Abstract: A set-up tool for aiding vehicle sensor calibrations having a structure with a first and second vehicle contact points configured to contact a vehicle and establish a calibration axis. A substantially vertically projected flat blade laser may be placed in a position perpendicular to the calibration axis and used to align the set-up tool with a center of the vehicle. Once centered, the laser ma be transitioned to project a laser line, in coordination with a protractor having a base-line parallel to the calibration axis (which is now substantially parallel to a transverse axis of the vehicle), at a discreet angle away from the center of the vehicle. A target may then be placed along the laser line to aid in the calibration of vehicle sensors.

Abstract: A method of classifying individual documents in a document collection according to a hierarchy may include selecting an object from the hierarchy, generating one or more variants for the object, and for each of the one or more variants, determining a frequency threshold based at least in part on how frequently the one or more variants occurs in the document collection. The method may also include selecting a first document in the document collection, where the first document includes one or more objects that match at least one of the one or more variants. The method may additionally include determining that the number of the one or more objects exceeds the frequency threshold and classifying the first document with the object in the hierarchy.

Abstract: A method of classifying individual documents in a document collection according to a hierarchy may include selecting an object from the hierarchy, generating one or more variants for the object, and for each of the one or more variants, determining a frequency threshold based at least in part on how frequently the one or more variants occurs in the document collection. The method may also include selecting a first document in the document collection, where the first document includes one or more objects that match at least one of the one or more variants. The method may additionally include determining that the number of the one or more objects exceeds the frequency threshold and classifying the first document with the object in the hierarchy.

Abstract: A system for achieving a desired goal in a domain. The system may comprise a device operable to receive information and simulate the domain therefrom; a device operable to simulate one or more effects due to one or more operators; a device operable to specify a number of items and/or classes of items and whether each item and/or each class of items is an affectable obstacle or a non-affectable obstacle; a device operable to automatically generate a candidate plan to achieve the desired goal by utilizing the simulated domain and the simulated effect(s), wherein the candidate plan could involve one or more affectable obstacles but does not involve any non-affectable obstacles; and a device operable to automatically refine the candidate plan to change at least one of the affectable obstacles involved in the candidate plan.

Abstract: The present invention is directed to a method of creating a program to solve a problem pertaining to a first task. In the method, user input data pertaining to a second task is received from an operator. The second task is different from the first task. A number of subprograms are automatically obtained based on the received user input data. The program is then created based on the obtained subprogram or subprograms.

Abstract: The present invention is directed to a method to search for a solution to a problem in a domain. The method may comprise obtaining a plurality of agents each operable to produce one or more numerical bids and to propose one or more actions and a plurality of nodes each representing a state of the domain; automatically selecting a respective agent and a respective node based on a bids from the plurality of agents; and automatically adding a new node representing a new state which is obtained by applying to the state represented by the selected node an action proposed by the selected agent. The plurality of nodes may each have a depth associated therewith and the respective agent and the respective node may be selected regardless of the depth associated with the selected node.

Abstract: A system for achieving a desired goal in a domain. The system may comprise a device operable to receive information and simulate the domain therefrom; a device operable to simulate one or more effects due to one or more operators; a device operable to specify a number of items and/or classes of items and whether each item and/or each class of items is an affectable obstacle or a non-affectable obstacle; a device operable to automatically generate a candidate plan to achieve the desired goal by utilizing the simulated domain and the simulated effect(s), wherein the candidate plan could involve one or more affectable obstacles but does not involve any non-affectable obstacles; and a device operable to automatically refine the candidate plan to change at least one of the affectable obstacles involved in the candidate plan.

Abstract: A system for achieving a desired goal in a domain. The system may comprise a device operable to receive information and simulate the domain therefrom; a device operable to simulate one or more effects due to one or more operators; a device operable to specify a number of items and/or classes of items and whether each item and/or each class of items is an affectable obstacle or a non-affectable obstacle; a device operable to automatically generate a candidate plan to achieve the desired goal by utilizing the simulated domain and the simulated effect(s), wherein the candidate plan could involve one or more affectable obstacles but does not involve any non-affectable obstacles; and a device operable to automatically refine the candidate plan to change at least one of the affectable obstacles involved in the candidate plan.

Abstract: The present invention is directed to a method to search for a solution to a problem in a domain. The method may comprise obtaining a plurality of agents each operable to produce one or more numerical bids and to propose one or more actions and a plurality of nodes each representing a state of the domain; automatically selecting a respective agent and a respective node based on a bids from the plurality of agents; and automatically adding a new node representing a new state which is obtained by applying to the state represented by the selected node an action proposed by the selected agent. The plurality of nodes may each have a depth associated therewith and the respective agent and the respective node may be selected regardless of the depth associated with the selected node.

Abstract: The present invention is directed to a method to search for a solution to a problem in a domain. The method may comprise obtaining a plurality of agents each operable to produce one or more numerical bids and to propose one or more actions and a plurality of nodes each representing a state of the domain; automatically selecting a respective agent and a respective node based on a bids from the plurality of agents; and automatically adding a new node representing a new state which is obtained by applying to the state represented by the selected node an action proposed by the selected agent. The plurality of nodes may each have a depth associated therewith and the respective agent and the respective node may be selected regardless of the depth associated with the selected node.

Abstract: The present invention is directed to a method of creating a program to solve a problem pertaining to a first task. In the method, user input data pertaining to a second task is received from an operator. The second task is different from the first task. A number of subprograms are automatically obtained based on the received user input data. The program is then created based on the obtained subprogram or subprograms.

Abstract: The present invention is directed to a method of creating a program to solve a problem pertaining to a first task. In the method, user input data pertaining to a second task is received from an operator. The second task is different from the first task. A number of subprograms are automatically obtained based on the received user input data. The program is then created based on the obtained subprogram or subprograms.

Abstract: A breath actuated metered dose inhaler device for use with an aerosol valve having a transient metering chamber.

Abstract: The present invention is directed to a method to search for a solution to a problem in a domain. The method may comprise obtaining a plurality of agents each operable to produce one or more numerical bids and to propose one or more actions and a plurality of nodes each representing a state of the domain; automatically selecting a respective agent and a respective node based on a bids from the plurality of agents; and automatically adding a new node representing a new state which is obtained by applying to the state represented by the selected node an action proposed by the selected agent. The plurality of nodes may each have a depth associated therewith and the respective agent and the respective node may be selected regardless of the depth associated with the selected node.

Abstract: A system for achieving a desired goal in a domain. The system may comprise a device operable to receive information and simulate the domain therefrom; a device operable to simulate one or more effects due to one or more operators; a device operable to specify a number of items and/or classes of items and whether each item and/or each class of items is an affectable obstacle or a non-affectable obstacle; a device operable to automatically generate a candidate plan to achieve the desired goal by utilizing the simulated domainand the simulated effect(s), wherein the candidate plan could involve one or more affectable obstacles but does not involve any non-affectable obstacles; and a device operable to automatically refine the candidate plan to change at least one of the affectable obstacles involved in the candidate plan.

Abstract: The present invention is directed to a method of creating a program to solve a problem pertaining to a first task. In the method, user input data pertaining to a second task is received from an operator. The second task is different from the first task. A number of subprograms are automatically obtained based on the received user input data. The program is then created based on the obtained subprogram or subprograms.

Abstract: This invention is an improved algorithm for retrieving the sea surface temperature, wind speed and wind direction from a suite of remote microwave radiometer measurements of the brightness temperature of a patch of ocean. Advantages of the method over the prior art are: (1) improved spatial resolution, (2) reduced measurement noise and, (3) removal of a source of error in the modeled wind-direction-dependence of the brightness temperature.

Abstract: A breath actuated metered dose inhaler device for use wit an aerosol valve having a transient metering chamber.

Abstract: This invention is an improved algorithm for retrieving the sea surface temperature, wind speed and wind direction from a suite of remote microwave radiometer measurements of the brightness temperature of a patch of ocean. Advantages of the method over the prior art are: (1) improved spatial resolution, (2) reduced measurement noise and, (3) removal of a source of error in the modeled wind-direction-dependence of the brightness temperature.

Abstract: A system 10 for reducing clutter in passive radiometric images of the ocean surface, the system including: a first polarizer 12 for generating a vertically polarized image of a selected patch of the ocean surface, the vertically polarized image including a first set of radiance data; a second polarizer 14 for generating a horizontally polarized image of the selected patch of the ocean surface, the horizontally polarized image including a second set of radiance data; a processor 16 for computing a clutter reduction weighting factor from the first and the second sets of radiance data; and means 18 for combining the first set of radiance data with the second set of radiance data utilizing the weighting factor to generate a combined image with reduced wave clutter. The processor 16 includes means for computing a weighting factor for minimizing clutter-associated variance in the weighted combination of the first and the second sets of radiance data.