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ANALYSIS OF OPTICAL FIBER SPECKLE PATTERNS FOR DETECTION OF IVUS CATHETER TIP IN 3D SPACE: AN INTELLIGENT SENSOR RESEARCH
Title
ANALYSIS OF OPTICAL FIBER SPECKLE PATTERNS FOR DETECTION OF IVUS CATHETER TIP IN 3D SPACE: AN INTELLIGENT SENSOR RESEARCH
Author
Razmyar, Soroush
Date Created
2020
Description
This research study presents the architectural design and computational framework for an intelligent tracking sensor constructed from a multimode fiber optic. As laser light travels through an inhomogeneous medium, such as multimode fiber, the ran...
ANALYSIS OF OPTICAL FIBER SPECKLE PATTERNS FOR DETECTION OF IVUS CATHETER TIP IN 3D SPACE: AN INTELLIGENT SENSOR RESEARCH
Title
ANALYSIS OF OPTICAL FIBER SPECKLE PATTERNS FOR DETECTION OF IVUS CATHETER TIP IN 3D SPACE: AN INTELLIGENT SENSOR RESEARCH
Author
Razmyar, Soroush
Date Created
2020
Subjects--Topical
Optics, Computer science, Biomedical engineering
Description
This research study presents the architectural design and computational framework for an intelligent tracking sensor constructed from a multimode fiber optic. As laser light travels through an inhomogeneous medium, such as multimode fiber, the ran...
SIGNAL PROCESSING BASED METHOD FOR MODELING AND SOLVING INVERSE SCATTERING PROBLEMS
Title
SIGNAL PROCESSING BASED METHOD FOR MODELING AND SOLVING INVERSE SCATTERING PROBLEMS
Author
Ritter, Richard
Date Created
2011
Description
A mature and difficult problem, still preoccupying many research communities in different application areas, is the recovery of a quantitative image of some unknown penetrable strongly scattering object. In most fields, such as ground penetrating ...
SIGNAL PROCESSING BASED METHOD FOR MODELING AND SOLVING INVERSE SCATTERING PROBLEMS
Title
SIGNAL PROCESSING BASED METHOD FOR MODELING AND SOLVING INVERSE SCATTERING PROBLEMS
Author
Ritter, Richard
Date Created
2011
Subjects--Topical
Electrical engineering, Optics, Engineering
Description
A mature and difficult problem, still preoccupying many research communities in different application areas, is the recovery of a quantitative image of some unknown penetrable strongly scattering object. In most fields, such as ground penetrating ...