloses a power communication network state detection method. The method comprises the following steps: S1 a state parameter system of a power communication network state maintenance system is established; S2 a judgment matrix is constructed and then the judgment matrix is transformed through the compatibility matrix method to make the judgment matrix satisfy the consistency condition; S3 a score is calculated and a suggestion is given; S4 if the final score is not in an actual experience value interval, then the step returns to the step S2, and the importance contrast value of two parameters in a same module is adjusted according to the actual conditions until the final score satisfy the experience value interval. According to the invention, the time of the next state maintenance can be deduced through the dynamic analysis of device state evaluation, so the multiple maintenance and insufficient maintenance caused by fixed period type maintenance can be prevented, and the device maintenance cost can be effectively reduced while ensuring the normal operation of devices.

A method for determining compatibility between a service to a mobile device includes selecting at least one source of information for information respective of at least one of capabilities of the mobile device and requirements of the service; retrieving the information respective of the at least one of capabilities of the mobile device and requirements of the service from the at least one source of information; determining a predictive compatibility score (PCS) for a pair of the mobile device and the service based on the retrieved information; and storing the PCS in a compatibility matrix at a position corresponding to the intersection of the mobile device and the service, wherein the compatibility matrix contains a PCS for each pair of mobile device and service if information is available to make a PCS determination for such a pair.

The invention discloses a default revising method for a generalized coordinate of a movable structure based on a cluster theory and relates to the fields of design of an unfoldable structure, space structure construction analysis and the like. According to the method disclosed by the invention, the default revising problem of the generalized coordinate of the movable structure is changed into a plurality of mutually independent subproblems, each subproblem is solved by parallel computation, and time consumed in the default revising process of the generalized coordinate of the movable structure is effectively reduced. The method mainly comprises the following steps: a generalized displacement compatibility equation of the movable structure is established, and the symmetric group which the movable structure belongs to is determined; then each partitioned submatrix of a symmetric generalized displacement compatibility matrix is respectively computed, and corresponding generalized inverse is solved; and finally, the generalized inverse of the symmetric displacement compatibility matrix of the whole structure is built along a diagonal line, and the generalized coordinate of each node of the movable structure is revised. The higher the symmetry of the movable structure is, the more remarkable the improvement of the solving efficiency of the fault revising process of the generalized coordinate is.

Systems, methods, and apparatuses are described for updating navigational map data. A routing request is received for routing data. A version compatibility matrix may be accessed that corresponds to the routing request. An analysis is performed of a cache database, a main database, and the version compatibility matrix. A number of version conflicts between the cache database and main database are identified based on the analysis. Using these version conflicts, one or more routes based on the routing request are generated.

The invention provides a group scheduling method between base stations based on interference coordination, and the method comprises the following steps: enabling N user terminals in a basic service set to serve as edge user terminals or non-edge user terminals; defining each base station and each edge user terminal correlated with the base station as a transmitting-receiving / receiving-transmitting pair; obtaining the emission performance requirements for each edge user terminal or base station serving as a transmitting end under the condition that each base station or edge user terminal serving as a receiving end is not affected by co-channel interference; building a compatibility matrix formed based on the transmitting-receiving / receiving-transmitting pair; searching the transmitting-receiving / receiving-transmitting pair with the emission performance requirements being able to coexist in the compatibility matrix according to the emission performance requirements of the receiving end for the transmitting end, and forming a scheduling group through the transmitting-receiving / receiving-transmitting pair; and carrying out the call of the scheduling group. According to the invention, the method carries out flexible group selection according to the demands for current business, does not need to divide an orthogonal time slice, makes the most of time resources for business interaction, improves the probability that an edge user obtains a channel, and improves the user experience of the edge user.

The present invention provides a Web application compatibility testing method supporting multi-type and multi-version browsers. Create a compatibility matrix according to the type and version of the specific browser; then cause the test controller to create corresponding VM instances from the VM template according to the compatibility matrix to form a VM pool; then distribute predetermined compatibility test cases to the VMs In each VM instance in the pool; finally, the compatibility test cases are executed concurrently in the VM pool to execute the compatibility test in parallel.

The invention relates to a method for acquiring process task block dependency based on matrixes. The method aims to solve the problem that in existing exhaustion method search, it is needed to traverse all possibly occurring orders and meanwhile continuously construct test cases, and consequently time and labor are wasted. According to the method, first, test cases are input; second, the test cases are converted into a relation matrix; third, when alpha is greater than or equal to beta, the fourth step is turned to, and when alpha is smaller than beta, the ninth step is turned to; fourth, correct test cases different from wrong test cases are determined, and the fifth step is turned to; fifth, when alpha is greater than beta, the sixth step is turned to, and when alpha is equal to beta, the seventh step is turned to; sixth, a relation compatibility matrix is obtained, and the eighth step is turned to; seventh, a dependency matrix is obtained, and the thirteenth step is turned to; eighth, a dependency matrix is obtained, and the thirteenth step is turned to; ninth, correct test cases different from wrong test cases are determined, and the tenth step is executed; tenth, a complementary relation matrix is obtained, and the eleventh step is turned to; eleventh, a new complementary relation matrix is obtained; twelfth, a dependency matrix is obtained, and the thirteenth step is turned to; and thirteenth, dependency is obtained and output. The method is applied to the field of task block dependency determination.

The invention discloses a non-uniform sample equalization method and system for a product assembly process. The method comprises the following steps: A, calculating the similarity between different samples; B, constructing a fuzzy compatibility matrix S for representing the similarity among all samples, and constructing a fuzzy compatibility space X with different grain layers through the fuzzy compatibility matrix S; C, based on a particle calculation mode, screening out a particle layer with the maximum comprehensive value of the information increment and the inter-sample similarity from thefuzzy compatible space X to serve as an optimal particle layer; D, carrying out equalization processing on the sample of the optimal particle layer. The problem of equalization of non-uniform samplesof a product assembly process is solved, and the accuracy of a final prediction result and the generalization ability of the model are improved; the problem that samples are not easy to homogenize due to strong relevance of internal data of the samples is solved, and the number of the samples in each sample particle is uniformly processed from the optimal particle layer, so the equalized effect is more representative.

A method and apparatus for assessing the compatibility of a selected network feature with the network features of an existing telecommunications network 10 comprises providing an abstraction of each network feature in the form of a data model 100 which defines the relationships between any network elements 12 or nodes 27, software elements 13 and software features 14 required for each network feature. Information 19 is then collected about the existing telecommunications network 10 to identify the deployment of the network features in the existing network. This information is then combined with the data model 100 to build a feature compatibility matrix 107 which defines the compatibility of network features in the existing telecommunications network 10. The matrix 107 can then be interrogated with information defining the parameters of the selected feature to be added or upgraded to determine whether the selected feature is compatible with features of the existing network.

The invention provides a local structural dynamical modeling method and a device. The method is adopted for solving the problems of big data volume, low calculation efficiency and difficulty in locally dynamical responding and finely analyzing as required of the present dynamical modeling. The method comprises the following steps: dividing a whole structure into a first structure and a second structure; establishing an interface multipoint restriction equation for the first structure under the first grid and the second structure under the second grid according to the finite element stiffness matrix and mass matrix of the first structure and the finite element stiffness matrix and mass matrix of the second structure; confirming a vibration mode of the first structure and a vibration mode of the second structure according to the equation; and confirming a deformation compatibility matrix between the DOF (Degree of Freedom) modal displacement of the first structure and the DOF modal displacement of the second structure according to a Moore-Penrose pseudo-inverse method, thereby confirming a dynamical equivalent support effect matrix of the second structure and a fine dynamical finite element model of the first structure.

A system and method are provided for discovering significant patterns from a list of records in a dataset. Each record includes a set of items, and each significant pattern includes a subset of items such that a significance of the pattern exceeds a significance level. A significance is computed for each item in the list of records to determine significant items. The records are randomly sampled to select a sample portion of the records. Ambiguous patterns are identified against the sample portion of the records and verified against the entire list of records in the dataset.

The invention discloses a default revising method for a generalized coordinate of a movable structure based on a cluster theory and relates to the fields of design of an unfoldable structure, space structure construction analysis and the like. According to the method disclosed by the invention, the default revising problem of the generalized coordinate of the movable structure is changed into a plurality of mutually independent subproblems, each subproblem is solved by parallel computation, and time consumed in the default revising process of the generalized coordinate of the movable structure is effectively reduced. The method mainly comprises the following steps: a generalized displacement compatibility equation of the movable structure is established, and the symmetric group which the movable structure belongs to is determined; then each partitioned submatrix of a symmetric generalized displacement compatibility matrix is respectively computed, and corresponding generalized inverse is solved; and finally, the generalized inverse of the symmetric displacement compatibility matrix of the whole structure is built along a diagonal line, and the generalized coordinate of each node of the movable structure is revised. The higher the symmetry of the movable structure is, the more remarkable the improvement of the solving efficiency of the fault revising process of the generalized coordinate is.