ND

Nicholas W. Dawes

LM Loran Networks Management: 5 patents #1 of 3Top 35%
PS Peregrine Systems: 5 patents #1 of 4Top 25%
HP HP: 1 patents #8,774 of 16,619Top 55%
📍 Ottawa, CA: #393 of 6,399 inventorsTop 7%
Overall (All Time): #326,294 of 4,157,543Top 8%
15
Patents All Time

Issued Patents All Time

Showing 1–15 of 15 patents

Patent #TitleCo-InventorsDate
RE40744 Method for determining the drop rate, the transit delay and the break state of communications objects 2009-06-16
7145881 Method of determining the route of packets through a network of communicating objects David Schenkel 2006-12-05
7123589 Method for determining the delay and jitter in communication between objects in a connected network Michael Slavitch, Arvind Ramaswamy 2006-10-17
6928475 Method of determining the topology of a network of objects David Schenkel, Michael Slavitch 2005-08-09
6829641 Method of determining the topology of a network of objects David Schenkel, Michael Slavitch 2004-12-07
6728670 Method of determining the topology of a network by transmitting and monitoring sequences of orthogonal signals David Schenkel, Michael Slavitch 2004-04-27
6587440 Method for determining computer network topologies 2003-07-01
6584072 Method for determining the drop rate, the transit delay, and the break state of communications objects 2003-06-24
6424929 Method for detecting outlier measures of activity 2002-07-23
6411997 Method of determining the topology of a network of objects David Schenkel, Michael Slavitch 2002-06-25
6240068 Method for automatically aggregating objects 2001-05-29
6084860 Method for determining the drop rate, the transit delay and the break state of communications objects 2000-07-04
6046988 Method of determining the topology of a network of objects David Schenkel, Michael Slavitch 2000-04-04
5933416 Method of determining the topology of a network of objects David Schenkel, Michael Slavitch 1999-08-03
5926462 Method of determining topology of a network of objects which compares the similarity of the traffic sequences/volumes of a pair of devices David Schenkel, Michael Slavitch 1999-07-20