PAUL S ANDERSON
Pharmacy at O Conner Ave, Melbourne, FL
License number
Florida 36662
Issued Date
Feb 10, 2011
Effective Date
Jan 4, 2017
Expiration Date
Dec 31, 2016
Category
Health Care
Type
Registered Pharmacy Technician
Address
Address
1438 Oconner Ave, Melbourne, FL 32940
Phone
(321) 757-3487
Professional information
Consultant At Idkb, Llc
Position:
Consultant at IDKB, LLC
Location:
Melbourne, Florida
Industry:
Information Technology and Services
Work:
IDKB, LLC
since Jan 2010
-
Consultant
Sun Microsystems
Aug 2006 - Feb 2010
-
Consultant
Education:
Massachusetts Institute of Technology 1987 - 1989
MS, CS Deland Sr High
MS, CS Deland Sr High
Paul Anderson, Melbourne Beach FL
Work:
Melbourne Beach
Synthetic Aperture Radar (Sar) Compensating For Ionospheric Distortion Based Upon Measurement Of The Faraday Rotation, And Associated Methods
US Patent:
6914553, Jul 5, 2005
Filed:
Nov 9, 2004
Appl. No.:
10/984638
Inventors:
Edward R. Beadle - Melbourne FL, US
Paul D. Anderson - Melbourne FL, US
Steve Richter - Melbourne Beach FL, US
John F. Dishman - Melbourne FL, US
Emile Ganthier - Palm Bay FL, US
Paul D. Anderson - Melbourne FL, US
Steve Richter - Melbourne Beach FL, US
John F. Dishman - Melbourne FL, US
Emile Ganthier - Palm Bay FL, US
Assignee:
Harris Corporation - Melbourne FL
International Classification:
G01S013/90, G01S007/40
US Classification:
342 25R, 342 22, 342 25 A, 342 25 F, 342 89, 342118, 342134, 342159, 342165, 342173, 342175, 342188, 342192, 342195, 342196, 342352, 342358, 244158 R, 375340, 375343
Abstract:
A synthetic aperture radar (SAR) for a moveable platform includes an antenna, a radar transmitter and radar receiver cooperating with the antenna. A radar processor is connected to the radar transmitter and radar receiver to account for the Faraday rotation introduced by propagation through the ionosphere by estimating an individual ionospheric distortion for each received echo pulse based upon a measured Faraday rotation, and reducing the ionospheric distortion for each received echo pulse based upon the estimated individual ionospheric distortion associated therewith for providing a compensated echo pulse.
System And Method For Cumulant-Based Geolocation Of Cooperative And Non-Cooperative Rf Transmitters
US Patent:
7187326, Mar 6, 2007
Filed:
Nov 18, 2003
Appl. No.:
10/714673
Inventors:
Edward R. Beadle - Melbourne FL, US
John F. Dishman - Palm Bay FL, US
Richard H. Anderson - Melbourne FL, US
Paul D. Anderson - Melbourne FL, US
Gayle Patrick Martin - Merritt Island FL, US
John F. Dishman - Palm Bay FL, US
Richard H. Anderson - Melbourne FL, US
Paul D. Anderson - Melbourne FL, US
Gayle Patrick Martin - Merritt Island FL, US
Assignee:
Harris Corporation - Melbourne FL
International Classification:
G01S 3/02
US Classification:
342451
Abstract:
A transmitted signal's higher order statistics of temporally dependent waveforms are exploited to geolocate low power signals. The geolocation is independent of the characteristics or encoded data of the transmitted waveform. The method uses spatial fourth order cumulants or spatial second order moments in a Blind Source Separation and generalized eigenvalue decomposition to determine unique matrix pencil eigenvalues and eigenvectors. The eigenvectors provide are orthogonal to the steering vector of the transmitted signal save one, which represents the steering vector. This property is used to determine Steering vectors, AoA or geolocation. The receiver includes a multi-element array and does not need a priori knowledge of the transmitted signal source to geolocate the target transmitter. The methods and apparatus for geolocation does not require typical demodulation.
Synthetic Aperture Radar (Sar) Compensating For Ionospheric Distortion Based Upon Measurement Of The Group Delay, And Associated Methods
US Patent:
6919839, Jul 19, 2005
Filed:
Nov 9, 2004
Appl. No.:
10/984474
Inventors:
Edward R. Beadle - Melbourne FL, US
Paul D. Anderson - Melbourne FL, US
Steve Richter - Melbourne Beach FL, US
John F. Dishman - Melbourne FL, US
Emile Ganthier - Palm Bay FL, US
Paul D. Anderson - Melbourne FL, US
Steve Richter - Melbourne Beach FL, US
John F. Dishman - Melbourne FL, US
Emile Ganthier - Palm Bay FL, US
Assignee:
Harris Corporation - Melbourne FL
International Classification:
G01S013/90, G01S007/40
US Classification:
342 25R, 342 22, 342 25 A, 342 25 F, 342 89, 342118, 342134, 342159, 342165, 342173, 342175, 342188, 342192, 342195, 342196, 342352, 342358, 244158 R, 375340, 375343
Abstract:
A synthetic aperture radar (SAR) compensates for ionospheric distortions based upon measurement of the group delay, particularly when operating in the VHF/UHF band. The SAR is based upon a multi-input multi-output (MIMO) technique for estimating the effective ionospheric conditions, which is referred to as the group delay approach. The group delay approach is divided into a 1-dimensional (range) approach and a 2-dimensional (range and cross-range) approach. The group delay measures the effective or observed TEC, which is used to reduce the ionospheric distortion.
System And Method For Cumulant-Based Geolocation Of Cooperative And Non-Cooperative Rf Transmitters
US Patent:
2010026, Oct 21, 2010
Filed:
Jan 19, 2007
Appl. No.:
11/655143
Inventors:
Edward R. Beadle - Melbourne FL, US
John F. Dishman - Palm Bay FL, US
Richard H. Anderson - Melbourne FL, US
Paul D. Anderson - Melbourne FL, US
Gayle Patrick Martin - Merritt Island FL, US
John F. Dishman - Palm Bay FL, US
Richard H. Anderson - Melbourne FL, US
Paul D. Anderson - Melbourne FL, US
Gayle Patrick Martin - Merritt Island FL, US
Assignee:
HARRIS CORPORATION - Melbourne FL
International Classification:
G01S 3/02
US Classification:
342451
Abstract:
A transmitted signal's higher order statistics of temporally dependent waveforms are exploited to geolocate low power signals. The geolocation is independent of the characteristics or encoded data of the transmitted waveform. The method uses spatial fourth order cumulants or spatial second order moments in a Blind Source Separation and generalized eigenvalue decomposition to determine unique matrix pencil eigenvalues and eigenvectors. The eigenvectors provide are orthogonal to the steering vector of the transmitted signal save one, which represents the steering vector. This property is used to determine Steering vectors, AoA or geolocation. The receiver includes a multi-element array and does not need a priori knowledge of the transmitted signal source to geolocate the target transmitter. The methods and apparatus for geolocation does not require typical demodulation.
System And Method For Efficient Non-Overlapping Partitioning Of Rectangular Regions Of Interest In Multi-Channel Detection
US Patent:
7551786, Jun 23, 2009
Filed:
Jan 9, 2008
Appl. No.:
11/971841
Inventors:
Richard Hugh Anderson - Melbourne FL, US
Paul David Anderson - Melbourne FL, US
Edward Ray Beadle - Melbourne FL, US
John Hubert Henderson - Melbourne FL, US
John Fitzgerald Dishman - Palm Bay FL, US
Paul David Anderson - Melbourne FL, US
Edward Ray Beadle - Melbourne FL, US
John Hubert Henderson - Melbourne FL, US
John Fitzgerald Dishman - Palm Bay FL, US
Assignee:
Harris Corporation - Melbourne FL
International Classification:
G06K 9/36, H04L 29/00
US Classification:
382232, 375259
Abstract:
A system and method in a multi-channel detection system for multi-rate filter bank applications for converting overlapping rectangular two-dimensional (2D) regions into a new set of non-overlapping rectangular regions for the efficient reconstruction of a signal wherein each non-overlapping region has a maximum extent in a major dimension is described. Overlapping regions are split into marked regions in a non-uniform grid and merged along the major dimension and along the minor dimension to form non-overlapping regions wherein no two non-overlapping rectangular regions have an adjacent edge orthogonal to the major dimension thereby increasing the efficiency of data compression and reducing error-rates.
System And Method For Efficient Non-Overlapping Partitioning Of Rectangular Regions Of Interest In Multi-Channel Detection
US Patent:
7372998, May 13, 2008
Filed:
May 14, 2003
Appl. No.:
10/437069
Inventors:
Richard Hugh Anderson - Melbourne FL, US
Paul David Anderson - Melbourne FL, US
Edward Ray Beadle - Melbourne FL, US
John Hubert Henderson - Melbourne FL, US
John Fitzgerald Dishman - Palm Bay FL, US
Paul David Anderson - Melbourne FL, US
Edward Ray Beadle - Melbourne FL, US
John Hubert Henderson - Melbourne FL, US
John Fitzgerald Dishman - Palm Bay FL, US
Assignee:
Harris Corporation - Melbourne FL
International Classification:
G06K 9/36, H04L 29/00
US Classification:
382232, 375259
Abstract:
A system and method in a multi-channel detection system for multi-rate filter bank applications for converting overlapping rectangular two-dimensional (2D) regions into a new set of non-overlapping rectangular regions for the efficient reconstruction of a signal wherein each non-overlapping region has a maximum extent in a major dimension is described. Overlapping regions are split into marked regions in a non-uniform grid and merged along the major dimension and along the minor dimension to form non-overlapping regions wherein no two non-overlapping rectangular regions have an adjacent edge orthogonal to the major dimension thereby increasing the efficiency of data compression and reducing error-rates.
System And Method For Hybrid Minimum Mean Squared Error Matrix-Pencil Separation Weights For Blind Source Separation
US Patent:
6931362, Aug 16, 2005
Filed:
Nov 17, 2003
Appl. No.:
10/713107
Inventors:
Edward Ray Beadle - Melbourne FL, US
Richard Hugh Anderson - Melbourne FL, US
John Fitzgerald Dishman - Palm Bay FL, US
Paul David Anderson - Melbourne FL, US
Gayle Patrick Martin - Merritt Island FL, US
Richard Hugh Anderson - Melbourne FL, US
John Fitzgerald Dishman - Palm Bay FL, US
Paul David Anderson - Melbourne FL, US
Gayle Patrick Martin - Merritt Island FL, US
Assignee:
Harris Corporation - Melbourne FL
International Classification:
G06F015/00
US Classification:
702190, 702189
Abstract:
A technique for blind source separation (“BSS”) of statistically independent signals with low signal-to-noise plus interference ratios under a narrowband assumption utilizing cumulants in conjunction with spectral estimation of the signal subspace to perform the blind separation is disclosed. The BSS technique utilizes a higher-order statistical method, specifically fourth-order cumulants, with the generalized eigen analysis of a matrix-pencil to blindly separate a linear mixture of unknown, statistically independent, stationary narrowband signals at a low signal-to-noise plus interference ratio having the capability to separate signals in spatially and/or temporally correlated Gaussian noise. The disclosed BSS technique separates low-SNR co-channel sources for observations using an arbitrary un-calibrated sensor array. The disclosed BSS technique forms a separation matrix with hybrid matrix-pencil adaptive array weights that minimize the mean squared errors due to both interference emitters and Gaussian noise.
System And Method For Cumulant-Based Geolocation Of Cooperative And Non-Cooperative Rf Transmitters
US Patent:
2009006, Mar 12, 2009
Filed:
Aug 11, 2006
Appl. No.:
11/502567
Inventors:
Edward R. Beadle - Melbourne FL, US
John F. Dishman - Palm Bay FL, US
Richard H. Anderson - Melbourne FL, US
Paul D. Anderson - Melbourne FL, US
Gayle Patrick Martin - Merritt Island FL, US
John F. Dishman - Palm Bay FL, US
Richard H. Anderson - Melbourne FL, US
Paul D. Anderson - Melbourne FL, US
Gayle Patrick Martin - Merritt Island FL, US
International Classification:
G01S 5/04
US Classification:
342445
Abstract:
A transmitted signal's higher order statistics of temporally dependent waveforms are exploited to geolocate low power signals. The geolocation is independent of the characteristics or encoded data of the transmitted waveform. The method uses spatial fourth order cumulants or spatial second order moments in a Blind Source Separation and generalized eigenvalue decomposition to determine unique matrix pencil eigenvalues and eigenvectors. The eigenvectors provide are orthogonal to the steering vector of the transmitted signal save one, which represents the steering vector. This property is used to determine Steering vectors, AoA or geolocation. The receiver includes a multi-element array and does not need a priori knowledge of the transmitted signal source to geolocate the target transmitter. The methods and apparatus for geolocation does not require typical demodulation.