#Smart card reader software full
#Smart card reader software android
#Smart card reader software Bluetooth
#Smart card reader software windows

I am grateful to my supervisor, PD Dr.-Ing. So I am especially grateful for all her staff at the Celisca for their confidence and help, through the duration that I did this work with a Celisca researchers group. Kerstin Thurow, Head of Center For Life Science Automation (Celisca), for allowing me to do this research under their excellent research environment. Also, I express my sincere gratitude to Prof. Norbert Stoll for allowing me to conduct this research with my supervisor, PD Dr.-Ing. iii Acknowledgements To my colleagues, friends and family who are giving me support and encouragement have allowed to complete this Master Thesis.

#Smart card reader software android

The transfer of the data from an Android client to server via HTTP. The algorithms include de-noising methods, features extraction, and fuzzy based analysis. The development of optimized biomedical signal and image processing algorithms and their programming in Java. The use of Google Android SDK, the Java JDK, and the Eclipse IDE to design, implement, and debug Android-compatible programs. As several data processing algorithms due to their high computational complexity costs can't be run on the mobile device, the client-server communication can be set up for running the algorithm on a high-performance server from an Android device. Such applications could serve as effective tools for home healthcare, remote patient monitoring, and disease management. This library includes some of the biomedical signal and image processing algorithms optimized in terms of computational cost. The aim of the thesis is to develop a library of programming functions for real time android signal and image processing applications. Android mobile devices are manufactured with several hardware features (like GPS, Accelerometer, Bluetooth, Camera) that can be fully exploited to build telemedicine related applications. Biomedical signal and image processing algorithms running on the android mobile devices are obviously of great use in telemedicine and e-health. IEEE 802.15.Android is an open-source platform on which applications can be developed and distributed to the mobile devices. Logo/case color/ Shell surface treatment processĢ.4GHz frequency ISM band.

#Smart card reader software full

IEEE 802.15.1(Bluetooth) with full security enabled

#Smart card reader software windows

IOS 4.3+ Android 2.0+ Windows Phone 7 and 8Ħ4mm(2.51in)wide*85 mm(3.35in)high*13.5mm(0.53in)thickĨ contact points (ISO7816 standard)100000 plugging and unplugging timesĢ.4GHz frequency ISM band. Specifications FeaturesĮasy to integrate with payment and identification applications Through the MicroUSB port the bR301 acts as a standard smart card reader compliant with PC/SC, CCID Standards.īR301 suits customers where security concerns are the most salient and satisfies the demand for a flexible solution for ID authentication, e-commerce, e-payment, information security and access control.īR301 and the rest of FEITIAN’s line of smart card readers offer each customer a complete solution for all manner of utilizations. PKI used in the working environment can be transformed to a mobile solution, while mobile payment companies are able to offer wider coverage working on all device platforms. The bR301 allows for wide scale adoption of smart card applications. The easy to integrate blue tooth connection allows developers to easily integrate smart card applications for higher security and flexibility on all mobile devices and PCs supporting Bluetooth.

#Smart card reader software Bluetooth

The Smart Card Reader bR301 bluetooth allows for wide scale adoption of smart card applications.

The easy to integrate bluetooth connection allows developers to easily integrate smart card applications for higher security and flexibility on all mobile devices and PCs supporting Bluetooth.