Russ
White
russ [at] riw
[dot] us
Detailed Technical Accomplishments
| CCDE Quick Reference, Co-author, ISBN 1-58705-839-1 |
| Cisco
Express Forwarding, Co-author, ISBN 978-1587052361 |
| Optimal
Routing Design, Co-author, ISBN 1587051877 |
| Practical
BGP, Co-author, ISBN 0-321-12700-5 |
| Advanced
IP Network Design, Co-author, ISBN 1578700973 |
| Inside
Cisco IOS Software Architecture, Co-author, ISBN 1578701813 |
| IS-IS:
Deployment in IP Networks, Co-Author, ISBN 0201657724 |
| EIGRP
for IP Networks, Co-author, ISBN 0201657732 |
| EIGRP
Network Design Solutions, Technical Reviewer, ISBN 1578701651 |
| EIGRP
Efficiency, Packet Magazine, First Quarter 2006 |
| Working
with IP Addresses, Internet Protocol Journal, March 2006 |
| Caveats
in Testing Routing Protocol Convergence, Internet Protocol Journal,
December 2005 |
| Negative Testing In IP
Networks, Business Communications Review, October 2005 |
| Who's
Afraid of DUAL-3-SIA? Packet Magazine, Second Quarter 2005 |
| Graph Overlays on Path Vector: A Possible Next Step in BGP,
IPJ, Jn 2005 |
| High
Availability In Routing, Business Communications Review, May 2004 |
| High
Availability In Routing, Internet Protocol Journal, March 2004 |
| Securing
BGP Through Secure Origin BGP, Internet Protocol Journal, September
2003 |
| Securing BGP Through Secure Origin BGP (soBGP), Business Communications Review, May 2003 |
| EIGRP White
Paper (original author), Cisco Online, 2000 |
| Routing
TCP/IP, Provided material for author (see Thanks section), ISBN
1578700418 |
| RFC3137: OSPF Stub Router Advertisement |
| RFC3021: Using 31-Bit Prefixes on IPv4 Point-to-Point Links |
| RFC4061: Benchmarking Basic OSPF Single Router Control Plane Convergence |
| RFC4062: OSPF
Benchmarking Terminology and Concepts
|
| RFC4063:
Considerations When Using Basic OSPF Convergence Benchmarks
|
| RFC4271: A Border
Gateway Protocol 4, Acknowledgements |
| RFC5123:
Considerations in Validating the Path in BGP
|
| RFC5310: IS-IS Generic Cryptographic Authentication |
| RFC5566: IPsec Encap for Softwires
|
| RFC5709: OSPFv2 HMAC-SHA Cryptographic Authentication |
| RFC6039: Issues with Existing Cryptographic Protection Methods for Routing Protocols |
| US
Patent 7,298,707: Controlling the Flooding of Information in a Network
Environment
|
| US Patent 7,319,674: Exchanging Awareness Information in a Network Environment |
| US
Patent 7,333,501: Determining Network Nodes to Represent Multiple
Subnetworks
|
| US Patent 7,363,387: System and method for reducing information being transmitted in a network environment |
| US Patent 7,391,730: System and method for synchronizing link state databases in a network environment |
| US Patent 7,515,551: Techniques for reducing adjacencies in a link-state network routing protocol |
| US Patent 7,525,949: Forwarding for Network Devices |
| US Patent 7,561,588: Processing two-octet and four-octet values using border gateway protocol |
| US Patent 7,609,672: Method and apparatus for automatic sub-division of areas that flood routing information |
| US Patent 7,623,474: Techniques for distributing information using multicast subsets |
| US Patent 7,626,948: System and method for verifying the validity of a path in a network environment |
| US Patent 7,668,119: Ad hoc network formation and management |
| US Patent 7,672,253: Border router with selective filtering of link state advertisements |
| US Patent 7,697,505: Technique for decreasing queries to discover routes in an IGP |
| US Patent 7,733,798: Evaluation of network data aggregation |
| US Patent 7,768,995: Techniques for one-way synchronization of routing information among intermediate nodes |
| US Patent 7,778,235: Compression of a routing header in a packet by a mobile router in an ad hoc network |
| US Patent 7,782,858: Validating internal routing protocol information passed through an external routing protocol |
| US Patent 7,796,537: Creating non-transit nodes in a link state network |
| US Patent 7,808,927: Automatically deaggregating an optimum set to prevent suboptimal routing |
| US Patent 7,821,956: System and method for controlling the flooding of information in a network environment |
| US Patent 7,821,970: Protection of transit links in a network |
| US Patent 7,860,027: Extending an IP everywhere network over a plurality of flooding domains |
| US Patent 7,889,655: Techniques for detecting loop-free paths that cross routing information boundaries |
| US Patent 7,924,726: Arrangement for preventing count-to-infinity in flooding distance vector routing protocols |
| US Patent 7,936,667: Building backup tunnels for fast reroute in communications networks |
| US Patent 7,940,668: Method and apparatus to enable an IPe domarin through EIGRP |
| US Patent 7,940,776: Fast Re-routing in Distance Vector Routing Protocol Networks |
| US Patent 7,978,612: Two-hop Relay for Reducing Distance Vector Routing Information |
| US Patent 8,009,591: Automatic overlapping areas that flood routing information |
| US Patent 8,072,908: Partitioned forwarding of packets originated on a broadcast link |
Personal
Accomplishments and Other Experience
|
IETF Routing Protocol Security Working Group, Co-chair, 2004-2008 |
| 2008/9
Nominating Committee, Internet Engineering Task Force
|
|
2004/5
Nominating Committee, Internet Engineering Task Force
|
|
2002/3
Nominating Committee, Internet Engineering Task Force
|
|
Eagle
Scout, Boy Scouts of America, Troop 412 (Atlanta Area Council), 1982
|
|
Amateur
Radio Operator, WB4YRV, 1976
|
|
Capella University IT Advisory Council, 2007-2011 |