The industry has taught you to believe that images with higher resolution and higher SNR require longer scan times. Is that true?
Take the AiCE Challenge and see if you can identify which image was acquired in the shorter scan time.
One is reconstructed using the conventional method and the other optimized using deep learning reconstruction.
Can you tell the difference between these MR scans?
One was scanned in less scan time than the other.
Click on which one you think was acquired in the shorter scan time.
Ankle
Uh-oh. Are you sure?!
A
B
Correct!
AiCE DLR helps you to alleviate the inherent and fundamental tradeoffs between, SNR, scan time and resolution.
Image on the right has 33% less scan time.*
*Actual scan time reductions vary by case.
192 x 320
14 FOV
0.7 x 0.4
[0.2 x 0.2]
4:19
256 x 352
14 FOV
0.5 x 0.4
[0.2 x 0.2]
2:53
Shoulder
Correct!
AiCE DLR helps you to alleviate the inherent and fundamental tradeoffs between, SNR, scan time and resolution.
Both images have the same resolution but the image on the left was scanned in 54% less scan time.*
*Actual scan time reductions vary by case.
256 x 320
16 FOV
0.6 x 0.5
[0.3 x 0.3]
1:58
1NAQ
256 x 320
16 FOV
0.6 x 0.5
[0.3 x 0.3]
4:16
2NAQ
A
B
Uh-oh. Are you sure?!
Lumbar Spine
Uh-oh. Are you sure?!
A
B
Correct!
AiCE DLR helps you to alleviate the inherent and fundamental tradeoffs between, SNR, scan time and resolution.
The image on the right has 24% less scan time.*
*Actual scan time reductions vary by case.
256 x 288
28 x 25 FOV
1.1 x 0.9
[0.4 x 0.4]
3:35
3NAQ
288 x 320
28 x 25 FOV
1.0 x 0.8
[0.4 x 0.4]
2:44
2NAQ
Hip
Uh-oh. Are you sure?!
A
B
Correct!
AiCE DLR helps you to alleviate the inherent and fundamental tradeoffs between, SNR, scan time and resolution.
The image on the right has 25% less scan time.*
*Actual scan time reductions vary by case.
192 x 256
20 x 20 FOV
1.0 x 0.8
[0.4 x 0.4]
4:06
2NAQ
288 x 320
20 x 20 FOV
0.7 x 0.6
[0.3 x 0.3]
3:04
1NAQ
Ankle
Correct!
AiCE DLR helps you to alleviate the inherent and fundamental tradeoffs between, SNR, scan time and resolution.
Both images have the same resolution but the image on the left was scanned in 49% less scan time.*
*Actual scan time reductions vary by case.
192 x 320
15 FOV
0.8 x 0.5
[0.3 x 0.3]
1:46
1NAQ
192 x 320
15 FOV
0.8 x 0.5
[0.3 x 0.3]
3:26
2NAQ
A
B
Uh-oh. Are you sure?!
Shoulder
Uh-oh. Are you sure?!
A
B
Correct!
AiCE DLR helps you to alleviate the inherent and fundamental tradeoffs between, SNR, scan time and resolution.
Both images have the same resolution but the image on the right was scanned in 54% less scan time.*
*Actual scan time reductions vary by case.
320 x 352
16 FOV
0.5 x 0.5
[0.2 x 0.2]
4:17
2NAQ
320 x 352
16 FOV
0.5 x 0.5
[0.2 x 0.2]
1:59
1NAQ
Hip
Correct!
AiCE DLR helps you to alleviate the inherent and fundamental tradeoffs between, SNR, scan time and resolution.
The image on the left has 33% less scan time.*
*Actual scan time reductions vary by case.
256 x 320
20 FOV
0.8 x 0.6
[0.3 x 0.3]
3:26
1NAQ
192 x 256
20 FOV
1.0 x 0.8
[0.4 x 0.4]
5:06
2NAQ
A
B
Uh-oh. Are you sure?!
Ankle
Uh-oh. Are you sure?!
A
B
Correct!
AiCE DLR helps you to alleviate the inherent and fundamental tradeoffs between, SNR, scan time and resolution.
The image on the right has 15% less scan time.*
*Actual scan time reductions vary by case.
192 x 256
14 FOV
0.7 x 0.5
[0.3 x 0.3]
2:59
3NAQ
256 x 320
14 FOV
0.5 x 0.4
[0.2 x 0.2]
2:33
2NAQ
Shoulder
Correct!
AiCE DLR helps you to alleviate the inherent and fundamental tradeoffs between, SNR, scan time and resolution.
The image on the left has 50% less scan time.*
*Actual scan time reductions vary by case.
320 x 352
15 FOV
0.5 x 0.4
[0.2 x 0.2]
1:54
1NAQ
256 x 352
15 FOV
0.6 x 0.4
[0.2 x 0.2]
3:46
2NAQ
A
B
Uh-oh. Are you sure?!
Sciatic Nerve
Uh-oh. Are you sure?!
A
B
Correct!
AiCE DLR helps you to alleviate the inherent and fundamental tradeoffs between, SNR, scan time and resolution.
The image on the right has 43% less scan time.*
*Actual scan time reductions vary by case.
192 x 320
20 FOV
1.0 x 0.6
[0.3 x 0.3]
3:26
2NAQ
256 x 352
20 FOV
0.8 x 0.6
[0.3 x 0.3]
1:58
1NAQ
Ankle
Correct!
AiCE DLR helps you to alleviate the inherent and fundamental tradeoffs between, SNR, scan time and resolution.
The image on the left has 32% less scan time.*
*Actual scan time reductions vary by case.
256 x 288
14 FOV
0.5 x 0.5
[0.2 x 0.2]
2:33
192 x 256
14 FOV
0.7 x 0.5
[0.3 x 0.3]
3:45
A
B
Uh-oh. Are you sure?!
Availability of clinical applications is dependent on system model.