Hatchell
Andrew Hatchell, Cary, NC US
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20100198705 | MATCHING SESSION RECORDS OF NETWORK USERS WITH CORRESPONDING TRANSACTION DATA - A system for collecting data regarding network behaviors of users is disclosed. In one embodiment, the system combines session records of users with corresponding transaction records reflective of e-commerce transactions. The session records may, for example, be generated by one or more collection engines deployed by one or more Internet Service Providers. The transaction records may, for example, be obtained through interactions with one or more merchant web sites. By combining these two types of information, the system can, for example, identify a set of user actions that led to a particular purchase transaction. | 08-05-2010 |
20110255688 | METHOD AND SYSTEM FOR MONITORING ONLINE COMPUTER NETWORK BEHAVIOR AND CREATING ONLINE BEHAVIOR PROFILES - A method and system for monitoring users on one or more computer networks, disassociating personally identifiable information from the collected data, and storing it in a database so that the privacy of the users is protected. In one embodiment, the system generates an anonymized identifier and associates that anonymized identifier with collected network data. An embodiment of the system may further anonymize data such as resource location identifiers, by identifying and removing personal information. | 10-20-2011 |
Brian K. Hatchell, West Richland, WA US
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20130229302 | PASSIVE MILLIMETER WAVE DIFFERENTIAL INTERFERENCE CONTRAST POLARIMETRY - Differential polarization imaging systems include an axicon configured to provide a displacement of ray bundles associated with different image patches. The displaced ray bundles are directed to antenna horns and orthomode transducers so as to provide outputs correspond to orthogonal linear states of polarization (SOPs). The outputs are directed to a differential radiometer so that Stokes parameter differences between image patches can be obtained. The ray bundle displacements can be selected to correspond to a mechanical spacing of antenna horns. In some examples, ray bundle displacement corresponds to a displacement less than the diffraction limit. | 09-05-2013 |
Esme Hatchell, Mount Lawley AU
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20090312245 | SRA binding protein - An isolated polypeptide comprising: (i) SEQ ID No: 2; (ii) amino acids 27 to 109 of SEQ ID No: 2 (iii) amino acids 22 to 109 of SEQ ID No: 2 (iv) amino acids 21-91 of SEQ ID No: 2 (v) amino acids 21-26 and/or 60-67 of SEQ ID No: 2 or (vi) a functional variant of any one of (i) to (v). | 12-17-2009 |
Paul James Hatchell, Rijswijk NL
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20100042326 | METHOD OF DETECTING A LATERAL BOUNDARY OF A RESERVOIR - A method of monitoring a subsurface formation underneath a sea bed, the method comprising determining non-vertical deformation of the sea floor over a period of time and inferring a parameter related to a volume change in the subsurface formation from the non-vertical deformation of the sea. Determining the non-vertical deformation of the sea floor comprises selecting a plurality of locations on the sea floor and determining a change in distance between at least one pair of the locations over the period of time. | 02-18-2010 |
20110046934 | MONITORING A REGION OF INTEREST IN A SUBSURFACE FORMATION - A method of monitoring a subsurface formation ( | 02-24-2011 |
Paul James Hatchell, Katy, TX US
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20100312480 | METHOD FOR MONITORING FLUID FLOW IN A MULTI-LAYERED SYSTEM - A method for monitoring the movement of fluid through a subsurface formation of interest, comprising: a) providing a set of signals obtained by transmitting seismic waves through the formation of interest and receiving signals emanating from the multi-layered system in response to the seismic waves with one or more receivers located a distance from the seismic source(s), b) identifying one or more critically refracted waves among the signals so as to generate a first data set of refracted signals, c) repeating steps a) and b) after a period of time so as to generate a second data set of refracted signals, d) comparing the second data set to the first data set so as to generate a time-lapse data set, e) imaging the time-lapse data set using travel time tomography; and f) inferring information about the movement of fluid based on the image generated in step e). | 12-09-2010 |
20120287753 | SEISMIC CLOCK TIMING CORRECTION USING OCEAN ACOUSTIC WAVES - A method for identifying clock timing discrepancies in a plurality of clocks that are each associated with a seismic receiver, comprises the steps of collecting from at least a pair of receivers a data set corresponding to a selected time period, cross-correlating the data sets between at least one pair of receivers so as to produce cross-correlated data for positive, zero, and negative time lags, comparing the cross-correlated data for the positive and negative time lags to measure a timing asymmetry about the zero-lag time, and, for a receiver pair for which there is a non-zero timing asymmetry, using the asymmetry to identify a timing discrepancy between the clocks associated with that receiver pair. The each data set can be filtered so as to obtain data in a selected frequency range, which may avoid an active shot frequency. The data may be collected in the absence of active seismic shots. | 11-15-2012 |
20130013212 | SEISMIC CLOCK TIMING CORRECTION USING OCEAN ACOUSTIC WAVES - A method for identifying clock timing discrepancies in at least one clock of interest that is associated with a marine seismic receiver, comprises collecting from at least one marine receiver other than the receiver of interest a first data set corresponding to a selected time period, said first data set being selected to include ocean wave signals; collecting from the receiver of interest a second data set corresponding to the selected time period, said second data set being selected to include ocean wave signals; applying a mathematical prediction technique to the ocean wave signals in the first data set so as to generate a predicted response for a receiver co-located with the receiver of interest; comparing the predicted response to the second data set so as to generate a correlation data set; and using the correlation data set to determine a corrected parameter for the receiver of interest. | 01-10-2013 |
Paul James Hatchell, Gs Rijswijk NL
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20100107753 | METHOD OF DETECTING A LATERAL BOUNDARY OF A RESERVOIR - A method of detecting a lateral boundary of a compacting or expanding region in a subsurface formation, which method comprises determining non-vertical deformation of the earth' s surface above the subsurface formation over a period of time; identifying at least on contraction area and at least one adjacent dilatation area of the earth' s surface from the non-vertical deformation over the period of time; and using the contraction area and the adjacent dilatation area as an indication of a lateral boundary of the compacting or expanding region; and a method for producing hydrocarbons. | 05-06-2010 |