80 results about "Fat client" patented technology

Systems and methods for building multi-modal browsers applications and, in particular, to systems and methods for building modular multi-modal browsers using a DOM (Document Object Model) and MVC (Model-View-Controller) framework that enables a user to interact in parallel with the same information via a multiplicity of channels, devices, and / or user interfaces, while presenting a unified, synchronized view of such information across the various channels, devices and / or user interfaces supported by the multi-modal browser. The use of a DOM framework (or specifications similar to DOM) allows existing browsers to be extended without modification of the underling browser code. A multi-modal browser framework is modular and flexible to allow various fat client and thin (distributed) client approaches.

A security platform connected to a private network permits access to the private network from a public network (such as the Internet) through a variety of mechanisms. A reverse proxy system operating as part of the security platform provides access to web-enabled applications from a browser connected to the public network. The reverse proxy rewrites requests and responses so that the browser directs requests to the reverse proxy, from which the requests can be directed to the appropriate server on the public network or the private network. Responses come back to the reverse proxy, and are then forwarded to the browser. An SSL tunneling system permits fat clients to access the private network through an SSL connection. The SSL tunneling system employs a server component operating on the security platform and components downloaded to the client computer from the security platform. The client components include a control component operating in a browser window, a server-proxy component that sets up secure communications with the private network, and an adapter component between the server-proxy and the fat client. The adapter component operates in kernel space. Data is directed from the fat client to the adapter, and then forwarded to the server-proxy; data from the server-proxy is directed to the adapter, and then forwarded to the fat client. Security is provided through the use of multiple authentication realms, each of which provides a set of authentication stages for authenticating users and providing client integrity validation.

A lottery management system provides the ability to integrate various lottery system types into a single lottery management solution so as to allow the customized deployment of various lottery system attributes. In one embodiment, lottery system attributes include game types, reporting functions, system administration, point-of-sale integration, device and network-specific interfaces and retail management. The present invention can include a lottery transaction server, a message exchange component, thin client components, thick client components and software development kits.

A security platform connected to a private network permits access to the private network from a public network (such as the Internet) through a variety of mechanisms. A reverse proxy system operating as part of the security platform provides access to web-enabled applications from a browser connected to the public network. The reverse proxy rewrites requests and responses so that the browser directs requests to the reverse proxy, from which the requests can be directed to the appropriate server on the public network or the private network. Responses come back to the reverse proxy, and are then forwarded to the browser. An SSL tunneling system permits fat clients to access the private network through an SSL connection. The SSL tunneling system employs a server component operating on the security platform and components downloaded to the client computer from the security platform. The client components include a control component operating in a browser window, a server-proxy component that sets up secure communications with the private network, and an adapter component between the server-proxy and the fat client. The adapter component operates in kernel space. Data is directed from the fat client to the adapter, and then forwarded to the server-proxy; data from the server-proxy is directed to the adapter, and then forwarded to the fat client. Security is provided through the use of multiple authentication realms, each of which provides a set of authentication stages for authenticating users and providing client integrity validation.

A security platform connected to a private network permits access to the private network from a public network (such as the Internet) through a variety of mechanisms. A reverse proxy system operating as part of the security platform provides access to web-enabled applications from a browser connected to the public network. The reverse proxy rewrites requests and responses so that the browser directs requests to the reverse proxy, from which the requests can be directed to the appropriate server on the public network or the private network. Responses come back to the reverse proxy, and are then forwarded to the browser. An SSL tunneling system permits fat clients to access the private network through an SSL connection. The SSL tunneling system employs a server component operating on the security platform and components downloaded to the client computer from the security platform. The client components include a control component operating in a browser window, a server-proxy component that sets up secure communications with the private network, and an adapter component between the server-proxy and the fat client. The adapter component operates in kernel space. Data is directed from the fat client to the adapter, and then forwarded to the server-proxy; data from the server-proxy is directed to the adapter, and then forwarded to the fat client. Security is provided through the use of multiple authentication realms, each of which provides a set of authentication stages for authenticating users and providing client integrity validation.

A portable information device includes a dynamically configurable security arrangement in which operational settings are automatically and dynamically configured for either thick client or thin client protection schemes based at least in part on the current location of the device.

A data processing application logging, recording, and reporting process and infrastructure. Compliance with regulatory directives such as HIPAA, internal organizational and corporate, personal information privacy, and other security policies can thus be enforced without the need to recode legacy application software. In one preferred embodiment, a core agent process provides “listener” functionality that captures user input events, such as keyboard and mouse interactions, between a user and a legacy application of interest. The agent obtains instructions for how to deal with such events, accessing information that describes the application's behavior as already captured by an application profiler tool. Keyboard and mouse data entry sequences, screen controls and fields of interest are tagged during application profiling process. This data is stored in application profile developed for each mode of a legacy application. The technique can be implemented in various Information Technology (IT) environments including mainframe / terminal applications and / or client / server applications. Thus, full coverage of “fat” client, “thin” client, and legacy “mainframe” applications can be provided with a common approach across an enterprise.

The invention relates to a novel system and a method for distributed grid supercomputing, which establish globally distributed applications in an organized mode and focus on supercomputing capacity to form an architecture, thereby forming a computing grid consisting of heterogeneous distributed computer systems, implementing communication and computer networks and providing an effective mode for using the prior unorganized internet architecture. The distributed network consists of the fat clients of different operational levels in a network architecture and establishes a communication replacement proposal applicable to the internet, enterprises and social communication framework according to the network standards of a credit expansion grade layer. The system and the method use a NetAlter manager to realize the communication of distributed networks and control the activities and computing of the networks in a plurality of modes such as a point-to-point mode, an off-line mode, an on-line mode and an intelligent equipment mode. The novel system and the method for distributed network supercomputing completely overcome the drawbacks of the prior internet architecture and point-to-point technology and grid computing.

A pure web browser based medical imaging system that requires no installation of application software or any browser plug-in and functions in the same way as traditional full blown medical imaging PACS (Picture Archiving and Communication Systems) viewer fat clients. In addition, the system intelligently distributes the computing tasks of image rendering between browser and servers from complete server-side rendering to complete client-side rendering and anything between. It comprises a JavaScript medical image rendering library that can process original DICOM (Digital Imaging and Communications in Medicine) data sets and all standard web images at pixel level, a medical imaging server and a rendering load balancing component that can dynamically split the rendering computing from server to client according to their capabilities.

Systems and methods of the present invention allow for a thick client which may be provided with a domain name in a partnership between a hosting provider, an ISP and / or a thick client retailer. The client may be used to access a remote computer or server in the hosting provider's data center.

A mark-up method and system that enables server-managed thick client capabilities using a thin client server, framework, and administration. Active content such as program code, service, and data components, are driven to a thick client platform. The thick client platform is defined through a combination of thick client components, while the thick client components and user interface experience are centrally managed. The thick client container can operate to embed thin client container components, such as a browser, and the thick client container itself can be initially deployed over a network using a thin client.

A method for distributing computer configurations to at least one client from a server, comprising the following steps: Network-booting a first operating system for the clients from a server, automatically loading a virtual machine having an elective second operating system on the basis of the booted (first) operating system while taking into consideration one or more of the following parameters: user login, network address. Consequently, providing a full fat client (standard PC) functionality under an elective operating system on a (diskless) client hardware by using exclusively volatile storage media (on the new thin client system).

The present invention is an integration platform providing access to property tax and title document index (a.k.a. title plant) backend. The present invention is to provide the benefits of so-called thick-client architecture, with their real-time responsiveness and ability to browse through large numbers of huge reports and image collections, with so-called thin-client architectures, with their seamless software update capabilities and reduce centralized maintenance costs. The present invention serves as a title chain report and scanned document image ordering and download gateway. The present invention allows submission of requests in a batch and subsequent off-line browsing and analysis of fulfilled orders, and operates under challenging conditions of intermittent connections performing automatically data download resumption, therefore minimizing the dependency on live connections to situations where new data is required.

An eMule network employs Advanced Intelligent Corruption Handling (AICH). Agent clients offer copies of a corrupted version of content. When the corrupted copies participate in swarm downloads with uncorrupted copies, the AICH is triggered. The agent clients are sufficient in number to out vote all other clients in a trusted root hash determination performed by the AICH. As a result, one of the agent clients provides a recovery packet used by the AICH to determine good and bad blocks. Since the recovery packet includes block hashes for the corrupted version of the content, blocks uploaded by clients providing uncorrupted versions are determined to be bad blocks and the clients identified as bad sources. The agent clients, on the other hand, either fail to upload a requested block or do so in a manner to discourage a user of the downloading client to wait for completion of the upload.

The invention relates to a queueing time estimation method for estimating the queueing time of clients in a service system. The queueing time estimation method includes the steps of client classification and providing queueing time probability distribution functions of various clients; when more than five clients wait, the attributes of the clients being served and the clients to be served are respectively checked, and the corresponding queueing time probability distribution function is generated; the number of the left clients is estimated according to the function, and the queueing time is estimated according to the number of the left clients and is provided for the clients; and when less than five clients wait, the queueing time of maximum probability of the clients to be served is added to obtain the queueing time of the clients directly according to the queueing time probability distribution function. The number of the left clients is estimated through the client classification and the probability distribution functions, and the estimated service queueing time can be more accurately provided for the clients compared with the prior art; and based on the estimated service queueing time provided for the clients, the utilization rate of the queueing time can be improved by the clients, and the trust, the satisfaction and the loyalty for the service quality of service improvers can be improved by the clients.

Browser sharing technology, i.e., sharing a window of a web browser or a portion thereof. This browser sharing is lightweight, in that it does not require the installation of a thick or thin client. The browser downloads and executes code to facilitate browser sharing in the same way that it downloads and interprets HTML for webpage rendering. Embodiments of the present invention permit all of the viewers of the shared browser window to interact with the window as it is shared, and their interactions appear concurrently in all of views.

A client platform architecture enabling workstations to operate in an ASP type environment, but reap the benefits available to a rich or fat client. The client platform interfaces to a server and receives an image of its operational software from the server using JNLP or OSGI technology. The client device the necessary processing power and software to perform requested tasks regardless of whether the server is online or offline. Thus, the client device is fully or substantially fully functional without the need to interface to the server. The server contains the same functionality as is loaded into the client device and thus, can support thin clients. Any changes to the server software are subsequently loaded into the client platform.

The invention discloses a chat system and an information processing method of the chat system. The chat system comprises a client and a server, the client comprises an IP address submission module, which is used for submitting the IP address of the client; the server comprises a region division module, which is used for analyzing the submitted IP address from the client and carrying out the region division of the client according to the analyzing result. The method comprises that A. the client end submits the IP address to the server; B. the server analyzes the submitted IP address from the client and carries out the region division of the client according to the analyzing result. By using the invention, the region belonging to the chat client is divided in the chat system, thus a function of the same network segment IP address chat is realized. Particularly, an intranet chat among the clients in a same local area network is implemented without occupying public network resources. The invention can also locate the IP address of the client precisely.

Systems and methods are provided for data hub architecture to provide actionable data from remote sensor feeds. An exemplary method includes receiving, by a master hub of a plurality of data hubs, a request to access at least one first sensor in a first location and at least one second sensor in a second location from a data client, wherein the master hub is closest to the data client of the plurality of data hubs on a network, determining a first data hub that is closest to the at least one first sensor on the network, and determining a second data hub that is closest to the at least one second sensor on the network. The method further includes querying the first data hub and the second data hub for data and communicating the data to the data client.

The invention discloses a system and method for achieving a desktop delivery device based on the virtualization technology. The desktop delivery device comprises a host machine operating system, virtualization software, a virtual desktop delivery management engine, a virtual server and a virtual desktop or a desktop image or a client side image. The host machine operating system is installed inside the desktop delivery device, the virtualization software and the virtual desktop delivery management engine are installed inside the host machine operating system, and the desktop delivery device creates the virtual desktop and manufactures the desktop image through the virtual desktop delivery management engine, allocates the virtual desktop to a thin client side to be recycled by the thin client side when the thin client side has a request, allocates the desktop image to a rich client side to be recycled by the rich client side when the rich client side has a request and sends the client side image to a zero client side when the zero client side has a request to work in a thin client side or rich client side mode. Various client sides can be supported under virtual desktop architecture.

The invention discloses a first-aid information management system. The system is used for solving the problems that present first-aid patient information transmission is not complete or the efficiencyof first aid is low. The first-aid information management system includes a first-aid client side, a server and a hospital client side. The first-aid client side is used for creating patient information and sending the patient information and an assigned hospital identifier to the server. The server is linked with the first-aid client side through a network and used for receiving the patient information and the assigned hospital identifier which are sent by the first-aid client side, saving the patient information and the identifier as a first-aid information archive and sending the first-aidinformation archive to the hospital client side corresponding to the assigned hospital identifier, wherein the first-aid information archive comprises a first-aid archive network serial number, the patient information and the corresponding hospital identifier. The hospital client side is linked with the server through the network and used for receiving the first-aid information archive sent by the server and providing the first-aid information archive to a current hospital client side user. The system can improve the efficiency of first aid, particularly the efficiency of the first aid for patients suffering from cardiovascular and cerebrovascular diseases.

The invention provides an E-map search result displaying method. The method includes: performing searching according to a search request to obtain at least one place name search result; marking out the place name search results on a graphical interface of an E-map; setting a search result area. The search result area includes a plurality of movable graphic elements; each graphic element corresponds to one place name search result; the graphic elements can be dragged into the graphical interface of the E-map according to drags performed by a user. Correspondingly, the invention further provides an E-map client. The E-map search result displaying method and the E-map client have the advantages that convenience is provided for the user to compare different results generated after the user performs multiple searches on the E-map, and the convenience is also provided for the user to quickly switch the multiple search results.

The invention discloses a simulation system, a PC side simulator and a mobile phone side agent client, wherein in the simulation system, the PC side simulator is used for acquiring wireless network capacity same as a real mobile phone environment by message interaction with the mobile phone side agent client in the process of simulation; the mobile phone side agent client is used for message interaction with the PC side simulator, so that the PC side simulator acquires the wireless network capacity same as the real mobile phone environment; and the mobile phone side agent client is positioned in the real mobile phone environment and is connected with a real mobile phone protocol stack. The system, the PC side simulator and the mobile phone side agent client of the invention greatly improve the development efficiency of mobile phone softwares.

The invention discloses a cloud distributed real-time database system which comprises a real-time database and a real-time service bus. The real-time database comprises a storage layer with a distributed hierarchical structure, a positioning layer and an interface layer; the storage layer stores a real-time model based on a distributed NoSQL database, and the real-time model corresponds to a relational model of a relational database of the power grid system; the positioning layer is used for storing fragmented memory snapshots, and the fragmented memory snapshots comprise monitoring model snapshots, numerical section snapshots, transaction snapshots and the like; the interface layer provides a transaction type component and is used for realizing establishment, access and processing of a fragmented memory snapshot; and the real-time service bus comprises a model loading service, a fat client service and the like. Based on the intelligent power grid regulation and control system CIM model grouping and slicing technology, fat client service real-time calculation processing and thin client quasi-real-time access are achieved, model checking and synchronization functions are expanded, and concurrent control and extension expansibility of the system are improved.

The invention provides an online operation management method and system based on a ship three-dimensional model and a terminal. The method comprises the steps: lightening a ship three-dimensional entity model newly built at a C / S fat client to acquire a light-weight three-dimensional model, and storing the light-weight three-dimensional model; receiving online management operation signals of one or more users from a B / S thin client, wherein the online management operation signals are used for carrying out online management on the lightweight three-dimensional model; wherein the online management operation signal comprises one or more of an online viewing operation signal, an online editing operation signal and an online cooperative communication operation signal. The problems that in the prior art, the requirement for field terminal application equipment is high, the application cost is high, and online cooperation between design and manufacturing cannot be achieved for a three-dimensional model are solved. Online cooperation between ship design and manufacturing is achieved, online communication between field manufacturing personnel and designers is supported, the design problem existing in the manufacturing field is rapidly solved, design change and manufacturing rework are reduced, and the production and construction cost is saved.

The invention discloses a multitime encryption system of house information of a block link. The system comprises a house owner. The output end of the house owner is connected with the input end of a personal client. The input end of the house owner is connected with the output end of the personal client. The output end of the personal client is connected with the input end of a network signal transceiving module. The output end of the network signal transceiving module is connected with the input end of an information conversion module. The input end of the network signal transceiving module is connected with the output end of the information conversion module. According to the invention, by setting a personal client, an agent client and a local client, and using relations between different clients and a housing management office, information is encrypted for many times, thereby ensuring the safety; by setting multiple local servers, the information obtained by the housing management office is stored and processed, so requirements of the people are well met; and by backing up the information for many times, safety of the information is improved.

A method for a user using a thick client to send a print job to a server wherein the user name is preserved and can be determined by the server. When the image file is processed, the processing comprising appending a user identification to the file. A destination driver is invoked, which creates raw print data from the image file for each selected driver. The raw print data is sent to the server, wherein the server parses the raw data and determines the user identification. The raw print data can then be sent to the user's inbox on the server. In a preferred embodiment, the user identification comprises the sequence of ASCII 60 (or 3C hex), the username, and ASCII 62 (or 3E hex), or “<username>”. Preferably, the user identification is appended to the document name.