Inventor · Sunnyvale, CA, US

Sarin Thomas

18Patents
8h-index
31Co-inventors
68Inventor score

Filing activity: Dec 24, 2008 → Apr 5, 2022

Most-cited inventions

PatentTitleAreaCited byStatus
US8230110B2 Work-conserving packet scheduling in network devices Electricity 67 Active
US8797877B1 Virtual output queue allocation using dynamic drain bandwidth Electricity 64 Active
US9331929B1 Methods and apparatus for randomly distributing traffic in a multi-path switch fabric Electricity 25 Active
US10721187B1 Emulating output queued behavior in a virtual output queue switch Electricity 20 Active
US8605722B1 Deadlock-resistant fabric tree replication in a network device Electricity 16 Active
US8509069B1 Cell sharing to improve throughput within a network device Electricity 13 Active
US9100323B1 Deadlock-resistant fabric tree replication in a network device Electricity 11 Active
US9319347B1 Deadlock-resistant fabric tree replication in a network device Electricity 10 Active
US8325749B2 Methods and apparatus for transmission of groups of cells via a switch fabric Electricity 6 Active
US10164906B1 Scalable switch fabric cell reordering Electricity 4 Active
US9369397B1 Apparatus to achieve quality of service (QoS) without requiring fabric speedup Electricity 3 Active
US11290395B1 Emulating output queued behavior in a virtual output queue switch Electricity 2 Active
US9077466B2 Methods and apparatus for transmission of groups of cells via a switch fabric Electricity 2 Active
US10009293B1 Shared memory switch fabric system and method Electricity 2 Active
US10097479B1 Methods and apparatus for randomly distributing traffic in a multi-path switch fabric Electricity 1 Active
US9973437B2 Apparatus to achieve quality of service (QOS) without requiring fabric speedup Electricity 0 Active
US12155573B2 Rate limited scheduler for solicited data transfers Electricity 0 Active
US8363668B2 Avoiding unfair advantage in weighted round robin (WRR) scheduling Electricity 0 Active

Source: USPTO / EPO open patent data. Inventor disambiguation is heuristic; counts are objective bibliographic measures.