168 results about "Service customization" patented technology

An email proxy server system gives the user access to all of their email accounts through a unified port. The proxy server maintains a mail registration database associating the user's ID with multiple email accounts, which may be hosted on different Internet providers and otherwise. The email messages stored on the email hosts may be in POP3 format, which configuration the proxy server imitates to give the user an impression of transparent access to all of their email accounts. Because the ability to access individual mail boxes is unbound from particular internet addresses, one user may maintain any number of email mail boxes at different hosting servers, and change those addresses, without having to reprogram client, server, and other software. Moreover, the presentation of the integrated interface of the invention permits system administrators to attach service modules, such as billing and other packages directly to the proxy server to serve each of the different email accounts, without having to tailor those individual services to individual hosts hardware.

The invention discloses a general information interaction platform and a general information interaction method. The general information interaction platform comprises a registering and customizing management unit, a service request processing unit and a service calling unit, wherein the registering and customizing management unit is used for registering or cancelling services which can be provided by a service provider and customizing a service pack containing one or more services according to the service requirement and the registered services; the service request processing unit can be used for providing an interface which can be adapted to various interface protocols, acquiring service request interface information, receiving service request information from an interface receiving service requester through an interface, looking up the requested service pack interface information from the registering and customizing management unit and distributing the requested service pack interface information and a message body to the service calling unit; and the service calling unit is used for providing a client which can be adapted to various interface protocols, selecting a dynamic client adaptive to the interface protocol of the service provider according to the received service pack interface information, calling an interface address for providing the services by the service provider through the dynamic client and transmitting the received message body to the service provider. According to the general information interaction platform and the general information interaction method, disclosed by the invention, the convenient information interaction between every two application systems is realized, and the management and the maintenance are easily realized.

The system comprises: service management server, local stream-media server and terminal. The service management server comprises: a policy-making module and a list-sending module; the policy-making module is used for making advertisement playing policy; the list sending module is used for sending down the program playing list according to the advertisement playing policy. The local stream media server comprises a service operation module used for sending the advertisement content to the terminal based on the requirement of the advertisement and the request from the service management server. The method comprises: making the advertisement playing policy; sending the program playing list; sending the bit-stream containing the advertisement content.

The system for implementing Customized Pricing includes, in a preferred embodiment, four modules operable within a server or workstation environment, including a CP Statistics Calibration module, a CP Pricer, a CP Strategy Tool, and a CP Performance Monitor. The CP Statistics Calibration module examines the historical pricing proposals and their corresponding subsequent fulfillment data (e.g., what products were delivered at the offered prices). The historical pricing proposals are generated from or stored within databases coupled to the system. The CP Statistics Calibration module generates the market response parameters that are key to quantifying predicted future buyer behavior. Customer response behavior to various offers for products is preferably modeled using a Zero Inflated Regression Model approach. The CP Pricer software module is operative to construct a pricing proposal using the market response parameters generated by the CP Statistics Calibration module. The CP Strategy Tool coupled to retrieve market response parameters from said CP Statistics Calibration module and strategic goal information from said computer database and generating impacts on said strategic goals cooperative with pricing proposals received from said CP Pricer software module. The CP Performance Monitor operative within the system to receive fulfillment history from records of buyer responses to prior pricing proposals, and periodically monitor a variance from a model established from the market response parameters.

The invention provides an automatic deployment system for a big data processing system Hadoop on a cloud platform OpenStack. The automatic deployment system comprises a service customization module, a Hadoop cluster control module, a coordination control module and an OpenStack platform supporting module. The OpenStack platform supporting module is installed on the OpenStack platform and used for providing the services of virtual machine creation and management and physical resource virtualization. The service customization module is installed on the OpenStack platform supporting module and used for providing a service use interface and obtaining the Hadoop cluster demand information input by a user. The Hadoop cluster control module is called by the service customization module and used for converting the user demand information sent by the service customization module to a specific Hadoop cluster configuration file, generating a specific Hadoop business operating command script, and forwarding a resource management request and job scheduling related commands sent by a resource manager in a Hadoop cluster in the Hadoop business operating process. The coordination control module triggers the coordination control module to create the corresponding Hadoop cluster.

The invention discloses a converged communication system which comprises a communication service terminal and a communication terminal. The communication service terminal comprises an integrated network communication server, a communication application service layer, a service customization layer and a core management layer. The communication application service layer comprises a secondary development SDK, a call center communication module, a video session module, an instant message communication service module and a video monitoring module. The core management layer comprises a monitoring site management module, an account management module, an online address book management module and a dialing configuration module. The communication terminal comprises an independent communication terminal and a service integration plug-in. The service integration plug-in comprises a service integration video session terminal and a plug-in. Three video session modes are provided through integration of an API and a service system. The converged communication system can fuse services effectively and meet all kinds of demands integrally; a secondary development interface of the service integration plug-in enables a user to use a platform more flexibly; the converged communication system has super-strong expansibility, and sustainability of software is improved greatly.

The invention discloses an online service customization system and a use method thereof. The system comprises a client side, a wireless network or a mobile data network interface and a server. The server comprises a core processor, a storage device and a relay. The core processor comprises a demand module, a matching module, an intelligent monitoring module and an information receiving and dispatching module. Through cooperation of the modules above, a user can request for a service through a "calling" way at the client side, thereby realizing efficient docking of a demand side and a service side, facilitating to integrate social resources, making social life convenient and creating a more rapid and convenient service mode. The system and the use method thereof are wide in application range, convenient to operate and excellent in application prospect.

The invention relates to the technical field of remote monitoring of the Internet of Things, in particular to a telemedicine system. The telemedicine system comprises a cloud server, a remote end and a central end, wherein both the remote end and the central end are connected with the cloud server, the remote end and the central end are connected with remote equipment and central equipment respectively, and the remote end receives data sent by the remote equipment through a remote wireless communication mode; the cloud server is used for receiving and storing business data sent by the central end and the remote end and processing and interacting the data of the central end and the remote end; the cloud sever is connected with a doctor diagnosis terminal, and the cloud server sends the received physiological index data uploaded by the remote equipment to the doctor diagnosis terminal. Compared with the prior art, the telemedicine system has the advantages that reliability in system operation is improved, cost is lowered, information sharing ability is heightened, and the telemedicine system realizes service customization, further improves medical care quality, can be maintained by professional medial service staff and is extremely convenient to operate and use.

Systems, methods, and computer-readable mediums, consistent with principles of some embodiments of the present invention provide for remote ordering of goods within a shopping establishment including enabling selection between a plurality of counter services, receiving information relating to the selected counter service, enabling customization of the order for the selected counter service, transmitting the selection information, customization information and order identifying information to one of a plurality of remote devices to be fulfilled, and receiving completion data from the one of the plurality of remotes devices when the order is fulfilled.

The invention relates to an implementation method for network node structure supporting service customization and expansion, which comprises the following steps of: adopting a service container to replace the protocol stack in the traditional network system structure; adopting a deployable protocol unit and a dynamic combination thereof to replace the original series of protocols; providing a service interface for network application by the service container and receives the customizing request of the network application upon the network service, and the inner part realizes and provides the customizing service through an organization management unit; and providing a deployment interface to a service provider by the service container, dynamically loading or downloading the protocol unit, and implementing the dynamic expansion of the network function through the downloading of the protocol unit. In the invention, the network application can obtain the network service equal to the traditional network system structure and also can obtain more flexible service support by putting forwarding the service customization request facing to the requirements in the aspects of connection, service quality and the safety from the service container, and the service of the service container can be flexibly expanded.

A database system that incorporates numerous features that reduce the total cost of maintaining the database system is provided. The database system includes a database appliance that executes a database server on a platform that includes a special purpose operating system specifically tailored to the services required by the database server. The hardware may also be specially tailored to the services required by the database server. The database sever may be generated from another database server by modifying the code of the other database server optimize the code for execution on said database appliance. According to another aspect, the database appliance includes an operating system and a database server generated from another database server by modifying the code of the other database server optimize the code for execution on said database appliance.

This invention provides a device for realizing ring-back of calling customization based on personalized ring back characterizing in including a calling customization ring-back server interconnected with the data internet, personal ring-back platform internal data network and communication networks of telecommunication runners with the following functions: managing information of calling users, managing rings of the calling phone user customization, providing service consulting interfaces for the personalized ring-back platform and providing the service customizations for calling users. This invention also provides a related method.

The invention discloses a converged communication service network platform, an IMS proxy server, an enterprise network platform, and a converged communication service request implementation method based thereon. The IMS proxy server comprises an enterprise service network interface, an IMS network interface, and a dispatcher which is connected with the IMS proxy server and the enterprise service network interface. After the address of a service server in the enterprise service network related and corresponding to a service request acquired from the IMS network interface is turned to be a forwarding address, the dispatcher sends the service request to the enterprise service network interface, so that the service request can be accurately transferred to a corresponding service application server in the enterprise service network. Through the design of the IMS proxy server, the invention extends the IMS open service capability into the enterprise, and the enterprise can deploy the customized services thereof on the IAS, thereby enhancing converged communication service customization capability of the enterprise, and at the same time making full use of the IMS network resource, and reducing cost on service customization of the enterprise.

The embodiment of the invention provides an intelligent service customization method and system for an endogenous trusted network. The method comprises the following steps: constructing an endophytictrusted network based on an alliance block chain; setting an on-chain and off-chain cooperative resource supervision mechanism in the endogenous trusted network to realize trusted virtual resource customization service; and predicting the flow of the endogenous trusted network based on the long-term and short-term memory model, and predicting the resource demand of the endogenous trusted network based on an asynchronous dominant actor reviewer algorithm, thereby realizing automatic allocation and dynamic adjustment of network resources. The embodiment of the invention is based on an alliance block chain. An endogenous trusted network framework is constructed through functions of a software-defined network and a virtual network. A framework for an on-chain and off-chain cooperative resourcesupervision mechanism is designed, the framework can integrate a service volume prediction method based on a long-term and short-term memory model so as to predict resource requirements and carry outfurther resource customization, and a resource allocation algorithm based on A3C is also provided so as to realize customized service and dynamic adjustment of network resources.

The invention discloses a campus card cloud platform service system oriented service customization. The campus card cloud platform service system oriented to service customization is characterized by comprising an infrastructure service layer, a platform service layer, a software service layer and a cloud terminal application layer. The infrastructure service layer is used for establishing multi-server virtualized clusters, providing servers, operation systems, disk memory, databases and information sources to users through a campus network, achieving high usability and dynamic source balance, reducing the operation and maintenance cost and ensuring the continuity and safety of services; the platform service layer is used for providing an identity authentication platform, a finance settlement platform and an access control system; the software service layer is used for changing the framework modes of traditional services of a campus card system, integrally planning the software service modes of new services, enabling the single embodiment of every application to run on the software service layer and providing services for multiple users or departments; the cloud terminal application layer comprises personal service terminals, public service terminal and customized cloud terminals.

The invention discloses an SDN-based service customization network resource self-adaptive allocation technology, designs a system framework of an SDN-based service customization network resource allocation mechanism, mainly comprises a topology management module, a resource monitoring module, a service customization module and a routing management module, and describes the functions of each modulein detail. Aiming at the characteristic of dynamic change of the network state, a self-adaptive mechanism is designed, and self-adaptive adjustment is carried out according to the detected network resource condition, so that the network resource utilization rate is improved, the requirement condition of finer granularity of a user is met, the network resource utilization rate is improved, the experience quality is improved, and the optimization of the whole network is realized. The method provided by the invention can reduce the packet loss rate, improve the bandwidth utilization rate, reducethe time overhead and improve the network resource utilization rate.

The invention discloses an aviation service customization system and method based on a federated learning technology platform. The system comprises a federated learning technology platform, a data source module, a data processing module, a local training module and a cloud module. The method comprises the following steps of establishing own local models for airlines and partners by utilizing own source data respectively; and then uploading parameters and gradients of the model to a federated learning technology platform, realizing fusion on the federated learning technology platform so as to establish a new virtual model, performing prediction and updating by utilizing the virtual model, and finally establishing a federated personalized recommendation model. The model established through the method can provide personalized and accurate product recommendation for aviation customers, meanwhile, the modeling process is achieved through a federated learning technology platform, and safetyand privacy of data are guaranteed.

The invention provides a monitoring information processing method based on geographical environment information and a cloud platform. The method comprises the steps that: the cloud platform receives a security monitoring processing request sent by an intelligent device, wherein the security monitoring processing request comprises intelligent device monitoring information, user information and position information, and the user information comprises service customization information and user feature information; the cloud platform obtains meteorological and geographical environment information corresponding to the position information, determines whether the monitoring information indicates that manual information service is necessary according to a data screening model, if so, sends an analysis request comprising the user feature information and the meteorological and geographical environment information to an expert agent, so that an expert provides service recommendations; and the cloud platform pushes the service recommendations according to the service customization information. The user feature information and the meteorological and geographical environment information and the like of the position are comprehensively considered, and the service recommendations based on the monitoring information is more reliable by means of the manual analysis of the expert.

The invention discloses an electronic document office system, which comprises document processing subsystems, a document exchange subsystem, a document directory subsystem and a document information publishing subsystem, wherein the document processing subsystem provides a support for a personalized application service customization function by cloud computing, and has a multi-terminal access data processing function; the document exchange subsystem is used for connecting all the document processing subsystems, and functions as a regional document data exchange platform; the document directory subsystem is used for obtaining the information of document data by a data transmission function of the document exchange subsystem; and the document information publishing subsystem is used for acquiring the data from the document directory subsystem and realizing the function of publishing the information to be publicized to an external network website by screening. By the electronic document office system provided by the invention, a friendly, practical, convenient and personalized document processing system is provided, and a simple, easy and intelligent transmission electronic government intelligent client system is provided.

The invention discloses an energy consumption simulating and energy-saving diagnosis platform for a typical energy using system based on a cloud technique. The energy consumption simulating and energy-saving diagnosis platform comprises a cloud technique platform, a user client, a user handheld mobile terminal and a merchant client, wherein the cloud technique platform is arranged as a carrier for service uploading and information publishing and is mainly used for sending the service information to the user and receiving the service updating and uploading commands from the merchant client; the user can utilize the user client and the user handheld mobile terminal to perform service customization on the terminal and receive the corresponding service information; the user can enjoy the corresponding service at any time through the user handheld mobile terminal. The energy consumption simulating and energy-saving diagnosis platform for the typical using energy system based on the cloud technique has the characteristic of closed loop dynamic optimization in the implementation process; the advantage of requirement-based distribution of the cloud technique is utilized; the B/S and M/S hybrid frame can be used for promoting the reasonable allocation of the cloud service and user group and extremely excavating the energy-saving potential and operation skill of the project.