Abstract: Various technological systems and methods are provided related to risk asset analysis, data capture and generating and executing agreements. In one embodiment, for example, a method and system configured for assisting with risk asset data collection is provided. In one implementation, for example, the method and system are configured for accurately collecting detailed information on assets which are subject to risk, including the accurate and unambiguous collection of financial terms of any agreements associated with those assets that all parties have a common and invariable understanding and record of the terms.

Abstract: A computing system and platform uses various types of data stores to allow efficient querying of, and accelerated access to, extremely large data sets. One such data store is a dimension store that combines key-value and columnar stores, access to which is provided by several selectable mechanisms chosen based the nature of the data of interest. These include bitmap-based access, us of an optimized columnar data format, and access via namespace identifiers. A compressed, optimized page data format is provided for storing and analyzing large fact-based data. The complex dimension store is used to provide complex relationships and interpretation of the fact-based data, enabling high-performance advanced queries, with bitmap indexes passed between the two stores. Dimension data is stored in an encrypted manner throughout the system, and can be exchanged among parties in a secure manner.

Abstract: Various implementations of lights and methods of lighting using LEDs as the illumination source are provided. In various implementations, for example, a light including an LED strip, a method of embedding the LED strip in one or more layers of material to incorporate the LED strip holistically into an illuminaire, and a method of illuminating works of art to provide an even, faithful presentation to a viewer are provided.

Abstract: A computing system and platform uses various types of data stores to allow efficient querying of, and accelerated access to, extremely large data sets. One such data store is a dimension store that combines key-value and columnar stores, access to which is provided by several selectable mechanisms chosen based the nature of the data of interest. These include bitmap-based access, us of an optimized columnar data format, and access via namespace identifiers. A compressed, optimized page data format is provided for storing and analyzing large fact-based data. The complex dimension store is used to provide complex relationships and interpretation of the fact-based data, enabling high-performance advanced queries, with bitmap indexes passed between the two stores. Dimension data is stored in an encrypted manner throughout the system, and can be exchanged among parties in a secure manner.

Abstract: A system for modularizing a business application, the system including a computer having a first computer-readable medium encoded with a browser and an application server. The browser manages a user presentation interface for the business application and is configured to support client-side scripting. The application server is coupled to the computer and includes a second computer-readable medium that is encoded with a server-side script processing engine for processing scripts submitted by the browser and a Module Controller Servlet for opening, closing and managing at least one Module associated with the business application. A Module is a dynamic, configurable software element which includes at least one Extension component and a Data Store. The Extension component defines at least one particular business method function associated with the business application and is invoked as required by the business application.

Abstract: A computer-readable medium included in a computer containing a web site development software program. The program includes an application pattern and a tag library. The application pattern has a view pattern. The application pattern includes style elements, presentation elements, and navigation logic elements. The view pattern incorporates the style elements and presentation elements of the application pattern. The tag library is configured to allow rendering of graphic user interface components.