87 results about "Web Map Service" patented technology

An interactive and enhanced digital Instant Catalog of products, services, and information that is personalized or personally profiled, to each unique user of the catalog. The catalog instantly and intelligently captures, stores, manages, and processes self-selected, reusable and "re-distributable" catalog groupings anonymously, for personalizing, enhancing, monitoring, tracking, and peer sharing through multiple mediums and platforms by intelligent agents for a variety of user and vendor specified purposes. The personally profiled cataloged information can be viewed instantaneously and simultaneously by each effected component or member of a supply chain, at the time the product or service has been cataloged, without identifying the cataloger. The user, who preferably employs a Web browser over the Internet, personalizes the interactively produced intelligent catalog content. Products, services, and information groupings are digitally captured and stored by an intelligent catalog agent for enhanced personalized interaction and networking through a peer sharing network, or through an open catalog exchange. The user has the ability to create their own individualized world of products, services, and information that is contextually tailored to each user's unique environment in real-time. Web services hosted within a personal Extranet can anonymously assist and facilitate a context specific task or service insightfully and spontaneously. Through the selective cataloging of multi-vendor products, services, and information, a user is able to fully control, personalize, enhance and share, any lifestyle interest captured from ITV, print, the World Wide Web, businesses, and peers.

The invention provides an implement method of lightweight-class global multi-dimensional remote-sensing image network map service. The implement method comprises the following steps: a global geographic space pyramid model is constructed, and a Tile file encoding system is built according to the model; pre-treatment mainly comprising projection transformation, file format conversion and the like is performed on the remote-sensing data so as to cut the remote-sensing data into tiles, and file encoding is performed; according to a distribution strategy, Tile files are grouped to generate a corresponding directory structure, and different images are updated on different Web servers; the visible range of the map requested by a client side is analyzed to calculate the storage paths of all images within the visible range, and the images are loaded and fed back to the client side. According to the invention, the implement method of the light-weight-class global multi-dimensional remote-sensing image network map service can be provided for a remote-sensing data center (such as the China Center for Resources Satellite Data and Application) and can provide remote-sensing data service to users more conveniently.

EnersunWebCache (EWC) is a project realized by adopting Java and used for caching WMS (Web Map Service) Tiles. When a map client requests for a new map and Tiles, the EWC intercepts certain calls and then returns cached Tiles. If caches are not found, the Tiles in a server are called, so that the map display speed is increased and better user experience is realized. The map is often static, and the operations of requesting for WMS data by most clients each time are doubted, so that unnecessary processing is caused and the waiting time is prolonged. The EWC optimizes the stored (cached) map tiles as agents for connecting the client (such as OpenLayers or Google map) with the server (such as GeoServer or any server compatible with WMS) when the clients make requests. With the requests of the new map and the tiles, the EWC intercepts the requests and pre-renders the tiles if the tiles are already cached. Therefore, once the tiles are stored, the map drawing speed can be increased by multiple times and perfecter user experience is realized.

The invention relates to a GIS configuration-based application scene management method and system. The GIS configuration-based application scene management method comprises the steps: configuring various scene data in a database in advance through a configuration tool; receiving, by a Web server, a GIS page request sent by a client; according to parameters of the GIS page request, automatically reading configured scene data from the database, and sending the scene data to the client; performing, by the client, module loading, style rendering and event binding on the obtained scene data to generate a GIS page; display the GIS page. According to the GIS configuration-based application scene management method and system, a configurable GIS platform is provided, which combines with a map service to support different resource species and services and can quickly respond when an existing service changes or a new service is added.

The invention discloses a Web service recommendation method based on user preference feature modeling. The Web service recommendation method based on user preference feature modeling comprises the steps that (1) Web services are collected from a Web service portal, the service roles, targets, processes and marks of the collected Web services are labeled and registered to a service repository in a Web service platform, and a Web service description document is built; (2) the historical service call information of each user is collected from the Web service platform, a historical call information document about the service roles, targets, processes and marks of the users is generated, and a user preference document is built; (3) by calculating the multi-dimensional preference similarity among the users and carrying out weighted fusion, the former N preference similarity neighbors of the users are generated, and N>=1; (4) the Web services most frequently called by the former N preference similarity neighbor users are sequenced, and a final service recommendation list is generated. The Web service recommendation method is suitable for the Web services described by various languages, such as services described by WSDL, services described by OWL-S, and the web services described through the method like the text language, and has universality.

Disclosed is a method for a 3-dimensional (3D) web map service using augmented reality, the method including downloading a mapping information file where 2-dimensional (2D) marker information and 3D modeling data are mapped, receiving map data including the 2D marker information from a map data providing server, rendering a map to a frame buffer in advance using the received map data, extracting an identification (ID) of the 3D modeling data through detecting 2D marker information from the map data and searching the mapping information file, extracting the 3D modeling data corresponding to the detected 2D marker information from a 3D modeling database using the ID of the 3D modeling data, additionally rendering the 3D modeling data to the frame buffer after processing the 3D modeling data, and rendering the rendered data to a screen.

The invention discloses a grid method-based dynamic coordinate conversion method for a network map service. The method comprises the following steps of (1) releasing the network map service; (2) establishing a control point grid; (3) obtaining a slice scheme; (4) calculating coordinate affine transformation parameters; (5) calculating a conversion range; (6) establishing a coordinate system conversion database; (7) releasing a coordinate conversion service; and (8) calling the coordinate conversion service. The method realizes online dynamic conversion from the map service meeting international standard specifications in an object coordinate system to a subject data ontology coordinate system in industry field, and has the characteristics of universality, security, accuracy and the like.

The testing of programming code for a web service, such as code for a web service application program or for a web service application programming interface (API), is automatically performed. A set of web service requests is generated based on potential input values for fields of the requests that are included in a spreadsheet. The web service requests are firstly processed via execution of a production version of the programming code to generate a set of production web service responses, where the production version of the programming code is assumed to generate accurate web service responses. The web service requests are then processed via execution of a new version of the programming code to generate a set of new web service responses. The web service responses of the new and production sets are compared to determine whether the new version of the programming code functions accurately.

The invention relates to a web service integration method of geographic information, wherein the method is used for integrating the data services of different geographic information service platforms in a network environment; a web integration publishing server is directly connected with server end servers of different geographic information service platforms; the background services of different geographic information service platforms are switched; the calling interface of the web integration publishing server is used for calling the data of geographic information data service according to the platform type information of different platform products and link information; simultaneously, geographic information service data switched into a unified format is provided for a user through web service according to data service standard predefined by a client browser of the user; and the user can call the data services of different geographic information service platforms just through the same browser. The invention provides a web service integration method of geographic information, and the sharing and interoperability of geographic information service resources are greatly strengthened.

The present invention provides a method, apparatus and computer program product which enable a web service gateway which provides support for business services which are described using a particular document format, for example Web Service Definition Language (WSDL), to further provide support for business services which are described using a different document format, for example in a business to business (b2b) profile such as specified by RosettaNet. The business service provides its profile to the gateway which generates a document from the profile and then uses the generated document to enable a web client, which recognises the document format but not the profile format, to access the web service via the gateway.

Development tools and a methodology for efficient development of distributed web services. A tool tracks changes in packages used to create images deployed for testing. Rather than build a complete image for each change, a current image may be created by substituting changed packages in a previously created image. Another tool allocates components of an image to a number of servers specified by a user of the tool. Such a tool simplifies integration testing of the web service by allowing a developer to initially test a web service on a single server or a small number of servers and then easily scale-up the test environment. The servers may be physical servers or may be virtual servers. Interface rules for packages that constitute the software for the web service are defined to reduce the likelihood of integration problems as the environment is scaled up.

The invention discloses a method for regulating a map scale automatically and dynamically for a mobile terminal, comprising the steps of: obtaining a geographic coordinate of the located position through a GPS (Global Positioning System) in the mobile terminal in real time, and transforming the geographic coordinate into a screen coordinate through projection transformation. If the transformed screen coordinate is within a map display range before the regulation of the mobile terminal, an amplification algorithm is adopted, and whereas a reduction algorithm is adopted, thereby figuring out an ideal map scale value desired by regulation. According to the ideal map scale value, a map of which the map scale value is most approximate to the ideal map scale value is checked in a network map service or a local map database, and the map display effect is adjusted. The method provided by the invention can regulate the map scale of a mobile terminal in a movement condition automatically and dynamically according to the real time position of the mobile terminal, thereby avoiding the inconvenience that a user regulates the map scale manually.

The invention discloses a medical resource recommendation method and system based on Web services. The medical resource recommendation method comprises the steps that demand information sent by clients is received, the demand information is matched with preset medical service resources packaged to be the Web services, a plurality of candidate Web services meeting the needs of the clients are determined, and a candidate Web service set is generated; a plurality of resource attribute values included by each candidate Web service are determined, and a service quality matrix of the candidate Web service set is constructed; the comprehensive service quality evaluation value of each candidate Web service is calculated according to the service quality matrix and an equalization service quality evaluation method, and the candidate Web service with the largest comprehensive service quality evaluation value is recommended to the clients. The information technology is utilized in the method and system, information estrangement between service supply and demands is eliminated, and equalization allocation of the service resources can be achieved as far as possible on the premise of meeting the individualized needs of different clients.

The invention relates to a method for obtaining data and drawing a graph based on a web service and belongs to the technical field of computer drawing. Intelligent terminals obtain data information through remote procedure call of web service interfaces and the corresponding data are expressed in a curve mode. The method for obtaining the data and drawing the graph based on the web service is characterized in that the intelligent terminals call the data information through the web service interfaces, so that the intelligent terminals are prevented from having direct access to a database in a JDBC mode, and the safety of the data is guaranteed; the limits of authority of the different intelligent terminals are divided, layered management of the data is achieved, and the confidentiality and the reliability are effectively improved; access ip addresses and port numbers can be set and changed by the intelligent terminals, so that the data are called conveniently and rapidly; result sets are packaged to an Array list through the web service interfaces, resources of the database are prevented from being occupied for a long time, and the efficiency of data obtaining is improved; the data and the time interval of the data to be inquired can be set through the method and the inquiry result is accurate and effective.

The invention provides a reinforcement learning driven network map region clustering prefetching method. Tile small files in the same region are merged into a region clustering large file, a reinforcement learning driven network map region clustering prefetching model is established, the model adds recorded and counted hotspot regions and region space relations into Q learning parameters, and the region corresponding to the maximum Q value direction is a corresponding prefetching region. By caching network map user request regions, the utilization rate of network map server cache space is increased, network map data is cached and prefetched in the form of the region clustering large file, the caching and prefetching quality of tiles is improved, future hotspot regions of the network map are dynamically predicted and cached through the combination of the characteristics of the network map and historical access records, active large-scale efficient prefetching is achieved, dynamic update and accurate prediction are achieved, and the performance of a network map server can be improved.

The invention relates to a network map service publication method and system. The method includes: creating tile map sources at a server end, compiling a tile cache configuration file, defining the storage mode as hybrid loose cache, applying JPEG formats to the tiles in the middle of a cache area, and applying PNG formats to the tiles on the periphery of the cache area; changing the name suffixes of the generated tiles into PNG so as to unify data types, and changing the tile format parameter in the tile cache configuration file into PNG; publishing a map service, and providing a TMS and WMTS access interface to a client. The method has the advantages that hybrid slicing technology is used, advantages of PNG and JPEG are fully utilized, the hybrid tiles of high-resolution images are enabled to be fast accessed in the Internet through the TMS and WMTS interface, and tiles on the periphery of the cache area can be well displayed when the images are overlaid with other map resources.

The invention relates to the technical field of web services and aims to provide a web service multi-dimensional semantic model, achieve semantization of web services, and increase availability of a web service semantic descriptive model. According to the technical scheme, a model building method includes: 1, defining functional semantics of web services according to MSDL standards; 2, defining context semantics of web services according to the MSDL standards; 3, defining performance semantics of web services according to the MSDL standards and describing quality attributes of the services; 4, defining technical semantics of web services according to the MSDL standards; 5, defining interaction semantics of web services according to the MSDL standards. The method is mainly applied to web services.

An XQuery access API is described, for providing access to XML data from a data source, using the XQuery language. A requestor can request, from a server, performance of an operation on XML data, wherein request messages and response messages conform to the Simple Object Access Protocol (SOAP). Request and response messages can be transmitted using Hypertext Transfer Protocol (HTTP) or Hypertext Transfer Protocol over Secure Socket Layer (HTTPS). The format of the request and response messages is specified in a definition of a Web service, where the definition conforms to the Web Service Description Language (WSDL).

Disclosed is a method for a 3 -dimensional (3D) web map service using augmented reality, the method including downloading a mapping information file where 2-dimensional (2D) marker information and 3D modeling data are mapped, receiving map data including the 2D marker information from a map data providing server, rendering a map to a frame buffer in advance using the received map data, extracting an identification (ID) of the 3D modeling data through detecting 2D marker information from the map data and searching the mapping information file, extracting the 3D modeling data corresponding to the detected 2D marker information from a 3D modeling database using the ID of the 3D modeling data, additionally rendering the 3D modeling data to the frame buffer after processing the 3D modeling data, and rendering the rendered data to a screen.

This invention relates to a configuration method for the Web covering service coordinate based on the Web map service, which applies the conversion mode of continuous points by taking the reference coordinate supported by the WMS service end as the primary standard to convert WCS service data under different reference systems to the reference coordinate system with the same data to WMS service and bring the geographical data got from the geographical service information of different protocols into a unified frame to integrate multi-protocol geographical service from different stops, plants, services, data sources and different space reference systems on the browser.

The invention discloses a multi-part collaborative service process monitoring system based on a Web service arranging description language. The multi-part collaborative service process monitoring system based on the Web service arrangement description language is composed of a service process modeling module, a service process displaying module, a monitoring metadata model module, a client-end packet acquirer module, an event engine module, a monitoring system server module, a data receiving server module and a report customizing and displaying module, wherein the client-end packet acquirer module is capable of acquiring network packets according to monitoring files and analyzing the relation between interactive information and the network packets, enabling several network packets which belongs to the same conversation to be analyzed and enabling the network packets to be packaged and related according to the conversation through a reconstruction algorithm to form message chains; and information contained in the message chains is extracted to be stored into a database or to stimulate an event engine to trigger an event. The multi-part collaborative service process monitoring system based on the Web service arrangement description language is used, cross-region / cross-system multi-part collaborative service process monitoring can be achieved, and the problems that service process modeling is difficult and service process monitoring can not be carried out are effectively solved.

Disclosed is a system and method for representing user interaction with a web service. The method comprises the steps of: acquiring a representation of the actions of a user performing a task with the web service; analysing the acquired actions to determine semantics and at least one variable describing the user to actions; and representing the semantics and the at least one variable in at least one script file, the at least one script file supporting performance of user interaction with the web service based on the semantics and a value provided for the variable.

A uniform approach for web service discovery is provided through common auto-discovery logic for cloud-based or enterprise-based deployments for a specific web service. Appropriate credentials may be applied employing a uniform method using an appropriate authentication scheme for on-premise, fully hosted, or partially hosted auto-discovered web services. A common interface may be implemented even if the protocols for discovery differ from service to service or between cloud-based deployment and enterprise-based deployment for the same service. Web service locations auto-discovered through different protocols may be cached for subsequent use.

The present invention provides a method, apparatus and computer program product which enable a web service gateway which provides support for business services which are described using a particular document format, for example Web Service Definition Language (WSDL), to further provide support for business services which are described using a different document format, for example in a business to business (b2b) profile such as specified by RosettaNet. The business service provides its profile to the gateway which generates a document from the profile and then uses the generated document to enable a web client, which recognises the document format but not the profile format, to access the web service via the gateway.

Techniques are presented herein for authenticating local process to a web service, both executing on a common host computer server. The local process may present a self-signed certificate to the web service. In response, the web service may identify a file system directory on the first computer server containing a file storing the self-signed certificate. If the subject information identifying the owner of the process matches file system metadata indicating an owner of the file, then the web service may consider the process as being authenticated to the web service.

A method, system, apparatus, and article of manufacture is configured to expose a database asset as a web service. A relational database management system (RDBMS) that stores information is executed in a computer system. As part of a process and framework, a series of business rules and process workflows are maintained that manage data that resides in RDBMS tables. A rule is created that contains an application programming interface definition with predefined input and output for exposing the database asset as the web service. The rule is exposed as the web service. The web service is used to invoke a database operation based on the database asset, and to output a result.

The invention relates to an engineering application method for a network map image. A data framework of the network map image is parsed by utilization of the network map service protocol, image blocks of a designated area are downloaded automatically and cocurrently from a data server to a network server, and an efficient storage, retrieval and updating mechanism is established in allusion to mass image block image data. Therefore, the automatic splicing of the image blocks and engineering drawing generation in any engineering plane coordinate are achieved. The engineering application method for the network map image has the advantages that the spatial data server is applied to the field of engineering design, and the engineering application of basic geographic data is achieved; the problem of data sources of the engineering application is solved, and an efficient and automatic data acquisition processing process is achieved; the map downloading in various scales and from various map data sources and various map types and engineering application services are provided; and a keyhole markup language (KML) area is drawn on Google Earth, and used as an area needing to be input and downloaded, and the data input is simple and feasible.

The invention discloses an optimization method for air quality information display on a network map, and the method comprises the following steps: enabling air quality information to be ranked according to the priority marking sequence after a network map server receives a zooming operation instruction; carrying out the conflict detection of the air quality information with a first priority mark and other air quality information in a visible region of the network map at the zooming times; judging whether there is air quality data which conflicts with each other in the visible region or not through the conflict detection; inheriting the air quality information of a current display region if there is no air quality data which conflicts with each other in the visible region; and loading and displaying the air quality information with the first priority mark if there is air quality data which conflicts with each other in the visible region. The method solves a problem that the conflict among different data causes the overlapping of marking layers when the network map displays a plurality of pieces of different air quality data. The method achieves the independent display and priority ranking in the visible region through the conflict testing, and achieves a technical effect of clear display in the visible region of the network map.