69 results about "Real world data" patented technology

In one aspect, a method, systems, and apparatuses provide for online gaming that integrates sensory data and / or gameplay data from a real-world environment, and in particular, interactive online gaming within an environment incorporating playback of a recorded instance of an original, live card game played in a real-world environment, wherein the online game may be provided in a delayed manner or in real-time. In one aspect, sensory data and / or gameplay data from a live card game in a real-world environment are recorded for delayed playback or streamed live in real-time, and a remote player is able to access the game online and participate in the game as if the remote player had been present at the original, live card game in the real-world environment. In one aspect, the remote player may play in the online game at the position / seat occupied by one or more of the original, real-world players in the original, real-world game. In one aspect, in games where a player is dealt his or her own hand of cards, the remote player will receive cards as they were dealt to the original, real-world player that occupied the same position / seat in the original, real-world game. In one aspect, the remote player may able to make strategic decisions during gameplay that differ from those of the original, real-world player, wherein such strategic decisions may affect the outcome of the game for that player. In one aspect, the real-world environment is a gaming area at a casino.

In one aspect, a method, systems, and apparatuses provide for online gaming that integrates sensory data and / or gameplay data from a real-world environment, and in particular, interactive online gaming within an environment incorporating playback of a recorded instance of an original, live card game played in a real-world environment, wherein the online game may be provided in a delayed manner or in real-time. In one aspect, sensory data and / or gameplay data from a live card game in a real-world environment are recorded for delayed playback or streamed live in real-time, and a remote player is able to access the game online and participate in the game as if the remote player had been present at the original, live card game in the real-world environment. In one aspect, the remote player may play in the online game at the position / seat occupied by one or more of the original, real-world players in the original, real-world game. In one aspect, in games where a player is dealt his or her own hand of cards, the remote player will receive cards as they were dealt to the original, real-world player that occupied the same position / seat in the original, real-world game. In one aspect, the remote player may able to make strategic decisions during gameplay that differ from those of the original, real-world player, wherein such strategic decisions may affect the outcome of the game for that player. In one aspect, the real-world environment is a gaming area at a casino.

An apparatus and method for context awareness by detecting intentions of a user in the ubiquitous environment using context information which is created by analyzing real world data collected from sensors are provided. The apparatus is configured of a sensor platform, a context-aware agent and a service provider. The sensor platform collects data of real world and transmits the collected data to the context-aware agent. The context-aware agent integrates the data of real world from the sensor platform, and stores and manages context information according to the integrated data. The service provider automatically controls objects to perform necessary operations to provide a predetermined intelligent services according to the context information received from the context-aware agent.

A method for strategy independent optimization of a multi-objective function of a portfolio containing at least one investment is disclosed. The method involves the use of genetic algorithms to arrive at function optimization. A suite of strategies is provided enabling the user to select a strategy and optimize a function. Real world data is drawn from exchanges and is utilized for replication. The invention also discloses a novel combination of apparatus for carrying out the method of invention, typically, using parallel processing.

A method and system is presented for storing data in data cells that contain only a single element of data. Each data cell includes four components: an Entity Instance identifier (“O”), an Entity Type identifier (“E”) an Attribute Type identifier (“A”), and an Attribute Value (“V”). Groups of cells with identical O and E values constitute a cell set, and contain information about a specific instance of an entity. Every cell contains a unique combination of O, E, A, and V, meaning that each cell is unique within any particular information universe. Relationships between cell sets are created through the use of linking or synapse cells that are created through a process of transmutation. In transmutation, two cell sets are associated with each other through the creation of two synapse cells. The first synapse cell has the O and E values of the first cell set, and has an A and V value equal to the E and O value, respectively, of the second cell set. The second synapse cell has the O and E values of the second cell set, and has as its A and V values the E and O value, respectively, of the first cell set. Through the use of cell generations, it is possible to store information about attributes, entities, relationships, constraints, and default data formats in the same cell listing as the cells containing the actual real-world data. As a result, the data in a data cell can be considered self-identifying. The present invention also provides a way to normalize data using data pool cell sets. The data cells themselves can be stored in multiple, co-existing storage trees that are specialized for increased data query efficiency.

Real-time high-fidelity spatiotemporal data on transportation networks can be used to learn about traffic behavior at different times and locations, potentially resulting in major savings in time and fuel. Real-world data collected from transportation networks can be used to incorporate the data's intrinsic behavior into a time-series mining technique to enhance its accuracy for traffic prediction. For example, the spatiotemporal behaviors of rush hours and events can be used to perform a more accurate prediction of both short-term and long-term average speed on road-segments, even in the presence of infrequent events (e.g., accidents). Taking historical rush-hour behavior into account can improve the accuracy of traditional predictors by up to 67% and 78% in short-term and long-term predictions, respectively. Moreover, the impact of an accident can be incorporated to improve the prediction accuracy by up to 91%.

A method and system for determining regression functions from a computer data input using K-Harmonic Means (KHM) regression clustering (RC) and comprising the steps of: (1) selecting K regression functions ƒ1, . . . , ƒK; (2) associating an i-th data point from the dataset with a k-th regression function using a soft membership function; (3) providing a weighting to each data point using a weighting function to determine the data point's participation in calculating a residue error; (4) calculating the residue error between the weighted i-th data point and its associated regression function; and, (5) iterating to minimize the total residue error. Such can be applied in data mining, economics prediction tools, marketing campaigns, device calibrations, visual image segmentation, and other complex distributions of real-world data.

Systems and methods for integrating maps in which roads are represented as polylines. The main novelty of the invention is in using only the locations of the endpoints of the polylines rather than trying to match whole lines. Experiments on real-world data are given, showing that this approach of integration based on matching merely endpoints is efficient and accurate (that is, it provides high recall and precision).