|
|
ERIC R. FOSSUM List of Some Favorite Publications (Google Scholar Search under Eric R. Fossum) |
|
|
|
|
|
|
|
|
|
|
Authors |
Paper Title and Publication |
Year |
Cited |
Comments |
|
|
|
|
* |
|
|
E.R.
Fossum |
CMOS
image sensors - electronic camera on a chip, IEEE Trans. Electron Devices, Special Issue
on Solid-State Image Sensors, October 1997 vol. 44(10) pp. 1689-1698 (1997). |
1997 |
908 |
Based on my |
|
S.K.
Mendis, S.E. Kemeny, R.C.
Gee, B. Pain, Q. Kim, and E.R. Fossum |
CMOS
active pixel image sensors for highly integrated imaging systems, IEEE
J. Solid-State Circuits, vol. 32(2) pp. 187-197 (1997). |
1997 |
389 |
Chip
details including CDS and FPN noise cancelling circuits. |
|
E.R.
Fossum |
Active
Pixel Sensors -- Are CCDs Dinosaurs?,
in CCD's and Optical Sensors |
1993 |
358 |
First
real paper addressing active pixel sensors. |
|
E.R.
Fossum and B. Pain |
Infrared
readout electronics for space science sensors: state of the art and future
directions, in Infrared
Technology XIX, Proc. SPIE vol. 2020 pp. 262-285 (1993). |
1993 |
85 |
Mostly
a review paper with excellent analysis by Pain. |
|
E.R.
Fossum |
Architectures
for Focal-Plane Image Processing, Opt. |
1989 |
77 |
Sets
stage for later CMOS image sensor work incl. column-parallel architecture |
|
A.
Krymski, D. Van Blerkom,
A. Andersson, N. Bock, B. Mansoorian,
and E.R. Fossum |
A
high speed, 500 frames/s, 1024x1024 CMOS active pixel sensor, 1999
Symposium on VLSI Circuits Digest of Technical Papers, pp. 137-138, |
1999 |
77 |
First
demonstration of very high speed readout potential of CMOS active pixel image
sensors. 500
Mpixels/sec |
|
E.R.
Fossum |
Digital
Camera System-On-A-Chip, IEEE
Micro, vol. 18(3), pp 8-15, May/June (1998). |
1998 |
69 |
Good
introductory article |
|
S.E.
Kemeny, R. Panicacci, B.Pain, L. Matthies, and E.R. Fossum |
Multiresolution
image sensor, IEEE
Trans. Circuits and Systems for Video Technology, vol. 7(4), pp. 575-583
(1997). |
1997 |
63 |
Shows
the power of column-parallel analog signal processing. |
|
B.
Pain and E.R. Fossum |
Approaches
and analysis for on-focal-plane analog-to-digital conversion,
in Infrared Readout Electronics II, Proc. SPIE vol. 2226, pp. 208-218
(1994). |
1994 |
53 |
Hard
to believe but at the time most people thought integrating an ADC with the
image sensor was a bad idea. Visible
& IR |
|
K-B
Cho, A. Krymski, E.R. Fossum |
A
1.5V 550 uW 176x144 autonomous CMOS active pixel
image sensor, IEEE Transactions on Electron Devices, vol. 50(1), pp. 96-105
(2003). |
2003 |
38 |
Demonstrates
the very low power dissipation potential of the CMOS image sensor. From Cho’s dissertation research. |
|
S.S. Todorov and E.R. Fossum |
Oxidation
of Silicon by a Low Energy Ion Beam: Model and Experiment,
Appl. Phys. Lett., vol. 52 (1), pp. 48-50 (1988). |
1988 |
29 |
More details on low energy ion beam oxidation from Todorov
dissertation |
|
E.R.
Fossum, |
Low
power camera-on-a-chip using CMOS active pixel sensor technology,
(invited) Proc. 1995 IEEE Symposium on Low Power Electronics, pp. 74-77, |
1995 |
28 |
Emphasizes
the low power nature of CMOS image sensors. |
|
P.P.K.
Lee, R.C. Gee, R.M. Guidash, T-H. Lee, and E.R. Fossum |
An
Active Pixel Sensor Fabricated Using CMOS/CCD Process Technology, in
Program of 1995 IEEE Workshop on CCDs and Advanced Image Sensors, |
1995 |
17 |
First
report of pinned photodiode with CMOS APS.
Joint work between JPL and Kodak.
Idea came from my and Tom Lee’s collaborative discussion and strangely
patented by just Kodak. |
|
Y. Wang, S.
Barna, |
A
high dynamic range CMOS APS image sensor,
Proc. 2001 IEEE Workshop on CCDs and Advanced Image Sensors, |
2001 |
14 |
Very nice
work from Wang’s dissertation research.
|
|
E.R. Fossum, J.-I. Song, and D.V.
Rossi |
Two-Dimensional
Electron Gas Charge-Coupled Devices (2DEG-CCDs),
IEEE Trans. Electron Devices, vol. ED-38(5), pp. 1182-1192 (1991). |
1991 |
14 |
Good summary of our work in this area |
|
E.R.
Fossum |
Wire
Transfer of Charge Packets Using a CCD-BBD Structure for Charge-Domain Signal
Processing, IEEE Trans. Electron Devices, vol. ED-38(2) pp.291-298 (1991). |
1991 |
11 |
For
those who said it could not be done.
Enables non-local interconnects |
|
E.
R. Fossum |
Charge
transfer noise and lag in CMOS active pixel sensors, Proc.
of 2003 IEEE Workshop on Charge-Coupled Devices and Advanced Image Sensors, Schloss Elmau, Bavaria, Germany
May 2003. Longer
unpublished version |
2003 |
10 |
New
noise model for this transfer process recently experiementall
measured and confirmed by MIT Lincoln Labs. |
|
E.R. Fossum and R.C. Barker |
Measurement
of Hole Leakage and Impact Ionization Currents in Metal/Tunnel
Oxide/Semiconductor Junctions, IEEE Trans. Electron Devices, vol.
ED-3l, no. 9, pp. 1168-1174 (1984). |
1984 |
8 |
From my Ph.D. dissertation |
|
E.R.
Fossum, |
What
to do with Sub-Diffraction-Limit (SDL) Pixels? – A Proposal for a Gigapixel Digital Film Sensor (DFS), Proc.
Of the 2005 IEEE Workshop on Charge-Coupled Devices and Advanced Image
Sensors, |
2005 |
7 |
First
paper on jot-based image sensors. |
|
R. Gutierrez, T.Tang, R. Calvet and E.R. Fossum |
MEMS
Digital Camera, in Digital Photography |
2007 |
5 |
Documents the MEMS technology at Siimpel
while I was CEO. |
|
E.R. Fossum |
The Quanta Image Sensor (QIS):
Concepts and Challenges in
Proc. 2011 Opt. Soc. Am. Topical Meeting on Computational Optical Sensing and
Imaging, Toronto, Canada July 10-14, 2011. |
2011 |
0 |
More on jot based image sensors |
*Citation count as of
1/2/2012