Intelligent Information Technology Application 

Abstract: In this paper, a new image-denoising filter that is based on the standard median (SM) filter is proposed. In our method, a threshold and the standard median is used to detect noise and change the original pixel value to a newer that is closer to or the same as the standard median. We also incorporate the center weighted median (CWM) filter in our method. With our experimental results, we have made a comparison among our method, the standard median (SM) filter, the center weighted median (CWM) filter, and the tri-state median (TSM) filter, in which our method proves to be superior.

Abstract: This paper presents a new method for harmonic and reactive power compensation with an artificial neural network(ANN) controller and a new control algorithm for active power filter (APF) to eliminate harmonics and compensate the reactive power of three-phase thyristor bridge rectifier. The artificial neural network (ANN) current controller is adapted to active power filter (APF) and the current controller based on hysteresis current controller is used to generate the firing pulses. All of the studies have been carried out through detail digital dynamic simulation using the MATLAB Simulink Power System Toolbox. The results of simulation study of new APF control technique presented in this paper are found quite satisfactory to eliminate harmonics and reactive power components from utility current.

Abstract: Dynamic parital reconfigurable FPGAs offer new design space with a variety of benefits: reduce the configuration time and save memory as the partial reconfiguration files (bitstreams) are smaller than full ones. This paper introduces a simple reconfigurable system and focuses on the advantages of the newest dynamic partial reconfiguration design flow.

Abstract: Nowadays, Wireless Monitoring for home security is among the cutting-edge researches in the field of International Intelligent Building. To implement real-time surveillance of the home security, the intelligent remote monitoring system was developed for home security based on ZigBee technology and GSM / GPRS network. The system can send abnormal images and warning messages through MMS and SMS, receive remote instruction, and remote monitor household appliances. Meanwhile, the introduction of a variety of sensors and the enhancement of systempsilas reliability guaranteed that the intelligent remote monitoring system can be responsible for home security.The hardware and software design and system performance are expounded in details. A number of surveillance devices in wireless network were connected. The experimental result shows that the system can attain remote surveillance of intelligent home safety with high availability and reliability.