Angioplasty Balloon Inflation : Based on Feedback From

95 Pages·2013·3.97 MB·English

ABSTRACT Angioplasty Balloon Inflation :
PROPOSED
SYSTEM Based on Feedback From Intravascular Optical
ANGIOPLASTY
BALLOON Coherence Tomography
ANGIOPLASTY
DES : Drug
Eluting Stents
Disadvantages
and Remedies
IVUS
OCT
SS OCT principle
IVOCT balloon
catheter
IVOCT images
Lumen January 22, 2013
detection
steps in lumen
detection
Control
System
architecture
hardware
evaluation
various target
diameters
characteristics
various flow
rate gain
values
sequential
target daimeter
values
conclusion
in future
References
Contents
1 ABSTRACT
2 PROPOSED SYSTEM
ABSTRACT 3 ANGIOPLASTY
PROPOSED BALLOON ANGIOPLASTY
SYSTEM
4 DES : Drug Eluting Stents
ANGIOPLASTY
BALLOON 5 Disadvantages and Remedies
ANGIOPLASTY
DES : Drug 6 IVUS
Eluting Stents
7 OCT
Disadvantages
and Remedies SS OCT principle
IVUS 8 IVOCT balloon catheter
OCT 9 IVOCT images
SS OCT principle
10 Lumen detection
IVOCT balloon
catheter steps in lumen detection
IVOCT images 11 Control System architecture
Lumen 12
hardware
detection
steps in lumen 13 evaluation
detection
Control 14 various target diameters
System
architecture 15 characteristics
hardware 16 various flow rate gain values
evaluation 17 sequential target daimeter values
various target 18 conclusion
diameters
19 in future
characteristics
20 References
various flow
rate gain
values
sequential
target daimeter
values
conclusion
in future
References
various target diameters
Based on the estimated and target diameters, Syringe pump
deliver or withdraw liquid to achieve the target diameter.
The performance of the control method was investigated
under:
various flow rates
ABSTRACT
ABSTRACT
PROPOSED
SYSTEM
Computerized control of angioplasty balloon inflation based
ANGIOPLASTY
on IVOCT.
BALLOON
ANGIOPLASTY
DES : Drug
Eluting Stents
Disadvantages
and Remedies
IVUS
OCT
SS OCT principle
IVOCT balloon
catheter
IVOCT images
Lumen
detection
steps in lumen
detection
Control
System
architecture
hardware
evaluation
various target
diameters
characteristics
various flow
rate gain
values
sequential
target daimeter
values
conclusion
in future
References
The performance of the control method was investigated
under:
various flow rates
various target diameters
ABSTRACT
ABSTRACT
PROPOSED
SYSTEM
Computerized control of angioplasty balloon inflation based
ANGIOPLASTY
on IVOCT.
BALLOON
ANGIOPLASTY
Based on the estimated and target diameters, Syringe pump
DES : Drug
Eluting Stents deliver or withdraw liquid to achieve the target diameter.
Disadvantages
and Remedies
IVUS
OCT
SS OCT principle
IVOCT balloon
catheter
IVOCT images
Lumen
detection
steps in lumen
detection
Control
System
architecture
hardware
evaluation
various target
diameters
characteristics
various flow
rate gain
values
sequential
target daimeter
values
conclusion
in future
References
ABSTRACT
ABSTRACT
PROPOSED
SYSTEM
Computerized control of angioplasty balloon inflation based
ANGIOPLASTY
on IVOCT.
BALLOON
ANGIOPLASTY
Based on the estimated and target diameters, Syringe pump
DES : Drug
Eluting Stents deliver or withdraw liquid to achieve the target diameter.
Disadvantages
and Remedies The performance of the control method was investigated
under:
IVUS
OCT various flow rates
SS OCT principle
various target diameters
IVOCT balloon
catheter
IVOCT images
Lumen
detection
steps in lumen
detection
Control
System
architecture
hardware
evaluation
various target
diameters
characteristics
various flow
rate gain
values
sequential
target daimeter
values
conclusion
in future
References
Contents
1 ABSTRACT
2 PROPOSED SYSTEM
ABSTRACT 3 ANGIOPLASTY
PROPOSED BALLOON ANGIOPLASTY
SYSTEM
4 DES : Drug Eluting Stents
ANGIOPLASTY
BALLOON 5 Disadvantages and Remedies
ANGIOPLASTY
DES : Drug 6 IVUS
Eluting Stents
7 OCT
Disadvantages
and Remedies SS OCT principle
IVUS 8 IVOCT balloon catheter
OCT 9 IVOCT images
SS OCT principle
10 Lumen detection
IVOCT balloon
catheter steps in lumen detection
IVOCT images 11 Control System architecture
Lumen 12
hardware
detection
steps in lumen 13 evaluation
detection
Control 14 various target diameters
System
architecture 15 characteristics
hardware 16 various flow rate gain values
evaluation 17 sequential target daimeter values
various target 18 conclusion
diameters
19 in future
characteristics
20 References
various flow
rate gain
values
sequential
target daimeter
values
conclusion
in future
References
PROPOSED SYSTEM
ABSTRACT
PROPOSED
SYSTEM
ANGIOPLASTY
BALLOON
ANGIOPLASTY
DES : Drug
Eluting Stents
Disadvantages
and Remedies
IVUS
OCT
SS OCT principle
IVOCT balloon
catheter
IVOCT images
Lumen
detection
steps in lumen
detection
Control
System
architecture
hardware
evaluation
various target
diameters
characteristics
various flow
rate gain
values
sequential
target daimeter
values
conclusion
in future
References
Contents
1 ABSTRACT
2 PROPOSED SYSTEM
ABSTRACT 3 ANGIOPLASTY
PROPOSED BALLOON ANGIOPLASTY
SYSTEM
4 DES : Drug Eluting Stents
ANGIOPLASTY
BALLOON 5 Disadvantages and Remedies
ANGIOPLASTY
DES : Drug 6 IVUS
Eluting Stents
7 OCT
Disadvantages
and Remedies SS OCT principle
IVUS 8 IVOCT balloon catheter
OCT 9 IVOCT images
SS OCT principle
10 Lumen detection
IVOCT balloon
catheter steps in lumen detection
IVOCT images 11 Control System architecture
Lumen 12
hardware
detection
steps in lumen 13 evaluation
detection
Control 14 various target diameters
System
architecture 15 characteristics
hardware 16 various flow rate gain values
evaluation 17 sequential target daimeter values
various target 18 conclusion
diameters
19 in future
characteristics
20 References
various flow
rate gain
values
sequential
target daimeter
values
conclusion
in future
References
Technique includes inflating a balloon or deploying a stent.
ANGIOPLASTY
ABSTRACT
PROPOSED
SYSTEM
ANGIOPLASTY
BALLOON
ANGIOPLASTY
Process of narrowing of an artery wall due the plaques in its
DES : Drug
Eluting Stents wall.
Disadvantages
and Remedies
IVUS
OCT
SS OCT principle
IVOCT balloon
catheter
IVOCT images
Lumen
detection
steps in lumen
detection
Control
System
architecture
hardware
evaluation
various target
diameters
characteristics
various flow
rate gain
values
sequential
target daimeter
values
conclusion
in future
References
ANGIOPLASTY
ABSTRACT
PROPOSED
SYSTEM
ANGIOPLASTY
BALLOON
ANGIOPLASTY
Process of narrowing of an artery wall due the plaques in its
DES : Drug
Eluting Stents wall.
Disadvantages
Technique includes inflating a balloon or deploying a stent.
and Remedies
IVUS
OCT
SS OCT principle
IVOCT balloon
catheter
IVOCT images
Lumen
detection
steps in lumen
detection
Control
System
architecture
hardware
evaluation
various target
diameters
characteristics
various flow
rate gain
values
sequential
target daimeter
values
conclusion
in future
References