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Christopher A Lenart, 3944291 Suscon Sq, Ashburn, VA 20147

Christopher Lenart Phones & Addresses

44291 Suscon Sq, Ashburn, VA 20147    703-7296792   

Fairfax, VA   

Norcross, GA   

Arlington, TX   

Southlake, TX   

3851 Aristotle Ct APT 421, Fairfax, VA 22030   

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Christopher A Lenart

Linkedin

Work

Company: Verizon Aug 2007 Position: Mts iv cslt

Education

Degree: Master of Science (MS) School / High School: George Mason University 2012 to 2015 Specialities: Telecommunications

Skills

Mpls • Network Design • Bgp • Routing • Ip • Switches • Ospf • Ethernet • Routers • Juniper • Routing Protocols • Cisco Technologies • Network Architecture • Network Engineering • Sdn • Qos • Tcp/Ip • Dsl • Wan • Junos • Computer Network Operations • Eigrp • Vpn • Data Center • Ipv6 • Load Balancing • Roadm • Ipsec • Firewalls • Internet Services • Mpls Vpn • Multicast • Isis • Rsvp Te • Ldp • 6Pe • Ssl • Visio • Nat • Video • Pim Sm • Juniper Technologies

Languages

English • Spanish

Industries

Telecommunications

Mentions for Christopher A Lenart

Christopher Lenart resumes & CV records

Resumes

Christopher Lenart Photo 17

Distinguished Member Of Technical Staff

Location:
44291 Suscon Sq, Ashburn, VA 20147
Industry:
Telecommunications
Work:
Verizon since Aug 2007
MTS IV Cslt
Education:
George Mason University 2012 - 2015
Master of Science (MS), Telecommunications
The University of Texas at Arlington 2005 - 2007
Bachelor of Arts, Interdisciplinary Studies
Skills:
Mpls, Network Design, Bgp, Routing, Ip, Switches, Ospf, Ethernet, Routers, Juniper, Routing Protocols, Cisco Technologies, Network Architecture, Network Engineering, Sdn, Qos, Tcp/Ip, Dsl, Wan, Junos, Computer Network Operations, Eigrp, Vpn, Data Center, Ipv6, Load Balancing, Roadm, Ipsec, Firewalls, Internet Services, Mpls Vpn, Multicast, Isis, Rsvp Te, Ldp, 6Pe, Ssl, Visio, Nat, Video, Pim Sm, Juniper Technologies
Languages:
English
Spanish

Publications & IP owners

Us Patents

Vertical Airflow Segregation Panel And Baffle

US Patent:
2014001, Jan 16, 2014
Filed:
Jul 13, 2012
Appl. No.:
13/548967
Inventors:
Christopher Allen Lenart - Fairfax VA, US
International Classification:
H05K 7/20
US Classification:
361690
Abstract:
An airflow segregation panel is disclosed for directing air flow. The airflow segregation panel includes a first connection end, an airflow direction portion and a hinge. The hinge is positioned between the first connection end and the air flow direction portion such that the air flow direction portion is selectively pivotable with respect to the first connection end. The airflow direction portion may be configured with a selectively adjustable length.

Hybrid Environment To Support Reliable Delivery Of Multicast Traffic Using An Orchestration Device

US Patent:
2017018, Jun 22, 2017
Filed:
Dec 18, 2015
Appl. No.:
14/975056
Inventors:
- Arlington VA, US
Christopher Allen LENART - Ashburn VA, US
Hassan M. OMAR - Pleasantville NY, US
International Classification:
H04L 12/24
H04L 29/06
H04L 12/26
Abstract:
A device may receive information associated with a reliable multicast service, that permits retransmission of multicast datagrams to be provided. The device may receive information associated with a plurality of network devices associated with providing the reliable multicast service. The device may configure the plurality of network devices to provide the reliable multicast service and may monitor the plurality of network devices. The device may detect an event associated with the reliable multicast service and may provide an instruction, to one or more network devices of the plurality of network devices, to modify the reliable multicast service based on detecting the event.

Contextual Virtual Routing Updates

US Patent:
2016019, Jun 30, 2016
Filed:
Dec 29, 2014
Appl. No.:
14/584583
Inventors:
- Arlington VA, US
Venkata Josyula - Ashburn VA, US
Mani Tadayon - Leesburg VA, US
Mark D. Carney - Sterling VA, US
Christopher Allen Lenart - Fairfax VA, US
International Classification:
H04L 12/24
H04L 12/733
H04L 12/775
Abstract:
A computer system may include logic configured to generate a topology model of an autonomous system; detect a route advertisement, relating to an external autonomous system, from a Border Gateway Protocol (BGP) router; select a client BGP router; determine a next hop destination to the external autonomous system for the selected second BGP router, based on the detected route advertisement and based on the generated topology model; and provide the determined next hop destination to the selected client BGP router.

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