United States Patents
Issued to Dr. Eric R. Fossum
(129 issued patents as of 05 June 2010)
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No. |
Inventors |
Patent Title |
U.S. Patent No. |
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1 |
Charge-coupled device differencer
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2 |
P.R.
Prucnal, E.R. Fossum and R.M. Osgood |
Integrated fiber optic coupler for VHSIC/VLSI
Interconnects |
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3 |
E.R.
Fossum and S.S. Todorov |
Method of forming dielectric thin films on
silicon by low energy ion beam bombardment |
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4 |
E.R.
Fossum, P.D. Kirchner, G.D. Pettit, A.C. Warren and J.M. Woodall |
Submicron dimension compound semiconductor
fabrication using thermal etching |
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5 |
E.R.
Fossum and S.E. Kemeny |
Trench-defined CCD structure |
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6 |
E.R.
Fossum and F.J. Grunthaner |
Method for producing a hybridization of detector
array and integrated circuit for readout |
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7 |
E.R.
Fossum, T.J. Cunningham, T.Krabach and C. Staller |
Monolithic In-based III-V compound semiconductor
focal plane array cell with single stage CCD output |
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8 |
E.R.
Fossum, S.K. Mendis and S.E. Kemeny |
CMOS active pixel image sensor |
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Active pixel sensor with intra-pixel charge
transfer |
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Active pixel sensor with intra-pixel charge
transfer |
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Active pixel sensor with intra-pixel charge
transfer |
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Method of acquiring an image from an optical
structure having pixels with dedicated readout circuits |
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9 |
S.E.
Kemeny, E.R. Fossum and R. H. Nixon |
Digital parallel processor array for path
planning |
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10 |
E.R.
Fossum and B. Pain |
Solid-state image sensor with focal-plane digital
photon-counting pixel array |
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11 |
E.R.
Fossum, Z. Zhou and B. Pain |
Successive approximation ADC for focal plane
applications using balanced charge integrating amplifiers |
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12 |
E.R.
Fossum and R.H. Nixon |
CMOS active pixel sensor type imaging system on a
chip |
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Single chip camera device having double sampling
operation |
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Single substrate camera device with CMOS image
sensor |
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CMOS active pixel sensor type imaging system on a
chip |
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Single substrate camera device with CMOS image
sensor |
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13 |
E.R.
Fossum and Z. Zhou |
Capacitively coupled successive approximation ultra low power analog to digital
converter |
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14 |
B.
Pain, J. Nakamura and E.R. Fossum |
On-focal-plane analog to digital conversion for
current-mode imaging devices |
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15 |
E.R.
Fossum |
Self-triggered X-ray sensor |
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16 |
Z.
Zhou, E.R. Fossum and B. Pain |
Integrated sensor with frame memory and
programmable resolution for light adaptive imaging |
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Integrated sensor with frame memory and
programmable resolution for light adaptive imaging |
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Integrated sensor with frame memory and
programmable resolution for light adaptive imaging |
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17 |
E.R.Fossum, S. Kemeny and B.
Pain |
Active pixel sensor with multiresolution
readout |
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18 |
Y.
Wang and E.R. Fossum |
Light-sensing array with wedge-like reflective
optical concentrators |
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19 |
E.R.
Fossum |
Active pixel sensors with substantially planarized color filtering elements |
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20 |
E.R.
Fossum |
Median filter with embedded analog-to-digital
converter |
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21 |
E.R.
Fossum |
Quantum efficiency improvements in active pixel
sensors |
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22 |
J.
Stam, J. Bechtel, E.R. Fossum and S. Kemeny |
Wide dynamic range optical sensor |
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23 |
E.R.
Fossum, S. Mendis, B. Pain, R. Nixon and Z.Zhou |
Active pixel sensor having intra-pixel charge
transfer with analog-to-digital converter
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Active pixel sensor having intra-pixel charge
transfer with analog-to-digital converter
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24 |
E.R.
Fossum and B. Pain |
Integrated infrared and visible image
sensors |
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25 |
T.J.
Cunningham, E.R. Fossum, S. Nikzad, B. Pain and G.
Soli |
Delta-doped hybrid advanced detector for low
energy particle detection |
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Delta-doped hybrid advanced detector for low
energy particle detection |
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26 |
O.
Yadid-Pecht and E.R. Fossum |
Image sensor producing at least two integration
times from each sensing pixel |
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Image sensor with high dynamic range linear
output |
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27 |
E.R.Fossum and M. Kaplinsky |
CMOS image sensor with different pixel sizes for
different colors |
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28 |
E.R.
Fossum, J. Nakamura and S. Kemeny |
Active pixel sensor with simple floating gate
pixels |
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Active pixel sensor pixel whose output is coupled
to an output transistor gate |
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29 |
O.
Yadid-Pecht, B. Pain and E.R. Fossum |
Method and apparatus of high dynamic range image
sensor with individual pixel reset |
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30 |
E.R.
Fossum, A. Krymski, B. Mansoorian |
Active pixel image sensor with current mode readout |
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31 |
E.R.
Fossum |
Differential non-linearity correction scheme |
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Differential non-linearity correction scheme |
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32 |
E.R.
Fossum and G. Waligorski |
Pulse-controlled light emitting diode source |
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33 |
V.
Berezin, A Krymski and
E.R. Fossum |
Lock-in pinned photodiode photodetector |
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Lock-in pinned photodiode photodetector |
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Lock-in pinned photodiode photodetector |
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Pinned photodiode photodetector with common buffer
transistor and binning capability |
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34 |
S.L.
Barna, D. Van Blerkom and
E.R. Fossum |
Nonlinear flash analog to digital converter used
in an active pixel system |
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Nonlinear flash analog to digital converter used
in an active pixel system |
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35 |
F.T.
Bauer, J.H. Bechtel, R.R. Turnbull, R. Nixon and E.R. Fossum |
Moisture detecting system using semiconductor
light sensor with integral charge collection |
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Moisture detecting system using semiconductor
light sensor with integral charge collection
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36 |
R.C.
Gee, P.P-K. Lee, T-H Lee and E.R. Fossum |
Active pixel image sensor using a pinned
photodiode |
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37 |
R.H.
Nixon, E.R. Fossum and J. Bechtel |
Photodiode light sensor |
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Photodiode light sensor |
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Light Sensor |
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Rearview assembly for a vehicle …. that are not
exposed to the same optical spectrum |
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Vehicle rearview assembly having a light sensor
with two or more transducers |
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38 |
J.H.
Bechtel, F.T. Bauer, J.S. Stam, R.C. Knapp, R. R. Trumbell, D.J. Schmidt, G.B. Poe, D.L. Plangger, R.H. Nixon,
E.R. Fossum and T.E. Steenwyck |
Vehicle equipment control with semiconductor
light sensors |
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Vehicle equipment control with semiconductor
light sensors |
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Vehicle headlamp control utilizing a light sensor
having at least two transducers |
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39 |
V.
Berezin and E.R. Fossum |
Active pixel sensor with fully depleted buried
photoreceptor |
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40 |
B.
Mansoorian and E.R. Fossum |
Semiconductor imaging sensor with on-chip
encryption |
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41 |
J.H.
Bechtel, J.S. Stam, R.R. Turnbull, R.H. Nixon and
E.R. Fossum |
Automatic dimming mirror using semiconductor
light sensor with integral charge collection |
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Automatic dimming mirror using semiconductor
light sensor with integral charge collection |
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Automatic dimming mirror using semiconductor
glare sensor |
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Apparatus including at least one light sensor with an
input pin for receiving an integration period signal |
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42 |
R.
Nixon, N. Doudoumopoulos
and E.R. Fossum |
Backside illumination of CMOS image sensor |
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43 |
S.L.
Barna and E.R. Fossum |
Increasing pixel conversion gain in CMOS image
sensors |
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Increasing pixel conversion gain in CMOS image
sensors |
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44 |
S.L.
Barna and E.R. Fossum |
Optical range finder |
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45 |
R.
Panicacci, B. Mansoorian
and E.R. Fossum |
RAM line storage for fixed pattern noise
correction |
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46 |
O.
Yadid-Pecht, B. Minch, B. Pain and E.R. Fossum |
Center of mass detection with an active pixel
sensor |
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Center of mass detection via an active pixel
sensor |
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Center of mass detection via an active pixel
sensor |
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47 |
E.R.
Fossum |
Active pixel sensor array with electronic
shuttering |
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Active pixel sensor array with electronic
shuttering |
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48 |
O.
Yadid-Pecht, E.R. Fossum and C. Mead |
Active pixel sensor with winner-take-all mode of
operation |
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49 |
S.
Campbell and E.R. Fossum |
Shared photodetector pixel image sensor |
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Shared photodetector pixel image sensor |
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50 |
E.R.
Fossum and A. Kotlyar |
Wide dynamic range fusion using a lookup
table |
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Wide dynamic range fusion using memory lookup |
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51 |
T.
Shaw, B. Pain, B. Olson, R. Nixon,
E.R. Fossum, R. Panicacci and B. Mansoorian |
Single chip active pixel sensor |
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52 |
E.R.
Fossum, A. Krymski, R. Panicacci,
C. Clark |
Digital exposure circuit for an image sensor |
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Digital exposure circuit for an image sensor |
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53 |
E.R.
Fossum, N. Doudoumopoulos and R. Panicacci |
Dead pixel correction by row/column substitution |
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54 |
E.R.
Fossum and S.L. Barna |
Frame shutter pixel with an isolated storage
node |
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Frame shutter pixel with an isolated storage
node |
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Frame shutter pixel with an isolated storage node |
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55 |
E.R.
Fossum and S.L. Barna |
High speed digital to analog converter using multiple
staggered successive approximation cells
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Analog to digital converter using multiple
staggered successive approximation cells |
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56 |
E.R.
Fossum |
Photodiode-type pixel for global electronic
shutter and reduced lag |
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Photodiode-type pixel for global electronic
shutter and reduced lag |
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57 |
E.R.
Fossum and A. Andersson |
Stitched circuits larger than the maximum reticle size in sub-micron process |
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58 |
E.R.
Fossum |
Interpolator for a CMOS sensor using a digital
register |
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59 |
V.
Berezin and E.R. Fossum |
Multi-junction APS with dual simultaneous
integration |
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Multi junction APS with dual simultaneous
integration |
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Multi junction APS with dual simultaneous
integration |
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60 |
E.R.
Fossum |
Dynamic range extension for CMOS image sensor |
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61 |
E.R.
Fossum |
Two-transistor pixel with buried reset channel
and method of formation |
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Two-transistor pixel with buried reset channel
and method of formation |
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62 |
S.L.
Barna and E.R. Fossum |
Low light sensor signal to noise improvement |
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Low light sensor signal to noise improvement |
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63 |
B.
Pain, Z. Zhou, and E.R. Fossum |
CMOS integration sensor with fully differential
column readout circuit for light adaptive imaging |
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64 |
E.R.
Fossum |
Latched row logic for a rolling exposure snap |
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65 |
S.L.
Barna and E.R. Fossum |
Technique for flagging oversaturated pixels |
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66 |
E.R.
Fossum |
High dynamic range cascaded integration cell and
method of operation |
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High dynamic range cascaded integration pixel
cell |
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67 |
E.R.
Fossum |
Method of forming two-transistor pixel with
buried reset channel |
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68 |
E.R.
Fossum, D. Schick and S. Xue |
Three-side buttable CMOS
image sensors |
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69 |
E.R.
Fossum |
High-low sensitivity pixel |
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70 |
E.R.
Fossum and S.L. Barna |
Frame shuttering scheme for increased frame
rate |
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71 |
A.
Olsen, E.R. Fossum and G. Rossi |
Amplification with feedback capacitance for
photodetector signals |
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Amplification with feedback capacitance for photodetector
signals |
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Amplification with feedback capacitance for
photodetector signals |
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Amplification with feedback capacitance for photodetector
signals |
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Amplification with feedback capacitance for
photodetector signals |
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72 |
E.R.
Fossum |
Methods of operating photodiode-type pixel and imager
device |
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73 |
P.O.
Pahr, A. Olsen and E.R. Fossum |
Double sampling active pixel sensor with double
sampling temperature sensor |
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74 |
E.R.
Fossum |
In-pixel kTC noise
suppression using circuit techniques |
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In-pixel kTC noise
suppression using circuit techniques |
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75 |
T.Tang, R. Guttierez, R. Calvet,
J. Xu and E.R. Fossum |
Lens barrel |
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Lens barrel |
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76 |
S.
P. Campbell, R.H. Tsai, G.A. Agranov and E.R.
Fossum |
Alignment among elements in an image sensor |
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Alignment among elements in an image sensor |
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77 |
J. Bechtel, J. Stam, E.R.
Fossum, and S. Kemeny |
Vehicle vision system |