Application of Robot in CNC Manufacturing Process in Connection with Embeddedsystem

Embedded an Electronic system basically a computer application with dedicated function with a large mechanical and electrical integrated system. The use or application of embedded system in various areas worldwide. Hence in this study, we discussed about the wide area of application and finally we have discussed about the use of embedded system in connection with industrial robot along with CNC technology in flexible manufacturing (FMS) where accurate control of speed and position of DC motor in precession and repeatability in motion control have achieved in servomotor and machine actuators.In the paper Specific Area of Embedded System and its Applications have been used as applications of specific processor and devices such as Robot application of CNC in world Class manufacturing process

Authentication enhancement of RFID card using an electronically clippable shield and fingerprint-biometrics

Radio frequency identification (RFID) is a technology that employs basic identifier of an object embedded in a chip, transmitted via radio wave, for identification. An RFID Card, responds to query irrespective of ‘Who’ holds the card; like a key to a door. Since an attacker can possess the card, access to such object can therefore be easily compromised. This security breach is classified as an unauthorized use of card, and it forms the bedrock for RFID card compromise especially in access control. As an authentication enhancement mechanism, this study designed and developed a method termed BIO-THENTIC Card, that integrates three existing mitigation methods which are physical clip tag, Faraday shield and fingerprint authentication; to prevent and also protect this weakness. The Bio-Thentic Card was fabricated, tested and assessed in line with the known threats, and attacks; and it was observed to proffer substantive solution to unauthorized use of RFID Card

Network service providing by means of embedded systems

In this paper we present an embedded device able to manage the remote boot of network nodes by means of Wake on LAN (WoL) through Internet and wide area network, presenting it as a Web service. The service is known as WoLI and comprises a network device, a group of embedded software applications in that device and an application protocol known as WoLIP. This device is small and requires only minimal maintenance, and is able to communicate via Wide Area Networks through embedded applications, using the WoLIP application protocol defined on SOAP massages and defined by means of WSDL documents. The mechanism used for booting up the devices is compatible with WoL technology. The service can be perfectly integrated with remote management systems based on SO A. The management and control of the device and the service may be carried out via Internet, using a standard Web browser. This approach is an example of the application of a more general proposal for managing network services, based on the use of small embedded network devices which provide specific functionalities for common use, and which are as autonomous and self sufficient as possible