Nathaniel McCaffreyYour Subtitle text
media and patents
media selections
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‘A Camera Stares into the Light But Doesn't Blink’, New York Times |
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‘Smile you’re on cellphone camera’, USA Today |
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Disposable Camera featured in Maxim Magazine |
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New Jersey Institute of Technology Research Magazine (1993) |
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PC Magazine article |
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High frame rate megapixel camera system |
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Digital still camera featured in Sharper Image catalog |
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"Wide Dynamic Range CMOS Pixels" presentation at Vision Show |
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Micro camera with high dynamic range and rapid response |
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Histogram based video processor for portable application |
Products featured in David Sarnoff RC Histories |Book1  Book2  |
selected publications
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Book Chapter “Scientific Detectors for Astronomy: The Beginning of a New Era” ISBN: 140201788X |
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Invited Paper “Advanced Infrared Imaging Techniques’ SPIE Infrared Technology 1988-1998 CD-ROM |
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‘Scientific CMOS Pixels’, Experimental Astronomy, August 2002, V14- 1, pp. 33-43 |
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‘BLINC: A 640x480 CMOS active pixel video camera with adaptive digital processing, …”, SPIE Proc. 4306-05 |
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Invited Paper ‘The Use of Cameras in Automotive Safety and Convenience Applications’, Sensors Expo, Detroit, June 2004. |
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“692 x 504 CMOS APS Imager with Extended Dynamic Range and On-Chip 12-bit ADC ", SPIE Proc. 3965-16, San Jose. |
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“Very Low Cost Real Time Histogram Based Contrast Enhancer Utilizing Fixed Point DSP Processing", Photonics West, SPIE Proc. 3303-06 |
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"Recent Advances in the Development of Multi-Wavelength Imaging Pyrometer", Optical Engineering, November 1997. |
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"1024 X 1024 Pixel High Frame-Rate Digital CCD Cameras", 22nd International Congress on High Speed Photography and Photonics, SPIE Proc. 2869 pp. 812-821, Santa Fe. |
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"Experimental Multi-Wavelength Imaging Pyrometer for Remote Sensing of Temperature Profiles on Surfaces with Unknown Emissivity", Archives Internationales de Photogrammetrie et de Teledetection, ISPRS Proc. XVIII-B1, Vienna |
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“Progress on the Development of Multi-Wavelength Imaging Pyrometer", Infrared Detectors and Focal Plane Arrays IV, SPIE Proc. 2746, Orlando |
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"Computer Workstation for Multi-Wavelength Imaging Pyrometer", EMPMD Conference on Transient Thermal Processing of Materials, Session IV, Anaheim |
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"Multi-Wavelength Imaging Pyrometer for Non-Contact Temperature Monitoring", EMPMD Conference on Transient Thermal Processing of Materials, Session IV, Anaheim |
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"High Frame Rate Infrared and Visible Cameras for Test Range Instrumentation", SPIE Proc. 2552-37 |
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"Multi-Wavelength Imaging Pyrometer for Non-Contact Temperature Sensing", IEEE International Symposium on Industrial Electronics, Athens GR |
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"Radiometric Performance of 640X480 and 320X244 PtSi IR Cameras", SPIE Proc. 2225-05, Orlando |
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"Multi-Wavelength Imaging Pyrometer", SPIE Proc. 2225-04, Orlando |
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"Development of Emissivity Models and Induced Transmission Filters for Multi Wavelength Imaging Pyrometry", Thermosense, SPIE Proc. 2445-48 |
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Thesis "Design of a 320X122 MWIR-CCD PtSi Imaging Radiometer with Automatic Optical Integration Time Control", New Jersey Institute of Technology, May 1993 |
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"Radiometric Infrared Focal Plane Array Imaging System for Thermographic Applications", NASA Report NAS1-18226, NASA Langley Research Center |
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"End Point Monitoring of Patterned Wafers during Reactive Ion Etching using a High Resolution Infrared Camera", Proc. American Vacuum Society, Chicago |
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"The Effects of Chronic Stress on Startle Response: A Three Dimensional Analysis", Proc. 17th Annual Conference of the IEEE Bio-Medical Society |
US Patents awarded an additional 24 patents are pending
US Patent 5,822,222: “Multi-Wavelength Imaging Pyrometer”.
US Patent 5,949,918: “Method and Apparatus for Performing Image Enhancement”.
US Patent 6,040,570: “Extended Dynamic Range Image Sensor System”.
US Patent 6,101,294: “Extended Dynamic Range Imaging System and Method”.
US Patent 6,433,326: “CMOS/CCD Line Transfer Imager with Low Dark Current”.
US Patent 6,441,852: “ Extended Dynamic Range Image Sensor”
US Patent 6,472,653: “Method and apparatus to extend dynamic range of TDI CCD”
US Patent 6,535,275: “High resolution 3-D imaging rangefinder”
US Patent 6,657,706: “Method and apparatus for resolving times-of-arrival of light pulses”
US Patent 6,870,209: “CMOS Pixel with Dual Gate PMOS”
US Patent 6,911,712: “CMOS pixel using vertical structure and sub-micron CMOS process”
US Patent 6,984,812: “Auto Registered Component RGB Method”
US Patent 6,992,713: “Fully Integrated Solid State Imager and Camera Display”
US Patent 7,020,353: “Extended Dynamic Range Imaging System and Method”
US Patent 7,109,537: “CMOS pixel with dual gate PMOS”
US Patent 7,129,975: “Addressable imager with real time defect detection and substitution”
US Patent 7,238,993: “Advanced CMOS Pixel”
US Patent 7,265,397: “CCD imager constructed with CMOS fabrication techniques…”
US Patent: 7,324,145: “Multiplexing prism CMOS imagers to a single data bus”
US Patent: 7,336,530: “Pixel circuit with a dual gate PMOS”
US Patent: 7,554,590: “Simultaneous readout of CMOA APS imagers”
US Patent: 7,745,901: “Highly depleted laser doped semiconductor volume”
US Patent 5,822,222: “Multi-Wavelength Imaging Pyrometer”.
US Patent 5,949,918: “Method and Apparatus for Performing Image Enhancement”.
US Patent 6,040,570: “Extended Dynamic Range Image Sensor System”.
US Patent 6,101,294: “Extended Dynamic Range Imaging System and Method”.
US Patent 6,433,326: “CMOS/CCD Line Transfer Imager with Low Dark Current”.
US Patent 6,441,852: “ Extended Dynamic Range Image Sensor”
US Patent 6,472,653: “Method and apparatus to extend dynamic range of TDI CCD”
US Patent 6,535,275: “High resolution 3-D imaging rangefinder”
US Patent 6,657,706: “Method and apparatus for resolving times-of-arrival of light pulses”
US Patent 6,870,209: “CMOS Pixel with Dual Gate PMOS”
US Patent 6,911,712: “CMOS pixel using vertical structure and sub-micron CMOS process”
US Patent 6,984,812: “Auto Registered Component RGB Method”
US Patent 6,992,713: “Fully Integrated Solid State Imager and Camera Display”
US Patent 7,020,353: “Extended Dynamic Range Imaging System and Method”
US Patent 7,109,537: “CMOS pixel with dual gate PMOS”
US Patent 7,129,975: “Addressable imager with real time defect detection and substitution”
US Patent 7,238,993: “Advanced CMOS Pixel”
US Patent 7,265,397: “CCD imager constructed with CMOS fabrication techniques…”
US Patent: 7,324,145: “Multiplexing prism CMOS imagers to a single data bus”
US Patent: 7,336,530: “Pixel circuit with a dual gate PMOS”
US Patent: 7,554,590: “Simultaneous readout of CMOA APS imagers”
US Patent: 7,745,901: “Highly depleted laser doped semiconductor volume”
Copyright . Nathaniel McCaffrey. All rights reserved.
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Nathaniel McCaffrey Nathaniel McCaffrey Niel McCaffrey Nathaniel McCaffrey Niel McCaffrey Nathaniel McCaffrey Nathaniel McCaffrey Niel McCaffrey Neil McCaffrey Neil Niel Nathaniel McCaffrey McCaffrey Nathaniel McCaffrey Nathaniel McCaffrey Niel McCaffrey