In this letter, we propose a new UHF RFID channel coding method, which improves the reliability of the system by using the excellent error correcting performance of the convolutional code. We introduce the coding principle of convolutional code, and compare with the cyclic codes used in the past. Finally, we analyze the error correcting performance of convolutional codes. The analysis results s...

There are parametric and non-parametric methods for adaptive Hammerstein system identification. The most commonly used method is the non-parametric. In reality, the linear subsystem of a Hammerstein system is not of finite impulse response and nonparametric adaptive algorithms require large matrices and therefore increase computational complexity. The objectives of this paper are to identify th...

A great challenge in the biomedical engineering is the non-invasive assessment of the physiological changes occurring inside the human body. Specifically, detecting the abnormalities in the human eye is extremely difficult due to the various complexities associated with the process. Retina is the significant part of the human eye which can reflect the abnormal changes in the human eye. Hence, r...

There are a lot of researches in the world about attacks on information systems (IS). Although there have been many attempts to classify threats of IS’s especially in Health Information Systems (HIS), it is still necessary for all health organization to identify new threats and their sources which threaten security of health care domain. The main aim of this paper is to present a research agend...

This paper is devoted to moderate deviations for characterizing parameter estimation errors in system identification. Moderate deviations for system identification provide probabilistic error bounds that are beyond laws of large numbers and central limit theorems, and cannot be expressed in terms of large deviations bounds. Such error bounds are crucial in complexity analysis for system identif...