WS

William J. Slivkoff

Philips: 8 patents #553 of 7,731Top 8%
NB Nxp B.V.: 1 patents #1,722 of 3,591Top 50%
PA Philips Electronics North America: 1 patents #328 of 725Top 50%
ST Stanford Telecommunications: 1 patents #30 of 57Top 55%
📍 Monte Sereno, CA: #52 of 229 inventorsTop 25%
🗺 California: #55,401 of 386,348 inventorsTop 15%
Overall (All Time): #469,653 of 4,157,543Top 15%
11
Patents All Time

Issued Patents All Time

Showing 1–11 of 11 patents

Patent #TitleCo-InventorsDate
7443885 CAN device featuring advanced can filtering and message acceptance Neil Edward Birns, Hong Hao, Richard Fabbri 2008-10-28
6732254 Can device featuring advanced can filtering and message acceptance Neil Edward Birns, Hong Hao, Richard Fabbri 2004-05-04
6732255 Can microcontroller that permits concurrent access to different segments of a common memory by both the processor core and the DMA engine thereof Ka Leung Ling, Neil Edward Birns 2004-05-04
6721799 Method for automatically transmitting an acknowledge frame in canopen and other can application layer protocols and a can microcontroller that implements this method 2004-04-13
6715001 Can microcontroller that employs reconfigurable message buffers Neil Edward Birns, Richard Fabbri 2004-03-30
6647440 End-of-message handling and interrupt generation in a CAN module providing hardware assembly of multi-frame CAN messages Neil Edward Birns, Hong Hao, Richard Fabbri, Jie Zheng 2003-11-11
6604156 Message buffer full handling in a CAN device that employs reconfigurable message buffers Neil Edward Birns 2003-08-05
6493287 Can microcontroller that utilizes a dedicated RAM memory space to store message-object configuration information Neil Edward Birns 2002-12-10
6434432 Method for writing back message ID information to a match ID register and a CAN microcontroller that implements this method Hong Hao 2002-08-13
6188256 Reset-out circuit with feed back capability Neil Edward Birns, Jie Zheng 2001-02-13
5533023 Practical means for dynamic allocation of individual demodulators to a multiplicity of received RF signals John E. Ohlson 1996-07-02