Kerry Lynn

In the United States, there are 150 individuals named Kerry Lynn spread across 43 states, with the largest populations residing in Texas, Florida, California.

Public information about Kerry Lynn

Resumes

Licensed Real Estate Salesperson

Location:

249 Route 202, Somers, NY 10589

Industry:

Real Estate

Work:

Douglas Elliman Real Estate
Licensed Real Estate Salesperson Core 2013 - 2016
License Real Estate Salesperson

Education:

Long Island University, C.W. Post Campus 1993 - 2008

Skills:

Investment Properties, Real Estate, Real Estate Transactions, Sales, Condos, Selling, Relocation, Residential Homes, Marketing, Luxury, Rentals, Buyer Representation, Sellers, Real Estate Development, Investors, Research, Powerpoint, Brokerage, Negotiation, First Time Home Buyers, Property Management, Investments, Commercial Real Estate, Working With First Time Home Buyers, Work Ethic, Analytics, Coordination, Leases, Contract Negotiation, Working With Investors, Townhomes

Kerry Lynn

Location:

Orlando, FL

Industry:

Medical Practice

Work:

Pediatric Associates, Inc.
Medical Assistant

Assistant

Location:

Orlando, FL

Industry:

Real Estate

Work:

Kelly Price & Company
Assistant Mears Sep 2014 - Jun 2015
Customer Service Representative

Education:

Concorde Career Colleges 2013 - 2014
Associates Valencia College 2009 - 2012
Associates, Medical Insurance Warwick Veterans Memorial High School 2003 - 2007

Skills:

Hospitality, Team Building, Microsoft Office, Microsoft Excel, Sales, Microsoft Word

Languages:

English

Certifications:

Technical Certificate In Office Management

Supervisor

Location:

Morris, IL

Work:

Supervisor

Belly Dancer

Location:

New Orleans, LA

Industry:

Entertainment

Assistant Group Supervisor

Location:

Pittsburgh, PA

Industry:

Individual & Family Services

Work:

Lifesteps, Inc.
Assistant Group Supervisor Michaels Stores, Inc. Sep 2007 - Feb 2018
Support Specialist Aldi Usa Mar 2007 - Sep 2007
Order Picker Wolfs Camping Resort Feb 2003 - Sep 2006
Activities Director Americorps Aug 2004 - Aug 2005
Americorps Member Wendys Old Fashion Hambugers Mar 1997 - Aug 2003
Crew Member

Education:

Penn State University 1998 - 2003
Bachelors, Management Clarion University of Pennsylvania

Skills:

Shipping and Receiving, Microsoft Office, Adult Cpr, Team Building, Management, Wilderness First Responder, Environmental Education, Environmental Interpretation, Merchandising, Money Management, Customer Service, Record Retention, Pricing, Sales, Data Entry

Production Supervisor

Location:

Roebuck, SC

Industry:

Consumer Goods

Work:

Grace Management Group
Production Supervisor

Kerry Lynn

Location:

Naples, FL

Industry:

Hospital & Health Care

Work:

Physicians Regional Hospital
Registered Nurse

Phones & Addresses

Name

Addresses

Phones

Kerry E Lynn

62 200, Nephi, UT 84645

435-623-0905

Kerry E Lynn

14408 228Th St, Snohomish, WA 98296

425-486-7195

Kerry V Lynn

141 Tishman St, Columbus, OH 43228

561-574-0607

Kerry J Lynn

125 Felker Cir NE, Dalton, GA 30721

706-259-9891

Kerry J Lynn

129 Felker Cir NE, Dalton, GA 30721

Kerry A Lynn

580 County Road 545, Huntsville, AR 72740

870-545-3802

Kerry L Lynn

4412 Court Ave, Paducah, KY 42001

270-443-2817

Kerry L Lynn

222 Pine Dr, Berkeley Township, NJ 08721

Publications

Us Patents

Distributed Time Synchronization System And Method

US Patent:

5408506, Apr 18, 1995

Filed:

Jul 9, 1993

Appl. No.:

8/089431

Inventors:

Richard W. Mincher - San Jose CA
Kerry E. Lynn - Redwood City CA

Assignee:

Apple Computer, Inc. - Cupertino CA

International Classification:

H04L 700
H04J 306

US Classification:

375356

Abstract:

A distributed time synchronization system and method synchronizes nodes within a frequency hopping spread spectrum (FHSS) local area network (LAN) group to a virtual master clock value. Each node system of the present invention comprises a CPU, an input device, a display device, a printer or hard copy device, a given amount of RAM and ROM memory, a data storage device, a local clock, a transmitter/receiver, an antenna, a virtual master clock processor, and a common data bus. The method of the present invention comprises the inclusion of a node's local clock value in a message just prior to transmission over the network, storage of a node's local clock value in RAM after an incoming message has been received, and the calculation of the time delay between the sending node and the receiving node by the virtual master clock processor. The virtual master clock processor utilizes this time delay in maintaining a virtual master clock value, which it uses in adjusting the value of the node's local clock at periodic intervals. This synchronizes the receiving node to the virtual master clock value.

Dynamic Address Assignment In An Arbitrarily Connected Network

US Patent:

5745699, Apr 28, 1998

Filed:

Oct 18, 1996

Appl. No.:

8/733540

Inventors:

Kerry Eugene Lynn - Redwood City CA
Alan Oppenheimer - Cupertino CA
Michael Walker Ritter - Los Altos CA
Jonathan Marcus Zweig - Cupertino CA
Jeffery L. Mullins - San Jose CA

Assignee:

Apple Computer, Inc. - Cupertino CA

International Classification:

G06F 1200

US Classification:

39520075

Abstract:

A method and apparatus for assigning a unique network address to a first node within a network which is arbitrarily connected. The first node may include a shared network resource, such as a networked printer device, or a modem, in addition to a stand-alone computer system. The network may include a network which is wireless, wherein various nodes comprise radio transceiver circuitry, including radio frequency modems. A first provisional network address for use in assigning the unique network address is determined by the first node. The first node broadcasts probes containing the provisional network address until a first probe response to one of the probes is received or a first interval of time elapses. If the first probe response to one of the probes is received, then the first node determines a second provisional network address and repeats selection of the address and broadcasting, until no probe response is received in the first interval of time. Using the first provisional network address, the first node broadcasts forward probes in the network until a second probe response to one of the forward probes is received by the first node or a second period of time has transpired.

Technique For Policy Conflict Resolution Using Priority With Variance

US Patent:

7751331, Jul 6, 2010

Filed:

Sep 29, 2005

Appl. No.:

11/239573

Inventors:

Dana Blair - Alpharetta GA, US
Kerry Lynn - Sudbury MA, US

Assignee:

Cisco Technology, Inc. - San Jose CA

International Classification:

G01R 31/08
G06F 15/16
G06F 7/04

US Classification:

370236, 709225, 726 6

Abstract:

A technique efficiently renders a policy-based decision from a plurality of options based on policy priority in a computer network. According to the novel technique, each of a plurality of policies is assigned an exclusive priority value, as well as a “variance” specifying an acceptable value range (e. g. , a percentage). Beginning at the highest priority policy, values corresponding to the plurality of options are analyzed based upon the current priority policy, and a “best” option is determined according to the current policy. Thereafter, the variance for the current policy is applied to the value of the best option, defining a range of acceptable values for the current policy, and remaining options having an acceptable value for the current policy are established. If only one remaining option exists, that option is selected as the best option. Otherwise, the remaining options are analyzed based upon the next priority policy, a best option is determined, the variance is applied, and remaining options are established in the same manner, until a single best option exists.

Method And Apparatus For Variable-Overhead Cached Encryption

US Patent:

5345508, Sep 6, 1994

Filed:

Aug 23, 1993

Appl. No.:

8/110402

Inventors:

Kerry E. Lynn - Redwood City CA
Jonathan M. Zweig - Cupertino CA
Richard W. Mincher - San Jose CA

Assignee:

Apple Computer, Inc. - One Infinite Loop CA

International Classification:

H04L 922

US Classification:

380 46

Abstract:

A digital encryption structure allows the varying of the computational overhead by selectively reusing, according to the desired level of security, a pseudorandom encoding sequence at the transmitter end and by storing and reusing pseudorandom decoding sequences, associated with one or more transmitters at the receiver end. A public initialization vector is combined with a secret key to produce a deterministic sequence from a pseudorandom number generator. This pseudorandom sequence in turn, is used to convert plaintext to ciphertext. The sequence may be selectively reused by storing the sequence to a transmitter memory cache and iteratively reading the sequence from memory according to a counter which controls the level of security of the encryption system. The ciphertext is decrypted on the receiver end by invertibly combining the ciphertext with the same pseudorandom sequence used by the transmitter to originally encode the plaintext. The pseudorandom sequence is independently generated by the receiver end using the original key and initialization vector used in the transmitter end.

System And Method For Sending And Responding To Information Requests In A Communications Network

US Patent:

5604869, Feb 18, 1997

Filed:

Dec 20, 1995

Appl. No.:

8/579094

Inventors:

Richard W. Mincher - San Jose CA
Kerry E. Lynn - Redwood City CA

Assignee:

Apple Computer, Inc. - Cupertino CA

International Classification:

G06F 1342
H04J 302
H04L 2908

US Classification:

3952002

Abstract:

A system for sending and responding to information requests in a wireless communications network includes a display device, a central processing unit, memory means including random access memory and read-only memory, an input device, and a transmitter/receiver. The random access memory further comprises routines for processing, sending and receiving messages over the wireless network. The present invention also comprises a method for requesting information and a method for responding to requests for information. The preferred method for handling information requests comprises the steps of: monitoring the communications channel for availability; sending an information request over the channel; receiving the information request at each node within the network; preparing responses to the information request at each node; and sending the response to the information request over the channel if it is available. The method for responding to a request for information advantageously uses the minimum number of request to solicit the minimum number of replies to the information request.

Methods And Apparatus For Trusted Application Centric Qos Provisioning

US Patent:

7774498, Aug 10, 2010

Filed:

Nov 6, 2006

Appl. No.:

11/593289

Inventors:

Jeffrey A. Kraemer - Wellesley MA, US
David James McCowan - Scituate MA, US
Kerry E. Lynn - Sudbury MA, US
Philip J. S. Gladstone - Carlisle MA, US

Assignee:

Cisco Technology, Inc. - San Jose CA

International Classification:

G06F 15/16
G06F 15/173

US Classification:

709240, 709224, 726 13

Abstract:

A security agent extends the trust barrier, or trust point, from network gateway nodes to end user devices. A security agent operable to scrutinize network traffic executes on the user device and compares QoS marking attempts with the established QoS marking policy in effect. The security agent examines network traffic attributes deterministic of connection attempts by user processes. Attempts to apply inappropriate or disallowed QoS markings, as dictated by the QoS marking policy, are detected and disallowed. Therefore, only user connections consistent with the QoS marking policy are permitted into the network. Network admission control (NAC) mechanisms ensure that the security agent is the only access point from the user device to the secure network, and the security agent communicates the establishment of the trusted access point to the network gateway, thus ensuring that the network gateway may trust service level designations emanating from the user device executing the security agent.

Method And Apparatus For Route Optimization Enforcement And Verification

US Patent:

2013025, Oct 3, 2013

Filed:

May 24, 2013

Appl. No.:

13/901833

Inventors:

Kerry Lynn - Sudbury MA, US
Martin Djernaes - Sa Ramon CA, US
Dana Blair - Alpharetta GA, US

Assignee:

Cisco Technology, Inc. - San Jose CA

International Classification:

H04L 12/70

US Classification:

370235

Abstract:

In one embodiment, a best exit from an autonomous system (AS) for a controlled prefix is determined. A network device of the AS influences a route for the controlled prefix to be over the best exit. Traffic statistics for the controlled prefix are selected. The network device verifies, based on the traffic statistics, whether the influence has caused at least a configured amount of traffic for the controlled prefix to be over the best exit. When at least the configured amount of the traffic is not directed over the best exit, the network device further influences the route for the controlled prefix to be over the best exit.

Integrating Security Server Policies With Optimized Routing Control

US Patent:

8023504, Sep 20, 2011

Filed:

Aug 27, 2008

Appl. No.:

12/199496

Inventors:

Pritam Shah - Fremont CA, US
Kerry E. Lynn - Sudbury MA, US
Rahul G. Patel - Nashua NH, US

Assignee:

Cisco Technology, Inc. - San Jose CA

International Classification:

H04L 12/28
H04L 12/56
G06F 15/173

US Classification:

370389, 37039531, 370398, 709244

Abstract:

In one embodiment, a first set of one or more control policies at a control server of a network domain may be transmitted to a routing master controller of the network domain, which uses a second set of one or more traffic policies to determine optimal paths for directing traffic through the domain. The routing master controller may then generate a third set of one or more integrated policies based on the first and second sets of policies, e. g. , based on the knowledge and policies of both the control server and the routing master controller.

Videos & Images

Description:

And this is the code for your viewers to get a discount: KARRIELYNN @karrielynn #karrielynn #budgetfriendly #interiordesign... ...

Belly Dancer Kerry Lynn At The Venue.wmv

Duration:

4m 20s

Category:

Entertainment

Description:

May 22nd at the Hoopla Burlesque Show at The Venue in Fort Smith, Arkansas.

Sharing My Next Big Project Plans | Thrift With Me Vlog | Day In The Life Vlog.

Duration:

18m 7s

Channel:

Karrie Lynn

Description:

Join me on my day thank you for watching today's video. I hope your exited to see all the new projects I have planned. sorry...

Decorate With Me ! Neutral And Simple Christmas Decor | Budget Friendly Decor Diys !

Duration:

17m 12s

Channel:

Karrie Lynn

Published:

29 Mar, 2023

Description:

DIY'S and Decorating | Neutral Christmas decor | Decor ideas | DIY with me ! Hey yall today I'm Sharing some easy diys and...

FAQ: Learn more about Kerry Lynn

What is Kerry Lynn's email?

Kerry Lynn has such email addresses: k_l***@att.net, flsunshin***@gmail.com, sl***@cox.net, klyn***@netzero.net, ktmthsko***@aol.com, kerry.l***@yahoo.com. Note that the accuracy of these emails may vary and they are subject to privacy laws and restrictions.

What is Kerry Lynn's telephone number?

Kerry Lynn's known telephone numbers are: 561-574-0607, 870-545-3802, 719-648-3736, 479-559-2547, 479-559-2107, 386-684-1343. However, these numbers are subject to change and privacy restrictions.

How is Kerry Lynn also known?

Kerry Lynn is also known as: Carrie Lynn, Kerri A Lynn, Kerry A Loudermilk, Kerry L Loudermilk, Lynn Kerry. These names can be aliases, nicknames, or other names they have used.

Who is Kerry Lynn related to?

Known relatives of Kerry Lynn are: Don Loudermilk, Catherine Kulp, Kenneth Alsabrook, Janice Barczynski, Christopher Barczynski, Christopher Barczynski, Morgan Mcclelian. This information is based on available public records.

What are Kerry Lynn's alternative names?

Known alternative names for Kerry Lynn are: Don Loudermilk, Catherine Kulp, Kenneth Alsabrook, Janice Barczynski, Christopher Barczynski, Christopher Barczynski, Morgan Mcclelian. These can be aliases, maiden names, or nicknames.

What is Kerry Lynn's current residential address?

Kerry Lynn's current known residential address is: 131 Ipswich, Interlachen, FL 32148. Please note this is subject to privacy laws and may not be current.

What are the previous addresses of Kerry Lynn?

Previous addresses associated with Kerry Lynn include: 831 Manhattan Ave, Brooklyn, NY 11222; 580 County Road 545, Huntsville, AR 72740; PO Box 355, Mona, UT 84645; 5225 N Rothmere Dr, Peoria, IL 61615; 4262 County Road 516, Huntsville, AR 72740. Remember that this information might not be complete or up-to-date.

Where does Kerry Lynn live?

Interlachen, FL is the place where Kerry Lynn currently lives.

How old is Kerry Lynn?

Kerry Lynn is 52 years old.

What is Kerry Lynn date of birth?

Kerry Lynn was born on 1972.

Ages	41 to 75
Phones	561-574-0607	870-545-3802	719-648-3736
Addresses	141 Tishman St, Columbus, OH 43228	831 Manhattan Ave, Brooklyn, NY 11222	580 County Road 545, Huntsville, AR 72740
Business records	Operations Manager / Retail Enterprise	Ceo / Lynn	Owners Kerry and Connie Lynn / Lynn Cleaning

Kerry Lynn

What do we know about Kerry Lynn

Public information about Kerry Lynn

Resumes

Resumes

Licensed Real Estate Salesperson

Kerry Lynn

Assistant

Supervisor

Belly Dancer

Assistant Group Supervisor

Production Supervisor

Kerry Lynn

Phones & Addresses

Publications

Us Patents

Distributed Time Synchronization System And Method

Dynamic Address Assignment In An Arbitrarily Connected Network

Technique For Policy Conflict Resolution Using Priority With Variance

Method And Apparatus For Variable-Overhead Cached Encryption

System And Method For Sending And Responding To Information Requests In A Communications Network

Methods And Apparatus For Trusted Application Centric Qos Provisioning

Method And Apparatus For Route Optimization Enforcement And Verification

Integrating Security Server Policies With Optimized Routing Control

FAQ: Learn more about Kerry Lynn

Possible Relatives