Abstract To ensure the enhanced artificial neural network applications for spatial localization stochastic EM radiation sources, we present a system with results. We have given the stochastic sources near field representation with antenna arrays and dipole elements. Besides, the correlation matric calculation architecture is presented. It will help to develop neural models for the 1D and 2D DoA estimation. In addition,... To ensure the enhanced artificial neural network applications for spatial localization stochastic EM radiation sources, we present a system with results. We have given the stochastic sources near field representation with antenna arrays and dipole elements. Besides, the correlation matric calculation architecture is presented. It will help to develop neural models for the 1D and 2D DoA estimation. In addition, we have presented the environment when sources are moving towards one direction and their corresponding position is decided by one protrusion angle with linear antenna. We have supported the illustrations with neural model capability to the issues of the DoA calculation for the sources. Read More Read Less

Abstract We have used the mean variance optimization system in the paper to represent the portfolio risk optimization. We have measured the optimal proportional assets in the portfolio and ensure the return of assets with no less than the given target value. With its use we have fixed the benefits of the given target value. We have used the MATLAB solver... We have used the mean variance optimization system in the paper to represent the portfolio risk optimization. We have measured the optimal proportional assets in the portfolio and ensure the return of assets with no less than the given target value. With its use we have fixed the benefits of the given target value. We have used the MATLAB solver to arrive at the optimization calculation. Read More Read Less

Abstract To transmit parallel data is normally we use clock across printed circuit board so that the skew problem is addressed. The issue is that the phase relation of the data and clock can be a failure due to different travel times through the link. We fixed the issue with an interface architecture of source-synchronous differential point-to-point parallel link. We used... To transmit parallel data is normally we use clock across printed circuit board so that the skew problem is addressed. The issue is that the phase relation of the data and clock can be a failure due to different travel times through the link. We fixed the issue with an interface architecture of source-synchronous differential point-to-point parallel link. We used in this work an effective clock de-skew structure based on Delay Locked Loop. It is applied in the BiCMOS technology and is described with a low successful case locking time 40 ns (20 cycles @ 500 MHz), with other features. Read More Read Less