Mastura Rosdi

The comparison of human body Electromagnetic radiation between Down Syndrome and Non Down Syndrome person for brain, chakra and energy field stability score analysis

This paper present a study on the comparison of human body Electromagnetic radiation of Down Syndrome and Non Down Syndrome persons. Frequency data were recorded using human body radiation detector from 15 persons from National Association of Down Syndrome Malaysia and 15 persons from Universiti Teknologi MARA, Shah Alam with age range between 6-28 years old. The body Electromagnetic radiation was analyzed based on three analyses which are brain analysis, chakra analysis and energy field stability score analysis. The data was analyzed using software by converting the frequency into color and categorized the human aura. From these findings, Brain Analysis indicated that Non Down Syndrome persons were slightly relax and creative by 93.33% as compared to Down Syndrome persons by 80%. For Chakra Analysis, Non Down Syndrome persons are better in communication, handling stress and their mind rather than person with Down Syndrome by 80%. For the Energy Field Stability Score Analysis, results demonstrated that 26.67% of Non Down Syndrome persons having a stable personality while 20% persons for Down Syndrome persons. Additionally, 80% of Down Syndrome persons have dynamic personalities while 73.33% for Non Down Syndrome persons. By completing this research, it can be concluded that the human body radiation detector can identify the human body Electromagnetic radiation or aura between Down Syndrome and Non Down Syndrome person.

Fairness of radio resource partitioning for macrocell and femtocell networks

Radio resource partitioning is a vital feature that ought to be considered to further enhancing the overall performance of the Orthogonal Frequency Division Multiple Access (OFDMA) system. Radio resources can be allocated in either time domain or frequency domain in OFDMA system. As the emergence recent technologies such as femtocell, which is it underlay the macrocell network, the users fairness of sharing the network resource become the important issue. Therefore this scenario can potentially some users excessive consumes the network resource and it incommode the other users if the network resources are not proper planned. This paper presents the Fractional Frequency Reuse (FFR) scheme that can fair partition the radio resource of the macrocell and femtocell networks. The scheme focuses on the analyzing and improving the macrocell users fairness and maximizes the femtocell capacity. The simulation results show that choosing spectrum splitting ratio (SSR) and fraction of radius becomes important since different total capacities and fairness level can be achieved with these two values.

Down syndrome and non-down syndrome: Electromagnetic radiation for the physical and psychological conditions

The research reports the electromagnetic radiation for two conditions of human body which are the physical and psychological. A total of 30 samples agreed to voluntarily participate, consisting of 15 DS (DS) and 15 non-DS. A handheld equipment called frequency radiation detector was used to measure the frequency radiated from each sample. Aura interpretation software was used to analyse the data by converting the frequency measured into the 15 colour spectrum and finally converted into total score. There are three categories of the total score namely excellent, moderate and poor. The results shows that the non-DS have better physical conditions compared to DS. However, for the psychological state, the DS have higher score compared to non-DS.

An adaptive receive signal strength for macrocell and femtocell when the UE inside/outside house

Long Term Evolution (LTE) is a new technology that becomes an important part of everyday life and for the future which is consists of heterogeneous networks. LTE is the new standard recently specified by the Third Generation Partnership Program (3GPP) on the way towards fourth-generation mobile. The deployment of femtocell (HeNB) which act as home base station can give seamless handoff in LTE network. In order to satisfy the seamless handoff in LTE, the femtocell was deployed with the existing networks to act as backhaul connectivity which can fulfill the upcoming demand of high data rate in a wireless communication system and also can extend the coverage area. This research is to analyze the performance of Receive Signal Strength (RSS) between Macrocell/Femtocell when the UE is inside or outside the house. The simulation results show a better performance of using our proposed adaptive RSS in initiating a handoff when the speeds varies.