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Mohamed Mustafa Ahmed Younus: The Impact of the Environment on Child Language Acquisition
( Mohamed Mustafa Ahmed Younus ) 한국외국어대학교 중동연구소 2014 중동연구 Vol.33 No.1
Interested in the subject to study the impact of the environment surrounding the child in language acquisition, where it displays a summary of some of the environmental factors that speed up the acquisition of child language or slow down in it, to confirm that a child - any child - is able to acquire any language of humanity, only that the child live in a society linguist speaks this language, also confirmed that the mother had a significant impact very into it, especially in the early stages of a child, this may be impact positively or negatively on the role of the mother may be a mother too in dealing with her child, which adversely affect the acquisition of her language may be spoiled his impact and one in both of which, it is slow to gain a child`s language, but the ideal mother is doing its part with the child, where mating between the happiness of the child and the educated. The research aims to find the difference between language acquisition and learning. Language acquisition: a spontaneous process is carried out by the child inadvertently or choose, and be in the context of an informal language acquisition and their practice. The learning: it is a process in which the child deliberately optional collection of language in formal dress learns the rules of the language was intended for and awareness of, and directly. The research aims to find out the factors that help the child to language acquisition and development, and the role of environmental factors in the acquisition of language; the child and that he was prepared to acquire any language and has adequate tools to complete this process, as it has the inherent ability to acquire language, and has centers cerebral that qualify for it , and members of pronunciation which actually translate this ability, but it can never, to acquire the language that has the tools in advance, and is qualified to acquire, unless you lived in the linguistic environment enabled him to this acquisition. The research found some of the results of the most important: to prove that there is a difference between language acquisition and learning, and that there are factors that help the child to acquire language and its growth, the most important of the surrounding environment where the children have a significant impact on it.
Image histogram features based thermal image retrieval to pattern recognition of machine faults
Ali MD. Younus(알리 유누스),Achmad Widodo(아치매드 위도도),Bo-Suk Yang(양보석) 한국동력기계공학회 2009 한국동력기계공학회 학술대회 논문집 Vol.2009 No.6
Thermal image investigation has exposed up to date and remote diagnosis of machine condition which is very important part of industry maintenance. By using thermal image, the information of machine condition can be investigated; it is easier than other conventional methods of machine condition monitoring. In the current work, the behavior of thermal image is investigated with different condition of machine. A test-rig that represents the machine in industry was set up to produce thermal image data in experiment. Some significant features have been extracted and selected by means of PCA and ICA and other irrelevant features have been discarded. The aim of this study is to retrieve thermal image by means of selecting proper feature to recognize the fault pattern of the machine. The result shows that classification process of thermal image features by SVM and other classifier can serve for machine fault diagnosis.
Noaman Mundher Younus,Bakr Hameed Jassoom,Zuhair Hamid Turki 대한산업공학회 2021 Industrial Engineeering & Management Systems Vol.20 No.2
Local investment is a fundamental driver for various economic activities, in addition to being a cornerstone of all development plans, as many evidence indicate its effective contribution to achieving sustainable development by raising the rate of GDP growth, providing job opportunities, stimulating commercial activity and supporting competitiveness the aim of this research is to demonstrate the extent of the impact that local investment can have in order to achieve sustainable development through its social dimension in the UAE for the period (2001-2017) through the ARDL methodology to identify the nature of the relationship between local investment and sustainable development (social indicator) The research found a joint complementary relationship between local investment and sustainable development through its social dimension in the UAE, in addition to the results of assessing the relationship in the short term showed an inverse and moral relationship consistent with the logic of economic theory.
ALTAF A. BHAT,M. YOUNUS BHAT,H. MAQBOOL,D.K. JAIN The Korean Society for Computational and Applied M 2023 Journal of applied mathematics & informatics Vol.41 No.2
In this paper we have obtained various forms of (p, q)-analogue of Aleph-Function satisfying Truesdell's ascending and descending F<sub>p,q</sub>-equation. These structures have been employed to arrive at certain generating functions for (p, q)-analogue of Aleph-Function. Some specific instances of these outcomes as far as (p, q)-analogue of I-function, H-function and G-functions have likewise been obtained.
Design and Implementation of Energy Aware Algorithm using Greedy Routing for Sensor Networks
Razia Haider,Dr. Muhammad Younus Javed,Naveed S. Khattak 보안공학연구지원센터 2008 International Journal of Security and Its Applicat Vol.2 No.2
Routing in sensor networks is a challenging issue due to inherent constraints such as energy, memory and CPU processing capabilities. The energy efficiency is one of the key concerns in sensor networks for their better performance, as sensor nodes are limited in their battery power. In this research work, different routing algorithms have been studied and the main focus was on geographic routing in sensor networks. A location based protocol EAGR (Energy Aware Greedy Routing) has been presented for sensor networks to extend the lifetime of the network and to get higher data delivery rate and to balance the energy consumption of nodes. In EAGR, each node makes the local decision to choose its next hop. This algorithm works on forwarding rule based on location and energy levels of nodes. Each node knows its own geographic location and its energy levels and the location and energy level of its neighbors. The transmitting node writes the geographic position of destination into the packet header and forwards it to the destination by establishing the sub-destinations. The sub-destination nodes must be alive and geographically near to the destination node to route the packet by choosing the shortest and reliable path. Simulation has been made by using OMNET++. Simulation results show that the proposed algorithm gives better performance in terms of higher data delivery rate and less number of dead nodes. It has been noted that the ratio of successful packet delivery will increase in EAGR as number of nodes increased in the network. Consequently, the proposed algorithm can scale to thousands of nodes in future sensor networks and can effectively increase the lifetime of the sensor networks.
Saduf Nissar,Weekar Younus Raja,Neelofar Majid,Irshad A. Nawchoo,Zulfikar Ali Bhat 경희대학교 융합한의과학연구소 2022 Oriental Pharmacy and Experimental Medicine Vol.22 No.2
Dictamnus albus L. (Rutaceae), commonly known as gas plant, has tremendous medicinal importance. Although the plant has been scientifically evaluated for its various biological activities but no work has not been carried out till date on pharmacognostic characterization of the plant. This study aims to investigate the comparative pharmacognostic and physicochemical standards for different parts of D. albus (leaves, stem, root, flower and fruits). The measures taken were macroscopy, organoleptic study, anatomy, powder microscopy, foreign matter analysis, ash values, loss on drying, swelling index, foaming index, pH values, fluorescence analysis and extractive yield. Macroscopic and organoleptic studies revealed that D. albus is a herbaceous perennial with thick and branched root; lanceolate, sessile and pubescent leaves; hollow and glabrous stem; terminal paniculate inflorescence and star shaped fruits and each part has a characteristic odor with a bitter taste. Anatomy of D. albus revealed some diagnostic characteristics- irregular shaped epidermal cells and unicellular trichomes in leaves; hexagonal pith cells containing secretory cells in stem and cortex containing oil globules in root. The powder analysis showed peculiar features as—wavy epidermal cells, different trichomes, prismatic crystals, oil globules and lignified spiral and pitted vessels in leaf; prismatic calcium oxalate sheath and lignified spiral and pitted vessels in stem; cork cells and sieve elements in root; lignified spiral vessels, stomata, trichomes and secretary glands in flowers; stone cells, secretary glands, glandular trichomes, lignified spiral and pitted vessels, prismatic crystals in fruit. Also, the analysis of pharmacognostic parameters of different parts resulted in a valuable data to establish standards for the plant.The present study for the first time provides a complete pharmacognostic profile of D. albus, thereby, acting as a platform for correct identification, authentication and development of quality control parameters of the species. Unlike taxonomic identification, pharmacognostic studies includes those parameters and standards that prove helpful in identifying adulteration in powdered form also. Data obtained may be used a standard for future studies.