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Projects on Google Code Results 1 - 10 of 15
The BioAPI Specification is intended to provide a high-level generic biometric authentication model, one suited for any form of biometric technology. It covers the basic functions of Enrollment, Verification, and Identification, and includes a database interface to allow a biometric service provider...
A !WinForm .NET custom component to prompt for and display fingerprints captured using the Griaule fingerprint SDK (see http://www.griaulebiometrics.com/page/en-us/fingerprint_sdk). The library contains a data access layer to read and store fingerprint templates to a SQL Server and SQL Server CE da...
Developing an application which will interpret data about someone's physiological responses whilst playing video games. This will also include making the sensors to collect the data. The collected data will be turned into a visual representation which will be used to show how the player responds to ...
Keysig is a base framework/example for doing keyboard keystroke pattern capture and unique signature creation/analysis in a cross-browser manner (i.e.) grade "A" browsers. This type of functionality could have many real world implementations, but probably the most likely candidate would be a browse...
Based off of code written by Thomas Lebrun (http://weblogs.asp.net/thomaslebrun/archive/2009/08/19/windows-seven-how-to-use-biometric-authentication-in-your-net-applications.aspx), this provides a semi-complete abstraction of the fingerprint scanning capabilities in Windows 7. Examples are shown...
pam_bioapi adds support for biometrics to Linux-PAM via the BioAPI consortium's 1.10 API. pam_bioapi currently only works for local user authentication (the type that can be performed by login, gdm/kdm/xdm, xscreensaver, su, and sudo).
This project is an extension of the project csuFaceIdEval v.5 originally developed by Colorado State University. If you have any questions regarding the original project, please refer to following link http://www.cs.colostate.edu/evalfacerec/ The original project implements four base algorithms...
Two part wireless oximeter consisting of a custom designed finger probe and a graphical monitoring system. The design will be based upon an AVR microcontroller, Atmel Zigbee chipset, and an Altera FPGA.
=Objetivo do projeto= Criar um sistema capaz de ler e comparar impressões digitais, que seja compatível com o maior número de leitores (hardwares) possível, capaz de ler a digital a partir de um navegador de Internet, sem que o usuário do site tenha necessidade de instalar em sua máquina software...
[http://sluggish.uni.cc/whalespotter/1783-D2-Southern-Right-Whale.jpg] This program uses biometric and image processing algorithms to identify individual whales at sea, based upon the unique shape and pattern of marking on their tail flukes. It is intended for use by researchers studying migra...
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