A |
|
abdomen |
Helene
Hoffman
Andreas
Pommert |
algorithm |
Bryan Stephens (2 -
4)
John
Sullivan |
AnatLine |
James Johnson (1 -
15) |
animation |
Jean-Christophe Bessaud (1 - 2)
Nikhil Gagvani (1 - 2)
Goh Shuang Ru (4 - 6)
|
annotation |
Andreas
Pommert |
artery, carotid |
Helene
Hoffman |
atrium |
Christian
Werner |
authoring |
James Brinkley
|
B |
|
bladder, urinary |
Sebastian Gerlach
Judith Venuti (1 - 4)
Judith Venuti (15)
|
bone |
Pietro
Cerveri
|
boundary |
Celina Imielinska
(10 - 13)
Frank Sachse
John
Sullivan
|
brain |
Celina
Imielinska
|
browser |
Alexander
Ade
Pietro
Cerveri
Arthur Wetzel (1 -
4)
Arthur Wetzel (8 -
9) |
byte mask |
James Johnson
(3)
James Johnson
(8)
James Johnson
(9)
James
Johnson(13) |
C |
|
carotid artery |
Helene
Hoffman |
cochlea |
Helene
Hoffman |
colon |
John Sullivan
|
color mapping |
Arthur Wetzel (12 -
13)
|
compression |
Arthur Wetzel (12 -
13)
Gilberto Zamora (7 -
9) |
coronal view |
Arthur Wetzel (1 -
3)
Arthur Wetzel
(11)
Gilberto Zamora
|
cranium |
Costantino Ciallella
(2 - 5)
Helene
Hoffman
Arthur Wetzel
(1)
Arthur Wetzel
(8)
Arthur Wetzel
(10) |
cross-section |
James Johnson
(3)
James Johnson (9 -
11)
Andreas
Pommert |
cryosection |
Celina Imielinska
(10 - 12)
Holger Jastrow (1 -
7)
Holger Jastrow (9 -
11)
Andreas
Pommert
Frank
Sachse
Victor
Spitzer
John Sullivan (1
- 2)
Christian Werner (1 -
2)
Arthur Wetzel (1 -
6)
Arthur Wetzel
(13)
Gilberto Zamora
(1)
Gilberto Zamora
(10)
Gilberto Zamora
(13) |
cutaneous plane |
Costantino Ciallella
(2 - 4) |
D |
|
decomposable structure |
Nina Wacholder
|
deformable model |
Celina Imielinska
(14 - 16)
|
derformable surface mesh |
Christian
Werner |
deformation |
Goh Shuang Ru
Frank
Sachse |
Delaunay triangulation |
Celina
Imielinska |
Digital Anatomist Dynamic Scene Generator |
James Brinkley |
Digital Anatomist Foundational Model (FM) |
James Brinkley |
download |
Gilberto Zamora (10
- 11) |
E |
|
ear, inner |
Helene
Hoffman |
edge detection |
Arthur Wetzel
|
Edgewarp |
Alexander
Ade
Arthur Wetzel
|
electrocardiogram |
Christian
Werner |
ellipsoids |
Andreas
Pommert |
end user |
James
Brinkley |
endoscopy, simulated |
Greg Merril (1 -
2) |
endocardium |
Christian Werner (5 -
6) |
entry hole |
Costantino Ciallella
|
epicardium |
Christian
Werner |
equivalence class |
Celina
Imielinska |
erectile tissue |
Judith Venuti (11 -
14) |
excitation propagation |
Christian
Werner |
eye |
Celina Imielinska
(14 - 16)
Bryan
Stephens |
F |
|
facial skeleton |
Helene
Hoffman |
fat tissue |
Celina
Imielinska (12 - 13)
|
feet |
Holger Jastrow
(6 - 7)
Holger Jastrow
(10)
Bryan Stephens (8 -
9) |
femur |
Pietro
Cerveri
John Sullivan (1
- 4)
John Sullivan (6
- 10) |
flowchart |
John Sullivan
|
fluoroscopy, virtual |
Greg
Merril |
fuzzy connectedness |
Celina Imielinska
(2)
Celina Imielinska (5
& 6)
Celina Imielinska
(10 - 13) |
G |
|
genitalia, male |
Judith
Venuti |
Gibb's prior estimation |
Celina Imielinska
(14 - 16)
|
gold standard |
Peter Ratiu
(1 - 2)
Peter Ratiu (4 -
6) |
grid model |
Costantino
Ciallella |
H |
|
hanging togetherness |
Celina
Imielinska |
head |
Holger Jastrow
(4)
Holger Jastrow
(7)
Holger Jastrow (9 -
11) |
heart |
James Johnson (2 -
5)
James Johnson (8 -
16)
Frank Sachse (1 -
6)
Bryan
Stephens
Christian Werner
(1)
Christian Werner (4 -
6) |
hepatic system |
Helene
Hoffman |
hip |
Steven
Senger |
hue |
Gilberto Zamora
|
humerus |
Bryan Stephens
|
hybrid segmentation |
Celina Imielinska (5 -
16)
|
I |
|
image management |
Pietro
Cerveri |
image mask |
James
Johnson (11) |
immersive workbench |
Steven
Senger |
independent component analysis (ICA) |
Shigeru Muraki (2 -
3)
|
index |
Holger Jastrow
|
interventricular septum |
Christian
Werner |
intracranial path |
Costantino Ciallella
(2 - 5) |
IsoView |
James
Johnson (11 - 13)
James
Johnson (15) |
J |
|
JPEG |
Gilberto Zamora
|
K |
|
kidney |
Bryan Stephens
(5)
Bryan Stephens
(11)
Bryan Stephens
(13)
John Sullivan
(11 - 13) |
knowledge base |
Pietro
Cerveri |
L |
|
labeling |
Holger Jastrow
(2 - 3)
Holger Jastrow
(9)
Arthur Wetzel (3 -
4) |
landmark |
Nina Wacholder
|
laryngeal apparatus |
Victor
Spitzer |
links |
Holger Jastrow
|
liver |
Andreas
Pommert
Bryan
Stephens |
lung |
Pietro
Cerveri (3 - 4)
Helene
Hoffman
James Johnson
(15 - 16)
Bryan
Stephens |
M |
|
MRI |
Celina
Imielinska
Shigeru Muraki (1 -
6)
Peter Ratiu (5 -
6) |
MRI, colored |
Shigeru Muraki
(1)
Shigeru Muraki
(4)
Shigeru Muraki
(6)
|
mandible |
Victor
Spitzer |
marching cubes |
John
Sullivan |
Maryland Science Center |
Hao Le |
mastication |
Victor
Spitzer |
MEETMan project |
Christian
Werner |
mesh, surface |
John Sullivan (6
- 9)
John Sullivan
(11)
John Sullivan
(13 - 14) |
mesh, volume |
John Sullivan
(10)
John Sullivan
(12 - 14) |
motion pictures |
Holger Jastrow
|
muscle, bulbospongiosus |
Judith Venuti (13-
14) |
muscle, coccygeus |
Judith Venuti
|
muscle, deep transverse perenei |
Judith Venuti (10-
14) |
muscle, ischiocavernosus |
Judith Venuti (12-
14) |
muscle, lavator ani |
Judith Venuti (1-
4)
Judith Venuti
(6) |
muscle, obturator internus |
Judith Venuti (5-
6)
Judith Venuti (8-
14) |
muscle, pterygoid |
Victor
Spitzer |
muscle, superficial transfer perenei |
Judith Venuti
|
muscle, temporalis |
Celina Imielinska (5 -
11)
|
N |
|
National Museum of Health and Medicine
National Museum of Science and Technology |
Hao Le (2)
Hao Le (4)
|
navigation |
James
Brinkley
Arthur Wetzel
|
neck |
Holger Jastrow (3)
Holger Jastrow (7)
Holger Jastrow (10)
|
nerve, C3 |
Peter
Ratiu |
O |
|
Ontario Science Center |
Hao Le |
orthogonal plane |
Costantino
Ciallella
Arthur Wetzel (1 -
3)
Arthur Wetzel (7 -
11)
|
osseous plane |
Costantino Ciallella (2 -
4) |
P |
|
parsing |
James
Johnson (7 - 8) |
part-whole relations |
Nina Wacholder
(1 - 3) |
partial state diagram |
Christian
Werner |
partonomy |
Pietro Cerveri
(3 - 4) |
pelvic diaphragm |
Judith Venuti (9 -
14) |
pelvis |
Holger Jastrow (1 -
2)
Holger Jastrow (9 -
10)
Judith Venuti (5 -
14)
Arthur Wetzel
|
plugin, Cosmoplayer |
James
Johnson |
prostate |
Judith Venuti (1 - 4)
Judith Venuti (15)
|
pterygoid muscle |
Victor
Spitzer |
pulmonary vessels |
Helene
Hoffman |
Q |
|
query |
Pietro Cerveri
(7)
Pietro Cerveri
(9) |
R |
|
RGB segmentation |
Andreas
Pommert
Arthur Wetzel
Gilberto Zamora (2 -
6) |
radiological images |
Holger Jastrow (4 -
7)
Holger Jastrow
(9)
|
real-time navigation |
Sebastian Gerlach
(1 - 2) |
real-time rendering |
Sebastian Gerlach
(3 - 4) |
registration |
Shigeru Muraki
|
relational schema |
Pietro
Cerveri |
renal system |
Helene
Hoffman |
rendering environment |
Wu
Zhongke |
ribs |
Helene
Hoffman
Bryan Stephens
|
S |
|
sagittal view |
Arthur Wetzel (1 -
3)
Arthur Wetzel
(10) |
search, results |
James Johnson
(3) |
search, term |
James Johnson
(2) |
scene explorer |
James Brinkley |
scene manager |
James Brinkley |
segmentation |
Celina Imielinska (5 -
16)
James Johnson
(3)
James Johnson
(8)
James Johnson
(9)
James
Johnson(13)
Peter Ratiu (1 -
2)
Peter Ratiu (4 -
6)
Frank
Sachse
Victor
Spitzer
Bryan Stephens (2 -
13)
John Sullivan (2
- 6)
Christian Werner (3-
4)
Gilberto Zamora (2 -
5) |
segmentation, hybrid method |
Celina Imielinska (5 -
16)
|
segmentation, RGB |
Andreas
Pommert
Arthur Wetzel
Gilberto Zamora (2 -
6) |
shooting injury |
Costantino Ciallella
(2 - 5)
|
simulator |
Greg Merril (1 -
3) |
sino-atrial nodes |
Christian
Werner |
sinus |
Helene
Hoffman |
skeleton |
Goh Shuang Ru |
skull |
Costantino Ciallella
(2 - 5)
Helene
Hoffman
Steven
Senger
Christian
Werner |
slice sequence animation server |
Jean-Christophe Bessaud |
smoothing |
James
Johnson
Gilberto
Zamora |
spine |
Arthur Wetzel (10 -
11) |
spine, cervical |
Peter
Ratiu
Steven
Senger |
stereo pair |
Steven Senger (1 -
2) |
surface model |
James
Johnson |
T |
|
taxonomy |
Pietro
Cerveri |
teeth |
Sebastian Gerlach
|
template class |
Goh Shuang Ru |
temporal bone |
Helene
Hoffman |
terms, related |
James Johnson
|
thorax |
Holger Jastrow
(5)
Holger Jastrow
(7)
Holger Jastrow
(10)
|
torso |
Andreas Pommert (3 -
5) |
tracheobronchial tree |
Helene
Hoffman |
transformation |
Christian
Werner |
transmission |
Gilberto Zamora (14
- 15) |
transverse view |
Arthur Wetzel (1 -
3) |
truncus pulmonalis |
Frank
Sachse |
U |
|
ureter |
Sebastian Gerlach
|
user interface |
Bryan Stephens
(1)
Bryan Stephens
(11)
Bryan Stephens
(13) |
V |
|
vector |
Sebastian Gerlach
|
ventricle |
Frank Sachse (4 -
6) |
ventricular myocites |
Frank Sachse (4 -
5) |
vertebrae |
Helene
Hoffman |
vessels, great |
Helene Hoffman
|
vessels, pulmonary |
Helene Hoffman
|
vestibular apparatus |
Helene
Hoffman |
VhParser |
James
Johnson |
Virtual Body Structures (VBS) |
Bryan
Stephens
Bryan Stephens (13
- 15) |
virtual endoscopy |
Greg
Merril |
virtual fluoroscopy |
Greg
Merril |
Virtual Reality Modeling Language (VRML) |
James
Johnson |
vocabulary |
Holger
Jastrow |
Volume of Interest (VOI) |
James Johnson
(3)
James Johnson
(6)
James Johnson (9 -
11) |
volume rendering |
Nikhil Gagvani |
Voronoi diagram |
Celina Imielinska
(4)
Celina Imielinska (7 -
13) |
Voxel Apparel Model |
Wu Zhongke (1 -
5) |
W |
|
warping |
Alexander Ade
|
Workshop Anatomy for the Internet (WAI) |
Holger Jastrow (1 -
12)
|
World Wide Web (WWW) |
Alexander
Ade
Bryan Stephens (13
- 15) |
X |
|
x-ray |
Andreas Pommert
|