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Chapter 15 : Smart Secure Telerehabilitation Apps for Personalized Autism Home Intervention Using Blockchain System
No full textChapter 5 : Antibiogram and multiple antibiotic resistance (MAR) index of campylobacter jejuni isolated from fresh produce
No full textChapter 29: Real-time reverse transcription PCR (QRT - PCR) and its possible uses in clinical analysis
No full textAn adaptive low power schedule for wireless sensor network
No full textA Wireless Sensor Network (WSN) is used in many applications such as remote monitoring and tracking, healthcare,
industrial settings, automated and self-adjusting systems at homes and factories. In these systems, energy
consumption is a major concern as most devices in the network rely on small batteries for energy source. In such
cases, minimization of energy usage can prolong the lifetime of sensor’s battery. Therefore, this paper proposed a
strategy to improve the efficiency of power consumption in WSN by decreasing the number of idle listening state
which further reduces power consumption. By doing this, it is expected that network life time can be prolonged.
Undoubtedly, large amount of energy is wasted in idle listening state. We intelligently improved the original TPO
technique in order to achieve less power consumption. The experiments is conducted by using Omnet++ 4.6 with
Mixim library and the results showed that when compared with the original TPO technique, the proposed technique
achieves significant energy saving which is up to 39.3% better than the original TPO technique
Earth's geomagnetic response to solar wind changes associated with solar events at low latitude regions at the TRE MAGDAS station
No full textThe Sun's magnetic activity influences disturbances that perturb interplanetary space by producing
large fluxes of energetic protons, triggering geomagnetic storms and affecting the ground geomagnetic
field. The effect of two solar events, namely Coronal Mass Ejection (CME) and Coronal Holes, on
geomagnetic indices (SYM/H), solar wind parameters and ground geomagnetic fields has provided
magnetic ground data, which were extracted from the Terengganu (TRE, -4.21 N, 175.91 E)
Magnetometer (MAGDAS) station, and investigated in this study. Results show that the physical
dynamic mechanism in the Earth's magnetosphere is triggered by various solar wind parameters
associated with CMEs and Coronal hole events during the minimum solar cycle of 24 at low latitudes. It
is important to study solar wind-magnetosphere coupling because it has an impact on ground-based
technological systems and human activities
[THE ROLE OF ISLAMIC MEDIA IN COMBATING COVID-19 FROM THE VIEWPOINT OF THE STUDENTS OF AJLOUN UNIVERSITY OF JORDAN] DAWR AL-I‘LAM AL-ISLAMI FI MUKAFAHAT KURUNA MIN WIJHAT NAZAR TALABAT JAMI’AH ‘AJLUN AL-URDUNIYYAH
No full textThis study aimed to know the role of Islamic media in combating Covid-19 from the
Viewpoint of the students of Ajloun University of Jordan. The researcher used the descriptive analytical
method, and the data was collected through a questionnaire designed by the researcher to achieve the
goal of the study. The study sample was chosen randomly, which included (500) male and female
students from members of the original community. Statistical analyzes were performed such as mean,
frequencies, percentages, analysis of variance test. The results indicated that the formative role was more
effective compared to the protective, preventive and curative roles. The results indicated that there were
statistically significant differences in favor of females in the role of Islamic media in combating Corona,
and that there were no differences attributed to students' specialization. Also, the findings of the study
showed that the constitutive role is the most affective than the preventive and curative roles; the results
showed that there is a significant statistical differences, for the favor of female students, in the
educational role of Islamic media, and there is no significant statistical differences could be attributed
to the specialization of the students
