Patent application number | Description | Published |
20080243711 | Generating dynamic date sets that represent maket conditions - In one embodiment, first input that specifies a market instrument is received. Second input that specifies one or more parameters for one or more date set computers associated with the market instrument is received. A first time series is received from a data repository, where the first time series is a sequence of data values associated with the market instrument. A set of time periods is extracted by applying the one or more date set computers based on the one or more parameters and the first time series. The set of time periods is displayed overlaid on a graphical representation of the first time series in a graphical user interface. | 10-02-2008 |
20090083195 | FEATURE-BASED SIMILARITY MEASURE FOR MARKET INSTRUMENTS - In one embodiment, first, second, and third inputs are received. The first input specifies a first market instrument and the second input specifies start and end dates of a first time series for the first market instrument. The third input specifies a feature set computer and the values of zero or more parameters thereof. A first feature set of the first market instrument is determined by applying the feature set computer to the first time series. A second feature set of a second market instrument is determined by applying the feature set computer to a second time series for the second market instrument, where the second time series is bounded by the start and end dates. The second feature set is correlated to the first feature set to determine a similarity score for the second market instrument, where the similarity score is a measure of the relationship between the second market instrument and the first market instrument. | 03-26-2009 |
20090094166 | OBJECT-ORIENTED TIME SERIES GENERATOR - In one embodiment, an expression comprising a left-hand side and a right-hand side is received. The left-hand side specifies one or more market instruments, and the right-hand side specifies a method that is to be applied based on the left-hand side of the expression. The expression is parsed. A time series is generated by applying the method based on one or more sets of data values associated with the one or more market instruments. The generated time series is stored in computer data storage. | 04-09-2009 |
20100070426 | OBJECT MODELING FOR EXPLORING LARGE DATA SETS - An object model is used to facilitate performing financial analysis and that includes certain zero-order objects or building blocks that lend themselves particularly well to doing financial analysis. The object model comprises a universe of data items, relationships between the data items, higher-order objects generated based on one or more data items in the universe, higher-order objects generated based on other objects, and auxiliary entities related to the universe of data items. | 03-18-2010 |
20100070489 | FILTER CHAINS WITH ASSOCIATED VIEWS FOR EXPLORING LARGE DATA SETS - In an embodiment, a filter chain object comprising an association of a starting set of data items and two or more filter links is created and stored in computer memory. Each of the filter links comprises a component object that associates a set operation and a membership criterion. Each of the filter links is associated with a particular filter view among a plurality of filter views. Each particular filter view comprises a graphical representation of a state of applying the membership criterion of the associated filter link to a subset of data resulting from filtering the starting set of data items according to zero or more preceding filter links. | 03-18-2010 |
20110179042 | Object Modeling For Exploring Large Data Sets - Techniques are described for facilitating performing computer-implemented financial analysis. A metric that transforms one or more time series into an output object is identified. The one or more time series are determined based on one or more input objects. The metric is applied using the one or more time series, thereby generating a particular value for the output object. One of the metric and the particular value for the output object is stored in a physical storage device. | 07-21-2011 |
20120030140 | GENERATING DYNAMIC DATE SETS THAT REPRESENT MARKET CONDITIONS - In one embodiment, first input that specifies a market instrument is received. Second input that specifies one or more parameters for one or more date set computers associated with the market instrument is received. A first time series is received from a data repository, where the first time series is a sequence of data values associated with the market instrument. A set of time periods is extracted by applying the one or more date set computers based on the one or more parameters and the first time series. The set of time periods is displayed overlaid on a graphical representation of the first time series in a graphical user interface. | 02-02-2012 |
20130290161 | Object-Oriented Time Series Generator - In one embodiment, an expression comprising a left-hand side and a right-hand side is received. The left-hand side specifies one or more market instruments, and the right-hand side specifies a method that is to be applied based on the left-hand side of the expression. The expression is parsed. A time series is generated by applying the method based on one or more sets of data values associated with the one or more market instruments. The generated time series is stored in computer data storage. | 10-31-2013 |
20140237354 | SYSTEM AND METHOD FOR PARAMETERIZING DOCUMENTS FOR AUTOMATIC WORKFLOW GENERATION - One embodiment of the present invention sets forth a method for generating a new workflow for an application. The method includes generating a parameter tree related to a current workflow, wherein the parameter tree includes a different node corresponding to each parameter included in one or more documents associated with the current workflow, modifying a value associated with a first node included in the parameter tree based on an input, wherein the first node corresponds to a first parameter included in a first document associated with the current workflow, evaluating a second document associated with the current workflow based on the modified value associated with the first node, and generating the new workflow based on the evaluated second document. | 08-21-2014 |