Skip to Content

Portfolio

 Projects


 Web


 R & D


R & D Overview

OptionsNetbelieves that the key to an increasing course over time is to invest in research and creating innovative products that can open new markets.

In this context he has participated and continues to participate in major research projects some of which follow below

Projects

Bio - Identity


Optionsnet will participate in the project "Safe and revocable biometric ID cards for Use in Ambient Intelligence Environments - BioIdentity".
The main objective of the project is to create a comprehensive security framework that supports authentication of individuals in integrated services and secures IT systems by the use of biometric standards and advanced encryption and encoding.

The proposed security framework will first be incorporated into existing information systems of older generations (legacy systems) and to adapt to modern electronic information services and large scale systems, allowing where and when necessary to secure access to authorized e-government services, making etc.
One of the main objectives of the proposed project is to gather information from various sensors, the analysis for the extraction of static and dynamic behavior (person walking) and anthropometric profile, which will be used for identification and safer access in various applications (eg online services that require authorization, access to sites with information systems equipment, etc).

 Furthermore, the proposed project aims to design and develop an innovative system for encoding and encryption multimodal biometrics for increased security and storage of biometric signatures in a biometric database.


AMYNAPKA


The company successfully participated in the project "Development of Methods of Artificial Intelligence for Diseases of the Lower Extremity."

The project aimed to develop a methodology for designing control systems based on computational intelligence methods and restore lower limb disabilities. The recovery of lower limb disabilities will be made through Functional Electrical Stimulation (FES), namely through the use of artificially generated electrical pulses that will irritate the nerves and properly checked by the control systems to restore normal gait.

New indicators to optimize the gait will be incorporated in control systems to help restore the system to better walking. Patients who could benefit are those suffering from loose type of paralysis of the nervous tissue of the legs where the muscle tissue remains syspastiki capacity and can be stimulated by ilektrodiegerti.
More information can be found on the project www.amynapka.gr