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FingerCell Embedded Software Development Kit
FingerCell Embedded Development Kit (EDK) is based on the FingerCell embedded fingerprint recognition algorithm that is especially designed to be used in embedded low-power and comparably low-CPU-power applications. FingerCell EDK includes libraries for various operating systems and embedded platforms (i.e. ARMM or ARCA), as well as drivers for embedded sensors and source codes for sample applications.
Customers who want to use another platform can obtain the FingerCell ANSI C source code package and port the software to the required platform.
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FingerCell 2.1 Library EDK – is intended for biometric system projects using hardware based on ARM processors. Includes FingerCell library, programming samples and documentation for Windows CE and Linux.
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FingerCell 2.1 source code EDK – is intended for large biometric system projects using third party or custom hardware. Includes FingerCell source code, samples and documentation for MS Windows CE and Linux.
The table below compares different types of FingerCell EDK:
| Supported platforms | Library EDK | Source Code |
| ARM, WinCE |
+ |
+ |
| ARM, Linux |
+ |
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| FingerCell algorithm components |
| • FingerCell 2.1 algorithm |
+ |
+ |
| • FingerCell 2.1 algorithm source code |
|
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| Image input drivers (for Linux) |
| • Tacoma CMOS scanner driver |
+ |
+ |
| • Startek FM200 scanner driver |
+ |
+ |
| • AuthenTec AF-S2 sensor driver |
+ |
+ |
| • AuthenTec AES4000 sensor driver |
+ |
+ |
| • Fujitsu MBF200 scanner driver |
+ |
+ |
| • Biometrics CS CS Pass driver |
+ |
+ |
| FingerCell programming samples |
| FingerCell EDK sample application |
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| Documentation |
| • FingerCell EDK documentation |
+ |
+ |
| • FingerCell source code documentation |
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+
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FingerCell 2.1 Library EDK
FingerCell 2.1 Library EDK includes the FingerCell 2.1 library for developing custom products. The developed product can run on ARM-based platform under Linux or Microsoft Windows CE.
FingerCell 2.1 Library EDK contains the following components:
- MS Windows CE components:
- FingerCell 2.1 library (for Microsoft Visual Studio 2005 with SP1)
- Source code of FingerCell library usage sample application in Visual C++ 2005 SP1
- ARM Linux components:
- FingerCell 2.1 EDK documentation.
System requirements
- At least 400 kB of memory for FingerCell code and data arrays (the
recommended amount could be different, as it depends on fingerprint
image size)
- Fingerprint sensor which driver is
included in FingerCell 2.1 Library EDK or is available from scanner
manufacturer or other sources
- ARM Linux (glibc 2.3.4 or later) or Microsoft Windows Mobile 2003 (or later) operating system
FingerCell 2.1 EDK trial
Neurotechnologija also offers FingerCell 2.1 EDK on a 30 day trial. The downloadable trial kit allows developers to explore the EDK's possibilities and to
try it in real environments and real applications. FingerCell EDK
includes samples for iPAQ Pocket PC h5500 and iPAQ Pocket PC hx2700
series devices with integrated fingerprint sensors.
Note: FingerCell 2.1 EDK trial requires constant Internet connection during evaluation.
FingerCell 2.1 source code EDK
FingerCell 2.1 source code EDK is intended for developers who are going to integrate fingerprint identification technology into a custom embedded device.
FingerCell 2.1 source code EDK contains the following components:
System requirements
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ARM-based processor:
- Minimum requirement: ARM7 processor running at 75 MHz for fingerprint verification in about 2 seconds.
- Recommended:
ARM-based processor with 200 MHz CPU clock rate for fingerprint
enrollment in less than 1 second (ARM processor core families: ARM9,
ARM10, ARM11, StrongArm, XScale).
- At
least 400 kB of memory for FingerCell code and data arrays (the
recommended amount could be different, as it depends on fingerprint
image size)
- Fingerprint sensor which driver is
included in FingerCell 2.1 source code EDK or is available from scanner
manufacturer or other sources
- ARM Linux (glibc 2.3.4 or later) or Microsoft Windows Mobile 2003 (or later) operating system
Please note that FingerCell 2.1 source code EDK can be easily ported to most other platforms and processors using ANSI C compiler.
Additional products
Neurotechnologija offers Template Management and Conversion Add-on – a product for template standards support integration for systems based on VeriFinger SDK or FingerCell EDK.
Ordering
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