Abstract We have studied the use of wireless interfaces in embedded systems for monitoring and control. Basically, we have developed a wireless interface with the educational use and built the system for smart homes. The systems we have used is the Arduino board with a possibility of remote Android based control.... We have studied the use of wireless interfaces in embedded systems for monitoring and control. Basically, we have developed a wireless interface with the educational use and built the system for smart homes. The systems we have used is the Arduino board with a possibility of remote Android based control. Read More Read Less

Abstract In the current work we have assessed the noise parameters of the sensor structure of the linear accelerometers. We did it by comparing the usual scale of the single sensors. We found that the signal processing permits the decreasing of major noise parameters of the quad sensor structure. This process permits the accuracy of the sensors and it also helps... In the current work we have assessed the noise parameters of the sensor structure of the linear accelerometers. We did it by comparing the usual scale of the single sensors. We found that the signal processing permits the decreasing of major noise parameters of the quad sensor structure. This process permits the accuracy of the sensors and it also helps to know the vehicle location, veracity and attitude which ultimately increase the accuracy of the inertial navigation systems. Read More Read Less

Abstract In this work we have studied the reliability assessment of a star structured complex electronic system. The normal methods to reliability indices selection and reliability requirements determination are presented. Some specific reliability indices and basic dependences valid for reliability assessment of a star structured electronic system are presented and described.... In this work we have studied the reliability assessment of a star structured complex electronic system. The normal methods to reliability indices selection and reliability requirements determination are presented. Some specific reliability indices and basic dependences valid for reliability assessment of a star structured electronic system are presented and described. Read More Read Less

Abstract In network operations, the Machine-to-Machine application is a big issue and the large amount of diverse connected devices which interact with the environment without human intervention. The process of embedding autonomic features in M2M system will lead to reduce the operational cost. In the work, we have developed a system for autonomous agent for connectivity management of M2M devices. The... In network operations, the Machine-to-Machine application is a big issue and the large amount of diverse connected devices which interact with the environment without human intervention. The process of embedding autonomic features in M2M system will lead to reduce the operational cost. In the work, we have developed a system for autonomous agent for connectivity management of M2M devices. The agent observes connectivity parameters of the device and based on operator policies determines the best bearer that has to be used by the device. Temporal logic is used to formalize the agent activities. Read More Read Less