Abstract.
Keywords:
1.Smart-Pixel Arrays
D e m u l t i p l e x i n g C O N T I N U O U S S
E N S I N G
L O C A L A G C
S P A T I O T E M P O R A L
F I L T E R I N G
A D A P T I V E S A M P L I N G
L O C A T I O N
L A B E L I N G
D IGITAL B US
A D D R E S S
D E C O D I N G
R ETINOMORPHIC C HIP I NTERCHIP C OMMUNICATION N EUROMORPHIC C HIP
X A RBITER & E NCODER
Y A RBITER & E NCODER
64 X 64 P IXELS
V V I D E O S C A N N E R
H V IDEO S CANNER
Y D ECODER
X D ECODER
V V I D E O S C A N N E R
H Video Scanner
64 X 64 I NTEGRATORS
1
234
-5
-4-3-2
-10
Intensity (log cd/m^2)
O u t p u t (L o g u n i t s )
2.3.Preprocessing:Bandpass Versus Allpass 2.2.Ampli?cation:Local Versus Global Control
2.4.Quantization:Adaptive Versus Fixed
=
V
2
2.5.Architecture:Parallel Versus Serial
Log[Hc(mV/pA)]
Phase(deg)
3.A Retinomorphic Pixel
3.1.Preprocessing:Spatiotemporal Bandpass
3.2.Ampli?cation:Local Automatic Gain Control
3.3.Quantization:Adaptive Neuron Circuit
5.Discussion 4.Overall System Performance
6.Conclusions
Notes References