Licensable university IP

Method and apparatus for real-time 3D target position estimation by combining single x-ray imaging and external respiratory signals

Method and apparatus for real-time 3D target position estimation by combining single x-ray imaging and external respiratory signals is marketed for licensing by Stanford University (OTL). It is documented in US patent US 8,849,373. The current assignee of record is Leland Stanford Junior University. Google Patents reports its legal status as “Active” (an automated indicator, not a legal determination). Its expected expiration is 2030-08-17.

Patent picture

Field	Value	Reliability	Source
US patent	US 8,849,373	95%High	Google Patents
Patent title	Method and apparatus for real-time 3D target position estimation by combining single x-ray imaging and external respiratory signals	90%High	Google Patents
Current assignee	Leland Stanford Junior University	80%Good	Google Patents
Original assignee	Leland Stanford Junior University	85%Good	Google Patents
Legal status	Active	70%Moderate	Google Patents
Filing date	2008-05-12	90%High	Google Patents
Priority date	2007-05-11	90%High	Google Patents
Publication date	2014-09-30	90%High	Google Patents
Expected expiration	2030-08-17	75%Moderate	Google Patents

Reliability of each field, at a glance:

High 90% and up
Good 80 to 89%
Moderate 70 to 79%

Hover a bar for the exact figure; the Source column links the citation.

Legal status is Google Patents' automated indicator, not a legal determination.

Joined to US 8,849,373 by its printed patent number (a deterministic match), then enriched from public Google Patents data. Fields are shown only where resolved against a public source; unresolved fields are omitted, never guessed.

Original listing

This technology is marketed for licensing by Stanford University (OTL). View the original listing.