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Overview |
SNVision Library(.dll) is the true core of
our technology. It is structured as a software library with
a set of 50 functions for image processing and analysis. It
is delivered as a Win32 DLL for Windows 9x, ME, NT4, 2000
or XP to use with C/C++, .NET, Visual Basic, LabWindows CVI
languages and provided with "how to use" examples.
SNVision Library is the runtime module which
enables you to include Spikenet Technology into your application.
Contact us for a proposal.
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Key
Features |
- Real time detection of
objects: extremely fast processing (25 pictures per second)
- Robustness: tolerates rotations
and changes in object scale or resolution
- Great tolerance towards
noise and light conditions
- High speed detection of
multiple targets
- Easily handles large model
database
- Ability to locate contiguous
and overlapping objects
- Lack- and inclusion- proof
adjustable associativity
- Adjustable selectivity
- Small footprint: Compact
core < 550 KB
- Linear and limited memory
use: < 32 M
- Easy-to-parallelize
architecture
SpikeNet Technology works for any kind of
image: video images (single video processing as well as multiple
video stream processing), finger prints, satellite images,
x-rays, microscopic slides.
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Technical
specifications |
System requirements |
- Windows 9x, ME, NT4, 2000 or XP
- Pentium3 (800 MHz) Processor or
higher
- 32 MB RAM
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Performances |
SNVision Library's processing time is extremely
fast even with large images. Processing times provided below
were performed using a Pentium4 2.2 GHz and using one 30x30
pixel model.
Input
image
(pixels) |
Elapsed
time (ms) |
Million pixels
per second
|
75x60 |
0.8 |
12 |
150x120 |
2.1 |
30 |
300x240 |
7.3 |
48 |
600x480 |
30.6 |
57 |
1200x960 |
120 |
45 |
2400x1920 |
394 |
49 |
Elapsed time per input image:
SNVision Library handles very large data
bases. Processing time increases linearly with the number
of models included in the data base.
| Models
number |
Elapsed
time (ms) |
1 |
18 |
10 |
44 |
20 |
71 |
30 |
100 |
40 |
128 |
50 |
158 |
60 |
189 |
70 |
217 |
Elapsed time per Models number:
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