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Andrew Keith Palmisano

from Columbia, MD
Age ~42
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Also known as:
Andrew K Palmisano, Andrew Kurt Palmisano, Andy K Palmisano, Andrew K Almisano, Keith Palmisano, Andrew D
Related to:
Norma Bonilla, 56Bernard Davis, 52Ana Elkazaz, 70Nancy Colon, 47
Connected to:
Charlene M Palmisani, 75Derrek M Palmisano, 38Edoardo Palmisani, 40Johnathon Palmisano, 36Julieta C Palmisciano, 50Keri Palmisano, 25Lee C Palmisano, 58Lysa M Palmisano, 61Mike Palmisano, 46Shawn F Palmisano, 58

Andrew Palmisano Phones & Addresses

  • Columbia, MD
  • Delray Beach, FL
  • Mountville, PA
  • Mount Joy, PA
  • Lake Barrington, IL
    • s
  • DPO, AE
  • Truro, MA
  • Saint Augustine, FL
  • Washington Boro, PA
  • Laurel, MD
  • Plain City, OH
  • Monroe, NY
  • Lancaster, PA

Work

Company: Devry inc. Nov 2008 Position: Student support advisor

Education

School / High School: Keller Graduate School of Management- Atlanta, GA 2007 Specialities: MPA in Health Service Management

Skills

Microsoft Office Products • ORACLE Student System • Pro Sam • Elm Resource • NSLDS • Banner • and Salesforce • AS400 main frame • Right Now Tickets • PowerFaids system

Professional Records

Medicine Doctors

Andrew Palmisano Photo 1

Andrew Palmisano

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Specialties:
Orthopaedic Surgery

Resumes

Resumes

Andrew Palmisano Photo 2

Andrew Palmisano Chicago, IL

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Work:
DeVry Inc.

Nov 2008 to Present
Student Support Advisor
Keller Graduate School of Management
Atlanta, GA
Jul 2007 to Oct 2008
Admissions Advisor
Keller Graduate School of Management
Decatur, GA
Sep 2005 to Jul 2007
Enrollment Coordinator
Keller Graduate School of Management
Oakbrook Terrace, IL
Aug 2004 to Sep 2005
Online Enrollment Coordinator
DeVry University
Oakbrook Terrace, IL
Jul 2003 to Aug 2004
Prospect Specialist
DeVry University
Oakbrook Terrace, IL
Jun 2000 to Jul 2003
Telemarketing Supervisor
DeVry University
Oakbrook Terrace, IL
Jun 1999 to Jun 2000
Telemarketing Representative
Education:
Keller Graduate School of Management
Atlanta, GA
2007 to 2008
MPA in Health Service Management
DeVry University
Atlanta, GA
2003 to 2007
Bachelors of Science in Technical Management in Health Services
Skills:
Microsoft Office Products, ORACLE Student System, Pro Sam, Elm Resource, NSLDS, Banner, and Salesforce, AS400 main frame, Right Now Tickets, PowerFaids system

Publications

Us Patents

Battery Clamp With Integrated Current Sensor

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US Patent:
6544078, Apr 8, 2003
Filed:
Jul 18, 2001
Appl. No.:
09/908389
Inventors:
Andrew J. Palmisano - Darien IL
Kevin I. Bertness - Batavia IL
Assignee:
Midtronics, Inc. - Willowbrook IL
International Classification:
H01R 442
US Classification:
439762, 439488, 439620, 320165
Abstract:
An apparatus configured to couple to a battery contact is provided. The apparatus includes an electrical connector for connection to a battery contact and a current sensor coupled to the electrical connector, the current sensor is used for measuring current through an electrical conductor. In addition, a method of coupling an electrical circuit to a battery contact is provided.

Automorphic Transformations Of Signal Samples Within A Transmitter Or Receiver

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US Patent:
20220255728, Aug 11, 2022
Filed:
Feb 10, 2022
Appl. No.:
17/668876
Inventors:
- Annapolis MD, US
Andrew Keith PALMISANO - Columbia MD, US
Assignee:
Rampart Communications, Inc. - Annapolis MD
International Classification:
H04L 9/06
H04L 9/00
Abstract:
A method includes receiving data and a plurality of values at a processor. The data can include real-valued data and/or complex data. The plurality of values includes one of a plurality of random values or a plurality of pseudo-random values. The method also includes generating an automorphism, via the processor, based on the plurality of values, and partitioning the data, via the processor, into a plurality of data blocks. The automorphism includes at least one of a linear transformation or an antilinear transformation. Each data block from the plurality of data blocks can have a predefined size. The method also includes applying the automorphism, via the processor, to each data block from plurality of data blocks, to produce a plurality of transformed data blocks, and causing transmission of a signal representing the plurality of transformed data blocks.

Reliable Orthogonal Spreading Codes In Wireless Communication

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US Patent:
20210006288, Jan 7, 2021
Filed:
Sep 21, 2020
Appl. No.:
17/027144
Inventors:
- Annapolis MD, US
Andrew Keith PALMISANO - Laurel MD, US
Kregg Elliott ARMS - Columbia MD, US
Audrey Nichole MOORE - Stevensville MD, US
Assignee:
Rampart Communications, Inc. - Annapolis MD
International Classification:
H04B 1/707
H04J 13/16
Abstract:
Techniques of transmitting wireless communications involve generating orthogonal spreading codes for any number of user devices that are linear combinations of sinusoidal harmonics that match the frequencies within the spread bandwidth. Along these lines, prior to transmitting signals, processing circuitry may generate a set of initial code vectors that form an equiangular tight frame having small cross-correlations. From each of these rows, the processing circuitry produces a new spreading code vector using a code map that is a generalization of a discrete Fourier transform. The difference between the code map and a discrete Fourier transform is that the frequencies of the sinusoidal harmonics are chosen to match the particular frequencies within the spread bandwidth and differ from a center frequency by multiples of the original unspread bandwidth. Different transmitters may then modulate respective signals generated with different spreading code vectors.

Reliable Orthogonal Spreading Codes In Wireless Communication

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US Patent:
20200162123, May 21, 2020
Filed:
Nov 21, 2019
Appl. No.:
16/690769
Inventors:
- Annapolis MD, US
Andrew Keith PALMISANO - Laurel MD, US
Kregg Elliott ARMS - Columbia MD, US
Audrey Nichole MOORE - Stevensville MD, US
Assignee:
Rampart Communications, Inc. - Annapolis MD
International Classification:
H04B 1/707
H04J 13/16
Abstract:
Techniques of transmitting wireless communications involve generating orthogonal spreading codes for any number of user devices that are linear combinations of sinusoidal harmonics that match the frequencies within the spread bandwidth. Along these lines, prior to transmitting signals, processing circuitry may generate a set of initial code vectors that form an equiangular tight frame having small cross-correlations. From each of these rows, the processing circuitry produces a new spreading code vector using a code map that is a generalization of a discrete Fourier transform. The difference between the code map and a discrete Fourier transform is that the frequencies of the sinusoidal harmonics are chosen to match the particular frequencies within the spread bandwidth and differ from a center frequency by multiples of the original unspread bandwidth. Different transmitters may then modulate respective signals generated with different spreading code vectors.

Reliable Orthogonal Spreading Codes In Wireless Communication

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US Patent:
20190268035, Aug 29, 2019
Filed:
May 6, 2019
Appl. No.:
16/403757
Inventors:
- Crownsville MD, US
Andrew Keith PALMISANO - Laurel MD, US
Kregg Elliott ARMS - Columbia MD, US
Audrey Nichole MOORE - Stevensville MD, US
Assignee:
Rampart Communications, LLC - Crownsville MD
International Classification:
H04B 1/707
H04J 13/16
Abstract:
Techniques of transmitting wireless communications involve generating orthogonal spreading codes for any number of user devices that are linear combinations of sinusoidal harmonics that match the frequencies within the spread bandwidth. Along these lines, prior to transmitting signals, processing circuitry may generate a set of initial code vectors that form an equiangular tight frame having small cross-correlations. From each of these rows, the processing circuitry produces a new spreading code vector using a code map that is a generalization of a discrete Fourier transform. The difference between the code map and a discrete Fourier transform is that the frequencies of the sinusoidal harmonics are chosen to match the particular frequencies within the spread bandwidth and differ from a center frequency by multiples of the original unspread bandwidth. Different transmitters may then modulate respective signals generated with different spreading code vectors.

Reliable Orthogonal Spreading Codes In Wireless Communications

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US Patent:
20180138939, May 17, 2018
Filed:
Nov 14, 2016
Appl. No.:
15/351428
Inventors:
- Crownsville MD, US
Andrew Keith Palmisano - Laurel MD, US
Kregg Elliott Arms - Columbia MD, US
Audrey Nichole Moore - Stevensville MD, US
International Classification:
H04B 1/707
Abstract:
Techniques of transmitting wireless communications involve generating orthogonal spreading codes for any number of user devices that are linear combinations of sinusoidal harmonics that match the frequencies within the spread bandwidth. Along these lines, prior to transmitting signals, processing circuitry may generate a set of initial code vectors that form an equiangular tight frame having small cross-correlations. From each of these rows, the processing circuitry produces a new spreading code vector using a code map that is a generalization of a discrete Fourier transform. The difference between the code map and a discrete Fourier transform is that the frequencies of the sinusoidal harmonics are chosen to match the particular frequencies within the spread bandwidth and differ from a center frequency by multiples of the original unspread bandwidth. Different transmitters may then modulate respective signals generated with different spreading code vectors.

Battery Tester And Battery Registration Tool

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US Patent:
20150168499, Jun 18, 2015
Filed:
Dec 10, 2014
Appl. No.:
14/565589
Inventors:
- Willowbrook IL, US
Andrew J. Palmisano - Darien IL, US
International Classification:
G01R 31/36
Abstract:
A tool for programming electronic battery monitors includes a sensor configured to couple to a storage battery and sense an electrical parameter of the storage battery, I/O circuitry configured to couple to an electronic battery monitor and communicate with the electronic battery monitor, and a microprocessor configured to perform a battery test on the storage battery using the sensor. The microprocessor is further configured to store data in a memory in the electronic battery monitor through the I/O circuitry as a function of a result of the battery test.
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Andrew Keith Palmisano from Columbia, MD, age ~42 Get Report