Battelle
Information Assurance Specialist Iii and Isso and Sa
The Scotts Miracle-Gro Company Aug 2014 - Apr 2016
Senior Information Security Analyst
Honda Engineering North America, Inc. Dec 2006 - Aug 2014
Systems Administrator
Agc Automotive Americas 1999 - 2006
Systems and Network Analyst
Multiple Locations 1991 - 1999
Automotive Technician
Education:
Sans Institute 2015 - 2015
Battelle Memorial Institute
Columbus State Community College
Pikes Peak Community College
Skills:
Active Directory Windows Server System Administration Information Security Nas Servers Netapp Cissp Disaster Recovery Vmware Infrastructure Storage Enterprise Software High Availability Antivirus San It Operations Security Business Continuity Networking Vsphere Vmware Storage Area Networks Virtualization System Deployment Backup Exec Software Documentation Computer Hardware Vmware Esx Information Technology Wsus Data Center Fibre Channel Symantec Endpoint Protection Vulnerability Assessment Windows 7 Computer Security Storage Virtualization Microsoft Sql Server Information Security Management Vulnerability Management Incident Response Storage Management Technical Support Vmware Vsphere Infrastructure Network Security Team Leadership
Certifications:
License 443869 License 5431019.20429111 License B558-1898 Security+ (Link) Itil Foundations (Link) Mcse Network+ A+ Ics-Cert - Industrial Control Systems Cyber Security (Link) Vcp5-Dcv - Vmware Certified Professional 5 Data Center Virtualization (Link)
System And Method For Per Flow Guaranteed Throughput, Multiple Tcp Flow Bandwidth Provisioning, And Elimination Of Packet Drops For Transmission Control Protocol (Tcp) And Tcp-Friendly Protocols
Sean S. B. Moore - Hollis NH, US Howard C. Reith - Lee NH, US Paul Sprague - North Berwick ME, US
Assignee:
Avaya, Inc. - Basking Ridge NJ
International Classification:
H04L 12/28
US Classification:
370235, 370389
Abstract:
A software and hardware system that provides for per flow guaranteed throughput and goodput for packet data flows using network transport protocols that have window-based flow control mechanisms or TCP-friendly flow control mechanisms. The system and method for guaranteed throughput of individual flows in turn enables a method for provisioning link bandwidth among multiple flows and provisioning network throughput and goodput at the granularity of individual flows. The invention also eliminates Layer 3 packet drops for a data flow using window-based flow control or TCP-friendly flow control, which in turn obviates congestion collapse and quality collapse scenarios.