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Yuqin N Zong

from North Potomac, MD
Age ~62
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Also known as:
Yuqin Q Zong, Yu Qin Zong, Yu Q Zong, Yugin Zong, Zong Yuqin
Phone and address:
13981 Saddleview Dr, Gaithersburg, MD 20878
(301) 838-9378
Related to:
Zong KunMeifang Xue, 60Mark Zong, 33Hong X Lovas, 71Meifang Xue, 71Meifang Zong, 45
Connected to:
Gang J Zong, 58New Zong, 46Denise P Zongas, 76Michael T Zonghetti, 67Sherri D Zongker, 65Adjaratou Zongo, 43Clementine Zongo, 42Karen H Zongolowicz, 62Ricky W Zongora, 67John M Zoni, 57

Yuqin Zong Phones & Addresses

  • 13981 Saddleview Dr, Gaithersburg, MD 20878 (301) 838-9378
  • North Potomac, MD

Work

Company: National institute of standards and technology Nov 1994 Position: Optical engineer at nist

Skills

Photonics • Optics • Optical Engineering • Sensors • Physics • Spectroscopy • Metrology • Simulations • Engineering Management • Semiconductors • Characterization • Electronics • R&D • Manufacturing

Industries

Research

Resumes

Resumes

Yuqin Zong Photo 1

Optical Engineer At Nist

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Location:
100 Bureau Dr, Gaithersburg, MD 20878
Industry:
Research
Work:
National Institute of Standards and Technology
Optical Engineer at Nist
Skills:
Photonics
Optics
Optical Engineering
Sensors
Physics
Spectroscopy
Metrology
Simulations
Engineering Management
Semiconductors
Characterization
Electronics
R&D
Manufacturing

Publications

Us Patents

Simple Matrix Method For Stray-Light Correction In Imaging Instruments

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US Patent:
20090059210, Mar 5, 2009
Filed:
Aug 13, 2008
Appl. No.:
12/228495
Inventors:
Yuqin Zong - Gaithersburg MD, US
Steven W. Brown - Washington Grove MD, US
Keith R. Lykke - Gaithersburg MD, US
Yoshihiro Ohno - North Potomac MD, US
International Classification:
G02B 3/08
G06K 9/36
G06F 7/32
G01R 35/00
US Classification:
356124, 382232, 708520, 702 85
Abstract:
A simple matrix method and computer program product for stray-light correction in imaging instruments is provided. The stray-light correction method includes receiving raw signals from an imaging instrument and characterizing the imaging instrument for a set of point spread functions. For high resolution imaging instruments, the raw signals may be compressed to reduce the size of the correction matrix. Based on stray-light distribution functions derived from the point spread functions, a correction matrix is derived. This fast correction is performed by a matrix multiplication to the measured raw signals, and may reduce stray-light errors by more than one order of magnitude. Using the stray-light corrected instrument, significant reductions may be made in overall measurement uncertainties in radiometry, colorimetry, photometry and other applications. Because the PSFs may include other types of undesired responses, the stray-light correction also eliminates other types of errors, e.g., interreflection between a CCD and the detector window.
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Yuqin N Zong from North Potomac, MD, age ~62 Get Report