Determining end point locations for a stent
AssigneeKoninklijke Philips N.V.
InventorsVincent Maurice André Auvray, Stéphane Allaire
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Abstract
A system (100) for determining a suitability of positions along a lumen (110) as end point locations for a stent, includes one or more processors (120) configured to: receive (S110), from an intraluminal imaging device (130), a temporal sequence of intraluminal images (1401 . . . n) representing positions along the lumen (110), including at least a first intraluminal image (140i⊂1 . . . n); and identify (S120), whether or not the first intraluminal image (140i⊂1 . . . n) represents a suitable end point location for the stent.
Claims19
A system for determining a suitability of positions along a lumen as end point locations for a stent, the system comprising at least one processor configured to:
- receive, from an intraluminal imaging device, a temporal sequence of intraluminal images representing the positions along the lumen, wherein the temporal sequence of intraluminal images includes at least a first intraluminal image;
- analyse the temporal sequence of intraluminal images using an artificial intelligence algorithm;
- and
- identify whether or not the first intraluminal image represents a suitable end point location for the stent based on the analysing.
A system for determining a suitability of positions along a lumen as end point locations for a stent, the system comprising at least one processor configured to:
- receive, from an intraluminal imaging device, a temporal sequence of intraluminal images representing the positions along the lumen, wherein the temporal sequence of intraluminal images includes at least a first intraluminal image representing a first position along the lumen and a second intraluminal image representing a second position along the lumen;
- receive a first X-ray image and a second X-ray image, the first X-ray image and the second X-ray image being generated contemporaneously with the first intraluminal image and the second intraluminal image, respectively;
- and
- identify whether or not the first intraluminal image and the second intraluminal image represent suitable end point locations for the stent.
Dependencies are inferred from the claim text.