120 results about "Model engine" patented technology

Methods and apparatus for creating a promotional event calendar are provided. A sales model and a cost model are created The value of offers and promotional events using the sales model and cost model is determined. Combinations of offers and promotional events based on determined value are selected to create a promotion event calendar subject to the conditions from at least one store. The apparatus includes an econometric engine for modeling sales as a function of price to create a sales model, a financial model engine for modeling costs to create a cost model, a promotional engine coupled to the econometric engine, and financial model engine to receive input from the econometric engine and financial model engine. The promotional engine analyzes a plurality of offers and a plurality of promotional events to optimally match offers with promotional events to create a promotional event calendar.

A system and method for electronic communication management comprises a universal data model, a modeling engine, and an adaptive knowledge base. The modeling engine includes a natural language processor and a statistical modeler. A communication is translated from its native format into the universal data model. The modeling engine determines the intent of the communication using the natural language processor and the statistical modeler. A response is generated, either automatically or by an agent. An audit module analyzes each response and provides feedback to the modeling engine and the adaptive knowledge base. The modeling engine uses the feedback to update models in the adaptive knowledge base. The modeling engine supports various application specific modules.

A method and system for modifying program applications of a legacy computer system to directly output data in XML format models the legacy computer system, maps the model to an XML schema and automatically modifies one or more applications to directly output XML formatted data in cooperation with a writer engine and a context table. A modeling engine lists the incidents within the applications that write data and generates a report data model. The report data model includes statically determined value or type of the data fields and is written in a formal grammar that describes how the write operations are combined. A modification specification is created to define modifications to the legacy computer system applications that relate applications that write data to the XML schema. A code generation engine then applies the modification specification to the applications to write modified applications that, in cooperation with a writer engine and context table, directly output XML formatted data from the legacy computer system without a need for transforming the data.

A method and system for modifying program applications of a legacy computer system to directly output data in XML format models the legacy computer system, maps the model to an XML schema and automatically modifies one or more applications to directly output XML formatted data in cooperation with a writer engine and a context table. A modeling engine lists the incidents within the applications that write data and generates a report data model. The report data model includes statically determined value or type of the data fields and is written in a formal grammar that describes how the write operations are combined. A modification specification is created to define modifications to the legacy computer system applications that relate applications that write data to the XML schema. A code generation engine then applies the modification specification to the applications to write modified applications that, in cooperation with a writer engine and context table, directly output XML formatted data from the legacy computer system without a need for transforming the data.

The present invention relates to a corporation call center system having real time capabilities, which comprises: (a) storage for at least a portion of the operational database of the corporation; (b) analysis module for analyzing the data of said storage, and forming model tables describing some selling and purchasing pattern of behavior as realized from prior knowledge, and model engine programs for operating with said model tables; (c) model engine programs for: (c.1.) initially, and in real time during a specific interaction with a customer, substituting real values relating to said specific interaction in said model tables, and determining respectively a most valuable parameter for the corporation or a ranking list of most valuable parameters which has to be obtained from said customer, and providing the same to a real time engine for introduction in real time to said customer; and (c.2.) upon receipt of real, value for said most valuable parameter from the customer, determining in real time by using said model tables a most attractive product or a ranking list of most attractive products, and conveying the same to said real time engine for introduction as an offer to said customer; (d) a real time engine for: (d.1.) during said interaction of an agent with a specific customer, receiving from said model engine programs either said most valuable parameter for the corporation or said ranking list of most valuable parameters, and introducing the same as a real time message to the agent for questioning by the agent from the client a real value for the same, and upon receipt of said real value from said agent, conveying it to said model engine programs; (d.2.) receiving from said model engine programs an indication relating to a most attractive product or a ranking list of most attractive products, and initiating in real time a respective message to the agent notifying him to offer the customer one or more of said most attractive products.

The invention discloses a data processing method and device for a nursing robot. The method and device are used for solving the problem that a nursing robot in the prior art can only be selected in a set interaction mode by calculating the emotional state of an interaction object and cannot provide a more proper interaction mode for the interaction object. The method includes the steps that a model engine receives the data of a target object to generate a growth model capacity parameter matrix of the target object, the model engine adjusts capacity parameter adjustment values in the growth model capacity parameter matrix according to an adjustment formula coefficient or a standard growth model capacity parameter matrix, the adjusted capacity parameter adjustment values are determined, and the model engine judges whether the adjusted capacity parameter adjustment values exceed a preset threshold value or not; and if the adjusted capacity parameter adjustment values are within the preset threshold value range, the model engine sends the adjusted capacity parameter adjustment values to a machine learning engine.

A method for modeling cost is provided. Sales data is received. Cost data is also received. Cost per unit of product is estimated from the sales data and the cost data. In addition, an apparatus for modeling costs, useful in association with an optimization engine, is provided. Generally, an econometric engine for receiving sales data, cleaning the data and generating imputed variables is combined with a financial engine for receiving imputed variables from the econometric engine, receiving cost data, generating a cost model, and outputting the cost model to the optimization engine.

A method is provided for compensating for variability in ash accumulation rates within an aftertreatment element of an engine exhaust system. The method includes determining flow resistance values through the aftertreatment element and tracking minimum flow resistance values over time. The method also includes correlating the tracked minimum flow resistance values over time, with a model of engine oil consumption rate that is based on predetermined values for model engine oil consumption. The method further includes adjusting the predetermined values based on the tracked minimum flow resistance values over time.

The invention discloses a code generating method and system based on model driving. The system comprises a database model, a model architecture and code templates on a data model layer. In a code generating process, a model analysis module acquires model objects specified by programming personnel from database models and operational models, and invokes the corresponding code templates through a template engine according to the model objects; finally, a code generator cleans up the relations among the model objects, and generates final codes based on the model objects according to the model engine. The method and system provided by the invention adopt a positive code generating mode, a two-way derivation code generating mechanism and a plug-in type code generating architecture, and is high in efficiency and quality, so that higher-quality codes can be obtained according to the code generating technology.

A scenario modeling engine that generates an enhanced insurance feature recommendation for a group of insured entities or employees is disclosed. The scenario modeling engine may aggregate demographic data regarding the insured entities, receive a user response indicating at least one insurance goal for the group regarding an insurance feature, generate an insurance feature score or profile according to the insurance goal and the received demographic data; generate a first insurance feature recommendation based on the profile; receive industry benchmark data for the insurance feature and report the first insurance feature recommendation compared with the industry benchmark; receive user input indicating revision for the insurance feature; and report a set of insurance features or an insurance plan based on the revision for the insurance feature. A bid or solicitation for a bid for an insurance policy may be automatically sent accordingly.

The invention discloses a method and a system for realizing mapping from a YANG model to an internal model, relates to the technical field of communication, and aims to support mapping from the YANG model to the internal model by using an extended private mapping statement in the YANG model in a development stage. The method comprises: loading an internal model, and establishing an internal modelclass and internal model elements in a memory; loading the YANG model, and establishing a YANG model tree in the memory; analyzing the private mapping information to establish a mapping relation between the YANG model and the internal model class and between the YANG model and the internal model elements. By adopting the method and the device, when the Netconf receives the YANG configuration, theYANG configuration is analyzed to obtain a YANG instance tree, nodes of the YANG instance tree are mapped into instances of an internal model class, and a temporary internal model mapping object aftermapping is constructed; and then the temporary internal model mapping object is sent to an internal model engine, so that automatic mapping from the YANG model to the internal model can be realized.

The invention comprises a system for predicting transmission of an infectious agent via air travel, comprising: a) a database, the database containing air passenger travel data for air travel between origin cities and destination cities, the air passenger travel data including: frequency of flights from origin cities to destination cities, number of passengers traveling from origin cities to destination cities, number of direct non-stop flights from origin cities to destination cities, total passenger traffic for origin and destination cities, and corresponding date stamps for all air passenger travel data; b) a modeling engine operative to map the air passenger travel data with the infectious agent to determine the probability of infection of an individual destination city from an individual origin city via air travel; and c) a reporting engine operative to produce a probability of infection of the individual destination city from the individual origin city at a given time based on said map.

A gear system having a gear installed with shock absorbing means in a model engine starter. Said gear system comprises a rotary drive section to generate a turning force; a hub formed with an inclined guide groove axially slanting at a predetermined angle; a starter shaft having a pin mounted at an intermediated portion thereof and an actuator at one tip end thereof, said starter shaft being inserted through said hub to be guided by said inclined guide groove to move said starter shaft such that said actuator is brought into engagement with a model engine crankshaft: said gear system comprising a final stage gear loaded with shock absorbing means therein to absorb an impact upon engagement of said actuator with said model engine crankshaft.

The invention discloses a three-dimensional model system of a 220KV transformer, and relates to the technical field of three-dimensional simulation of the 220KV transformer. According to the three-dimensional model system, modeling software is utilized, a part level serves as a unit, geometric constraint is added according to the assembly relationship of equipment, assembly is performed, and finally a set of three-dimensional virtual model of the 220KV transformer is generated. The model is led into a simulation platform after being built well, wherein the simulation platform comprises a model engine, a data engine, a sound engine, a script engine and a logic engine. The model engine leads in the model built well in the modeling software, the mathematical logic relationship and geometric constraint conditions are added to the model through the logic engine, and according to standard transformer disassembly and assembly steps and maintenance procedures, interactive animation production is carried out on the model of the transformer. Meanwhile, programmers can also use the sound engine and the script engine to add sound and demonstration animations to a simulation system. The three-dimensional model system of the 220KV power transformer has the advantages of greatly improving teaching quality, and meanwhile reducing loss of concrete equipment.

The invention relates to the technical field of electronic medical records, in particular to an electronic medical record generation system and method. A standard model engine is used for customizing a structured standard electronic medical record information model meeting national standards and various standards of health and family planning commission; an intelligent inquiry engine converts the standard model into a structured inquiry model actively filled by a patient; a semantic model engine converts the standard model into a natural language medical record model conforming to language and reading habits of a doctor; and the patient answers the problems of the structured inquiry model, and then the system automatically converts an active medical record filled by the patient into a semantic medical record viewed by the doctor. According to the system and the method, the problem of standardization is solved; an active electronic medical record system initiated by a patient end guides the patient to actively input information of a present medical history, a past medical history and the like to the system in an inquiry simulation form; the patient actively fills in the medical record, so that the disease diagnosis time of the doctor is saved and the diagnosis and treatment efficiency is improved; and the filling of the medical record is finished by simulating an inquiry manner of a consultation room, so that actual demands of the patient are met in an innovative manner.

An enterprise software system is described that is capable of representing extensible business reporting language (XBRL) documents in multidimensional form. For example, the enterprise software system may include at least one XBRL document containing extensible markup language (XML) elements. The system further comprises an XBRL engine to parse the XBRL documents and extract the XML elements, and a modeling engine to generate a multidimensional model having a plurality of dimensions based on the extracted XML elements. Users can manipulate and view different dimensions and members of a multidimensional XBRL data model as if the XBRL data where organized as one or more multidimensional data cubes.

The invention relates to the technical field of information, in particular to the field of monitoring operating and maintaining, and particularly discloses a method for monitoring a service system based on module finding. A correlation model configuration module, a model engine module and a monitoring model showing module are adopted in the method. The correlation model configuration module is mainly used for classifying the modules supporting the service system, concluding configuration items and providing the bottommost resource support for the module finding technology. The model engine module is used for automatically finding the modules of the service application system according to the module finding algorithm and correlating the modules. The monitoring model showing module is mainly used for uniformly showing correlated topology monitoring models. According to the method, hardware at the bottom layer of the service system can be found, a corresponding topological structure can be formed, the software layer role played by the hardware at the bottom layer in the service system can be found, comprehensive monitoring is vertically carried out on the service system from top to bottom and from software to hardware, and monitoring visuality and accuracy are greatly improved.