191 results about "Process map" patented technology

A system, method and carrier medium for modeling a Financial Service Organization (FSO) business in a computer software program and for storing the model of the FSO business in a database. An object-oriented business model representing the FSO may be created and stored in a business model database. The one or more business objects included in the business model may be configured to describe various products, methods, functions and properties associated with an FSO. A process map business object may describe a process workflow. The process workflow may identify a sequence of tasks to be performed by an FSO production system to process an FSO transaction. The sequence of tasks associated with an FSO transaction may be consistent with pre-defined business logic for the transaction. Selecting a task object from a plurality of task objects and transferring the task object to a process map display representing the process map business object may create the process workflow. Additional task objects may be transferred and connected to the transferred task objects in a manner consistent with the business logic. An FSO production system, which may be configured to process FSO transactions, may access the database to request data associated with a particular FSO transaction. On receiving the requested data from the business model database, the FSO production system may complete the processing of the FSO transaction.

A system can analyze an application programming interface definition to automatically produce software string generator and parser software components allowing remote access to functions within the application programming interface definition by processes that are not natively compatible with the computing system environment in which the application programming interface operates. A first string generator processes can produce an encapsulated function call from a first process, such as a Java-based process, that calls a first function in a first computing environment. A second parser process operates in a second computing environment to receive the encapsulated function call and to invoke a second function call in a second process, such as a C-based process. Results from the second function call are returned to a second string generator which produces an encapsulated response that is returned to a first parser process. The first parser process maps the encapsulated response back into first function call parameters for return to the first process, thus providing access to second functions of the application programming interface by the first process.

A computer implemented method, apparatus, and computer program product for managing symmetric multiprocessor interconnects. The process identifies functional communication connections between each processor in a plurality of processors on a multiprocessor to form identified functional communication connections. The process maps every functional communication connection between any two processors in the plurality of processors, based on the identified functional communication connections, to form an interconnect matrix. The process creates a path map using the interconnect matrix. The path map comprises a sequence of communication connections between the plurality of processors. The process initializes the plurality of processors using the path map.

In accordance with embodiments, there are provided mechanisms and methods for controlling a process using a process map. These mechanisms and methods for controlling a process using a process map can enable process operations to execute in order without necessarily having knowledge of one another. The ability to provide the process map can avoid a requirement that the operations themselves be programmed to follow a particular sequence, as can further improve the ease by which the sequence of operations may be changed.

Embodiments for a memory efficient perfect hashing for large records. A container ID set is divided into multiple fixed range sizes. These ranges are then mapped into perfect hash buckets until each bucket is filled to uniformly distribute the container IDs across different perfect hash buckets so that the number of CIDs in every perfect hash bucket is the same or nearly the same. Individual perfect hash functions are created for each perfect hash bucket. With container IDs as keys, the process maps n keys to n positions to reduce any extra memory overhead. The perfect hash function is implemented using a compress, hash, displace (CHD) algorithm using two levels of hash functions. The level 1 hash functions divides the keys into multiple internal buckets with a defined average number of keys per bucket. The CHD algorithm iteratively tries different level 2 hash variables to achieve collision-free mapping.

Embodiments of the present invention address the above needs and/or achieve other advantages by providing a method, system, computer program product, or a combination of the foregoing for creating a knowledge management system for production support that is standardized and centralized across the channels and sub-channels in an organization. The knowledge management system receives information relating to incidents from databases in the organization. The knowledge management system displays via a user interface at least the following information related to at least one incident, the current status of the incident, the recovery guidelines for effecting resolution of the incident, and scoring values associated with the incident. The knowledge management system also stores and displays historical information, contact information, incident reports, and outstanding incident tickets associated with the incident, as well as process maps or flowcharts for systems, applications, and customer views, and an academy for training associates.

The invention provides a method for processing map data based on a mobile terminal, a system and the mobile terminal. The method comprises the following steps of: carrying out format conversion processing for the map data and generating map vector data; encoding the generated map vector data and generating the map vector data with a compressed format; constructing a dynamic vector database in the mobile terminal; downloading the map vector data with the compressed format into the dynamic vector database; reading the map vector data with the compressed format from the dynamic vector database and decoding the map vector data with the compressed format to obtain the map vector data; and mapping a map which is corresponding to the map vector data on a display of the mobile terminal according to the map vector data and mobile terminal display pixel data. The method, the system and the mobile terminal are used to solve the problem that map data storage is matched with display and real time map scanning, voice navigation, real time geographic information and interest point searching and the like on the mobile terminal are realized in deed.

A computer implemented method, apparatus, and computer program product for identifying an interval for performing a maintenance task. The process retrieves scheduled maintenance data and un-scheduled in-service maintenance data for a given apparatus type. The process maps the un-scheduled in-service maintenance data to the scheduled maintenance data for the given apparatus type to form mapped maintenance data. The process performs a statistical analysis on the mapped maintenance data. The process identifies an optimal interval for performing the maintenance task based on a result of the statistical analysis to form a recommended maintenance interval.

The present invention relates to a method of applying a pattern recognition method to a digital spectrometer to carry out nuclide rapid identification. The method comprises the steps of using the digital spectrometer to carry out real-time acquisition and data pre-processing on a nuclear radiation pulse signal, and selecting the characteristic energy ray and the area increase ratio of the characteristic energy peak of a correlated nuclide as the needed characteristic information, wherein the characteristic energy ray can be used as the main characteristic to identify the existence of the nuclide, and the area increase ratio of the characteristic energy peak is used as the auxiliary characteristic to be used as the criterion of the parallel analysis of a multi-ray nuclide. The advantages of the present invention are that: the area increase ratio of the characteristic energy peak of the nuclide substitutes the operation in the conventional method of selecting the full-energy peak area of the characteristic ray of the nuclide as the basis of identifying the existence of the nuclide, so that the identification of the nuclide is not interfered by the full-energy peak counting area of the characteristic ray of the nuclide accumulated in the early stage, and the identification reliability of the nuclide is improved; the characteristic extraction process maps an input pattern from the object space to the characteristic space, so that the quantity of information is compressed, the identification and judgement are easy, and the identification speed and efficiency of the nuclide are improved.

The invention provides a hotspot region determination method and device based on geographic position data. The method comprises the steps of gridding a to-be-processed map region; carrying out statistical analysis on a grid value of each grid in preset duration, wherein the grid value is the number of users reporting the geographic position data in the corresponding grid; screening the grid values greater than a preset threshold value from the statistic grid values; determining positioning points in the grids corresponding to the screened grid values; calculating a curve containing all positioning points based on a preset algorithm according to the positioning points; and determining a region in the curve as a hotspot region. Through application of the embodiment of the invention, the hotspot region is automatically determined through utilization of the geographic position data truly reported by the users; the low efficiency and high cost resulting from artificially dividing the hotspot region are avoided, the efficiency of determining the hotspot region is improved, and the cost of determining the hotspot region is reduced.

The invention discloses a customized map-based household sweeping robot used for a two-storey house. The customized map-based household sweeping robot comprises a control system, a positioning system, a mechanical system and a man-machine interaction system, wherein the control system is the core of the sweeping robot, and processes and coordinates the works of the positioning system, the mechanical system and the man-machine interaction system, the positioning system is connected with the control system and has the functions of positioning, and acquiring and processing map information, the mechanical system is connected with the control system and allows the sweeping robot to move, evade obstacles, clean in a determined region and also go up/down stairs, and the man-machine interaction system is connected with the control system and enables information interaction between the user and the sweeping robot. The customized map-based household sweeping robot can thoroughly clean a determined area and can automatically go up/down stairs. The sweeping robot can be prevented from being stuck, the cleaning efficiency is increased, and each area can be cleaned.

Provided is an intelligent urban traffic management platform, which comprises an intelligent vehicle system, a high-precision map system, a traffic management system and a vehicle cloud system. The intelligent vehicle system comprises a 3G/4G SIM card, a man-machine interaction module, a wireless communication module, a sensor, a microprocessor, an executor and a storage device. The high-precision map system is used for receiving information and requests sent by the intelligent vehicle system, carrying out processing on the information and sending map information according to the requests and sending the processed map information to the traffic management system; the traffic management system is used for integrating the information provided by the high-precision map system and the intelligent vehicle system, displaying traffic situations, carrying out self-learning optimization and sending the traffic information to the intelligent vehicle system according to the requests; and the vehicle cloud system is used for carrying out identification learning and fusion on the data collected by different intelligent vehicle systems and sending learning information to the intelligent vehicle systems. The platform solves the problem of information lack among vehicles, roads and traffic management systems.

The invention discloses a map information handling method, including: pairing a plurality of elements in a same web page anchor text set to obtain matching pairs; removing the administrative region names in the anchor text set; selecting the candidate full abbreviation matching pairs according to the similarity of the matching pairs; using participle to remove the prefix and postfix existing in the full abbreviation matching pairs, and then outputting the matching pairs that have passed the prearranged threshold condition filtration. Also disclosed is a map information handling apparatus and system. Adoption of the invention can automatically establish a full name and abbreviation matching relationship, thereby fully utilizing the interest point data, improving the searching matching efficiency and user experience degree.

In the method for sharing encrypted data region among two or more processes on a tamper resistant processor, one process creates the encrypted data region to be shared according to the common key generated as a result of the safe key exchange, and the other process maps that region to its own address space or process space. The address information of the shared encrypted data region and the common key of each process are set in relation in the encrypted attribute register inside the tamper resistant processor, so that it is possible to share the encrypted data region safely.

The embodiment of the application discloses a method for displaying business objects, a method for processing map data, a client-side and a server. The method for displaying business objects comprisesthe following steps: providing a screening interface comprising a map display area and a partition dimension display area, wherein in the partition dimension display area, at least one partition dimension and description information corresponding to multiple sub-dimensions are displayed; displaying a map of a target city in the map display area, wherein an area scope corresponding to the multiplesub-dimensions is displayed on the map of the target city; receiving partition dimensions and sub-dimension information selected by a user; and displaying business objects associated with sub-dimensions and selected by the user. With the method for displaying business objects, the method for processing map data, the client-side and the server, more abundant filtering information can be offered tothe user in order to diminish operation steps of the user.

A system and method for drivable road surface representation generation using multimodal sensor data are disclosed. A particular embodiment includes: receiving image data from an image generating device mounted on a vehicle and receiving three dimensional (3D) point cloud data from a distance measuring device mounted on the vehicle; projecting the 3D point cloud data onto the 2D image data to produce mapped image and point cloud data; performing post-processing operations on the mapped image and point cloud data; and performing a smoothing operation on the processed mapped image and point cloud data to produce a drivable road surface map or representation.

The invention relates to a computer-aided process planning method with graphic function, belonging to the technical field of manufacturing automaton. The method comprises the steps of: combining visible process graphic drawing with computer-aided process planning, dynamically determining the processing path and each procedure of the parts by taking a process knowledge base as a core and combining process knowledge in the knowledge base according to process parameters of the parts under the support of knowledge reasoning and graphic decomposing mechanisms, meanwhile, automatically drawing the process graphics of the procedures in the processing path, and finally generating an integral process plan. The computer-aided process planning method effectively solves the problems in process planning, releases technologists from a mass of repeated labor, shortens the production period and improves the labor efficiency.

Systems and methods for efficiently conveying one or more broadband communication channels over a transmission medium. Communication is effected by transforming an incoming digital bit stream into a prime frequency information stream that includes a plurality of prime frequency components. This transformation can be accomplished through the use of a plurality of mathematical basis functions. The prime frequency information stream is then transmitted over the transmission medium. More particularly, digital bit streams carried on one or more incoming channels are in the form of binary "on" and "off" bits. These digital bits are converted into a plurality of prime frequency components which together comprise a prime frequency information stream. The conversion process maps each of respective incoming digital bits to a corresponding one of a group of orthogonal basis functions.

The present invention provides a method and a system for detecting and distinguishing a passive synthetic aperture target signal, wherein the method comprises the following steps: step 101) constructing a motion doppler receiving model for a target signal under motion of a towed array sonar; step 102) respectively performing cross correlation averaging on target signals which are received by a hydrophone at an overlapping part on spatial position according to a passive synthetic aperture sonar algorithm when the array performs two successive motions in a fixed time interval, and then performing frequency domain wave beam forming treatment on the target signals which are received by array elements at different time periods; step 103) performing energy integration on the output sub-frequency-bands after forming of the frequency domain wave beam for obtaining wave beam output of each time interval; step 104) performing phase estimation on time delay and spatial position movement according to the doppler receiving model, and acquiring a phase correction factor according to the phase estimation; and step 105) compensating the wave beam output through each phase correction factor of time interval, and performing cross combined accumulation on the compensated wave beam output and realizing detection on the target through a time orientation process map.