Working memory capacity is one of the most important learner's characteristics that can be used as an input parameter for personalizing learning in order to improve the learning process. Therefore, knowing learner’s working memory capacity and personalizing the learning contents according to learner’s working memory capacity levels are important research issues. This paper proposes an approach ...

Background: Annual patient effective dose equivalent can be considered as a quantitative physical parameter describing the activities performed in each nuclear medicine department. Annual staff dose equivalent could be also considered as a parameter describing the amount of radiation risk for performing the activities. We calculated the staff to patient dose equivalent ratio to be used as a phy...

background: annual patient effective dose equivalent can be considered as a quantitative physical parameter describing the activities performed in each nuclear medicine department. annual staff dose equivalent could be also considered as a parameter describing the amount of radiation risk for performing the activities. we calculated the staff to patient dose equivalent ratio to be used as a phy...

In this paper, two training systems for selecting PLIP parameters have been demonstrated. The first compares the MSE of a high precision result to that of a lower precision approximation in order to minimize loss of information. The second uses EMEE scores to maximize visual appeal and further reduce information loss. It was shown that, in the general case of basic addition, subtraction, or mul...

A barrage noise jamming method for spotlight synthetic aperture radar (SAR) with kinematic parameter estimation (KPE) using extended Kalman filter (EKF) is newly proposed. The main objective of the proposed real-time generation signals to create noise-like blankets arbitrary locations and shapes in SAR images. Achieving allows concentrating all power within patches specific desired shapes, whic...

Abstract The high gas-sensing performance of semiconductors is mainly due to the surface-to-volume ratio because it permits a large exposed surface area for gas detection. This paper presents an evaluation study effects nano-CuO coating parameters on CO performance. and heat transfer efficiency CuO were evaluated by investigating (concentration, temperature, solution speed) thickness, grain siz...