Abstract: Systems and methods for market value at risk evaluation are disclosed. In one embodiment, a method for performing a calculation workflow may include (1) a server comprising a computer processor receiving a request for a calculation; (2) the server receiving at least one data parameter; (3) the server identifying a plurality of workflow components required for the calculation; (4) the server identifying dependencies for each identified workflow component; (5) the server ordering the identified workflow components based on the dependencies for each workflow component; (6) the server retrieving data to conduct the calculation; and (7) the server performing the requested calculation using the ordered workflow components based on the data parameter and the data.

Abstract: A user may access a host server and receive display information within a single browser window. The display information includes at least one lens, wherein each lens controls server side web browsing and allows the user to view a separate web page from the Internet. The host server provides personalized web browsing capability specific to a particular user independent of the browser, device or location of the user. After the user submits a request to view a particular web page, the web page information is retrieved by the host server and transmitted to the user for display within a selected lens. Each lens controls server-side web browsing through independent navigational controls, such as a horizontal and vertical scroll bar, a resize button and the like. One lens may also control the web content displayed in another lens. The host server may reformat entire web pages so that they can be displayed within a lens without the need for scrolling.

Abstract: A method, system and apparatus for providing a web application or to generate the basis for a complete web application source code. Based on user interface input files provided by graphic designers, the web application or generates application framework code, an event handler skeleton and s logic foundation code. Web developers then prepare additional source code object-oriented programming language based on the event handler skeleton and business logic foundation code to create web application business logic objects and handler methods. Ultimately the graphical user interface input files prepared by the designers and web application source code prepared by the web developers dynamically bound at runtime.

Abstract: A method, system and apparatus for providing a web application generator to generate the basis for a complete web application source code. Based on graphical user interface input files provided by graphic designers, the web application generator generates application framework code, an event handler skeleton and business logic foundation code. Web developers then prepare additional source code using an object-oriented programming language based on the event handler skeleton and business logic foundation code to create web application business logic objects and event handler methods. Ultimately the graphical user interface input files prepared by the graphic designers and web application source code prepared by the web developers are dynamically bound at runtime.

Abstract: A user may access a host server and receive display information within a single browser window. The display information includes at least one lens, wherein each lens controls server side web browsing and allows the user to view a separate web page from the Internet. The host server provides personalized web browsing capability specific to a particular user independent of the browser, device or location of the user. After the user submits a request to view a particular web page, the web page information is retrieved by the host server and transmitted to the user for display within a selected lens. Each lens controls server-side web browsing through independent navigational controls, such as a horizontal and vertical scroll bar, a resize button and the like. One lens may also control the web content displayed in another lens. The host server may reformat entire web pages so that they can be displayed within a lens without the need for scrolling.

Abstract: A user may access a host server and receive display information within a single browser window. The display information includes at least one lens, wherein each lens controls server side web browsing and allows the user to view a separate web page from the Internet. The host server provides personalized web browsing capability specific to a particular user independent of the browser, device or location of the user. After the user submits a request to view a particular web page, the web page information is retrieved by the host server and transmitted to the user for display within a selected lens. Each lens controls server-side web browsing through independent navigational controls, such as a horizontal and vertical scroll bar, a resize button and the like. One lens may also control the web content displayed in another lens. The host server may reformat entire web pages so that they can be displayed within a lens without the need for scrolling.

Abstract: A user may access a host server and receive display information within a single browser window. The display information includes at least one lens, wherein each lens controls server side web browsing and allows the user to view a separate web page from the Internet. The host server provides personalized web browsing capability specific to a particular user independent of the browser, device or location of the user. After the user submits a request to view a particular web page, the web page information is retrieved by the host server and transmitted to the user for display within a selected lens. Each lens controls server-side web browsing through independent navigational controls, such as a horizontal and vertical scroll bar, a resize button and the like. One lens may also control the web content displayed in another lens. The host server may reformat entire web pages so that they can be displayed within a lens without the need for scrolling.

Abstract: A user may access a host server and receive display information within a single browser window. The display information includes at least one lens, wherein each lens controls server side web browsing and allows the user to view a separate web page from the Internet. The host server provides personalized web browsing capability specific to a particular user independent of the browser, device or location of the user. After the user submits a request to view a particular web page, the web page information is retrieved by the host server and transmitted to the user for display within a selected lens. Each lens controls server-side web browsing through independent navigational controls, such as a horizontal and vertical scroll bar, a resize button and the like. One lens may also control the web content displayed in another lens. The host server may reformat entire web pages so that they can be displayed within a lens without the need for scrolling.

Abstract: A user may access a host server and receive display information within a single browser window. The display information includes at least one lens, wherein each lens controls server side web browsing and allows the user to view a separate web page from the Internet. The host server provides personalized web browsing capability specific to a particular user independent of the browser, device or location of the user. After the user submits a request to view a particular web page, the web page information is retrieved by the host server and transmitted to the user for display within a selected lens. Each lens controls server-side web browsing through independent navigational controls, such as a horizontal and vertical scroll bar, a resize button and the like. One lens may also control the web content displayed in another lens. The host server may reformat entire web pages so that they can be displayed within a lens without the need for scrolling.

Abstract: A user may access a host server and receive display information within a single browser window. The display information includes at least one lens, wherein each lens controls server side web browsing and allows the user to view a separate web page from the Internet. The host server provides personalized web browsing capability specific to a particular user independent of the browser, device or location of the user. After the user submits a request to view a particular web page, the web page information is retrieved by the host server and transmitted to the user for display within a selected lens. Each lens controls server-side web browsing through independent navigational controls, such as a horizontal and vertical scroll bar, a resize button and the like. One lens may also control the web content displayed in another lens. The host server may reformat entire web pages so that they can be displayed within a lens without the need for scrolling.

Abstract: A user may access a host server and receive display information within a single browser window. The display information includes at least one lens, wherein each lens controls server side web browsing and allows the user to view a separate web page from the Internet. The host server provides personalized web browsing capability specific to a particular user independent of the browser, device or location of the user. After the user submits a request to view a particular web page, the web page information is retrieved by the host server and transmitted to the user for display within a selected lens. Each lens controls server-side web browsing through independent navigational controls, such as a horizontal and vertical scroll bar, a resize button and the like. One lens may also control the web content displayed in another lens. The host server may reformat entire web pages so that they can be displayed within a lens without the need for scrolling.

Abstract: A user may access a host server and receive display information within a single browser window. The display information includes at least one lens, wherein each lens controls server side web browsing and allows the user to view a separate web page from the Internet. The host server provides personalized web browsing capability specific to a particular user independent of the browser, device or location of the user. After the user submits a request to view a particular web page, the web page information is retrieved by the host server and transmitted to the user for display within a selected lens. Each lens controls server-side web browsing through independent navigational controls, such as a horizontal and vertical scroll bar, a resize button and the like. One lens may also control the web content displayed in another lens. The host server may reformat entire web pages so that they can be displayed within a lens without the need for scrolling.

Abstract: A method, system and apparatus for providing a web application or to generate the basis for a complete web application source code. Based on user interface input files provided by graphic designers, the web application or generates application framework code, an event handler skeleton and s logic foundation code. Web developers then prepare additional source code object-oriented programming language based on the event handler skeleton and business logic foundation code to create web application business logic objects and handler methods. Ultimately the graphical user interface input files prepared by the designers and web application source code prepared by the web developers dynamically bound at runtime.

Abstract: A central server used to generate, for example, web application instances to remote users over a computer network, such as the Internet, is implemented with new programming techniques by which user and session management is made independent of the web application instance. The prior methods, by which a new user or session cookie is generated for each user request, is replaced by techniques wherein a single session cookie is provided to a user for all requests in a single user session. A user database is maintained by the central server which stores the session cookie and correlates it to a web application instance, identified by system variables stored in the database, rather than with application variables maintained by an application instance.

Abstract: A central server used to generate, for example, web application instances to remote users over a computer network, such as the Internet, is implemented with new programming techniques by which user and session management is made independent of the web application instance. The prior methods, by which a new user or session cookie is generated for each user request, is replaced by techniques wherein a single session cookie is provided to a user for all requests in a single user session. A user database is maintained by the central server which stores the session cookie and correlates it to a web application instance, identified by system variables stored in the database, rather than with application variables maintained by an application instance.

Abstract: A method, system and apparatus for providing a web application generator to generate the basis for a complete web application source code. Based on graphical user interface input files provided by graphic designers, the web application generator generates application framework code, an event handler skeleton and business logic foundation code. Web developers then prepare additional source code using an object-oriented programming language based on the event handler skeleton and business logic foundation code to create web application business logic objects and event handler methods. Ultimately the graphical user interface input files prepared by the graphic designers and web application source code prepared by the web developers are dynamically bound at runtime.

Abstract: There is disclosed an accelerometer comprising a substrate, a proof mass mounted to the substrate for movement in a first direction perpendicular to the plane of the substrate, the proof mass carrying a first sensing electrode, a second sensing electrode mounted relative to the substrate, wherein the first and second sensing electrodes comprise surfaces extending at an angle relative to the substrate and defining between them a sensing gap the width of which varies with movement of the proof mass in the first direction.