The importance of the motor creativity in the field of sports is reflected in the role played
by creativity in the development of the motor intelligence and the production of as many
as possible ideas and movements are not common and traditional so
lutions to find
problems, the aim of this study was to identify the effect of folk dance in the style of sports
performances on some of the creative and motional abilitie (motional fluency, motional
flexibility, motional originality) on the student of the second seminar in Hama governorate,
The researcher used the experimental method as the method that is appropriate to the
nature of the research and its problem, has been chosen as one of its designs with
preceding and dimensional measurement, of the (20) students and sixth graders divided
equally(10) students and (10) students using the program of folk dance in the style of
sports performances, . The results showed the effectiveness of folk dance in the style of
sports performances of in the development of some factors of the creative and motion
abilities(motor fluency, motor flexibility, motor originality) on the student of the second
seminar
This paper focuses on mobility management issue. It investigates the
evaluation of mobility management protocols via a generic mathematical
model and evaluates some sample protocols using the mentioned
protocols.
The theory of quantum liquids (quantum liquid theory) in the last few Years largely
developed because of the brood spectrum of natural phenomenon relating to the limitation
of parameters of the this (the parameters of the Landau Fermi liquid theory
). We aim
through this paper to resolve kinetic equation for the spin density. After adding Rashba
term of spin-orbit coupling that belong to Landau parameters of orders ( 0,1). Also
calculated the magnetic susceptibility also taking into account the mutual influence
function,wich we have greeted from the collective perturbation energy. The propagation in
quantum liquids by calculation(wave modes) at zeros complex function of magnetic
susceptibility.
في هذه الأطروحة قمنا بدراسة أحد جوانب البحث في الشبكات اللاسلكية الكثيفة و هي إدارة الحركية، و ركزنا على أساليب و طرق إدارة الحركية الموزعة و التي تعتمد على بروتوكولات إدارة الحركية المعيارية MIPv6 و PMIPv6 ، درسنا هذه الطرق مع ذكر إيجابيات و سلبيات
كل منها و مقارنتها، ثم قمنا باقتراح خوارزمية جديدة لإدارة الحركية الموزعة بشكل كامل و التي تعتمد على بروتوكول PMIPv6
حيث يكون فيها مستوي البيانات و مستوي التحكم منفصلين و موزعين، و يتم تطبيقها في الشبكات اللاسلكية ذات البنية المسطحة الغير هرمية.
Research and technological innovation has contributed over the last
decade to improve the performance of the specified elements for
construction, such as, walls, ceilings, windows and construction
equipment like, ventilation and cooling equipments
, lighting, where those
elements produce opportunities to improve the efficiency through the
translation of a dynamic term to the functions, features and physical and
thermal behavior of the components of the construction, which may
change over time and thus adapt with different requirements of
construction and occupancy of variable climatic conditions which is
called Adaptive Architecture.
This research paper aims at a detailed
analysis of the mobility management issue in IP-based networks, studying and
also evaluating the performance of Mobile IP Fast Authentication protocol
(MIFA) compared to its counterparts using Network Simulator 2 (NS2).
Since 2011, Syrian Arab soldiers have been facing a daily terrorist war, that targets
the Syrian State with all its components: land, people and infrastructure A matter that
exposes them to war injuries like Kinetic disability (amputation ,paralysi
s) resulting from
explosions, fragments and live bullets and this imposes a set of body needs .
Through this descriptive study that investigated the body needs of 197 Kinetic –
disability infected soldier since the beginning of 2011 until 8/2014 who have been
registered in Zahi Azrak Military Hospital in Lattakia , using a study- suitable and
reliability sings questionnaire developed by the researcher, we found that 58.9% of the
soldier are paralysed (73.3% of which are lower-limb paralysed), 41,1% amputated (67.9%
a lower-limb amputated) . the level of motion, activity, moving, treatment, medicine, sleep
and rest was intermediate, while the level of nutrition and self-treatment was low.
Therefore, this study suggests designing and implementing educational programs to all
community levels to make the needs of the disabled soldier Known, and establishing
specialized centers to rehabilitate them and providing their needs of treatment and
amendments, and legislating regulations to provide environments to facilitate their moves,
and it also recommends working out a research to investigate all factors that influence
meeting the body needs of the Kinetic disabled soldiers .
In this research, it has been studied the Fermi-Liquid density wave depending on
Landau theory. The kinetic equation has been solved using relaxation time approximation
at collision less condition. This is by expanding particle density function of
order Plus, Zero sound modes have been calculated and attenuation rate at low
temperatures.The results have been discussed and compared to the set ones and
the offered theory in this domain.
This research is centered on design of a serial industrial manipulator with 4 degrees
of freedom(4-DOF) in order to manipulation on production linesand packaging tasks of
small pieces, it is characterized by flexibility and the possibility of compa
tibility with other
robots in the work area.
Research explains the Mechanical description of the manipulator and the study of the
inverse kinematic and direct kinematics in addition to the study of the path of the
manipulator.Manipulator electric engines are servo motors (DC Servo motor). The design
of the electronic driving system of the robot depends on the Arduino Board(Arduino
UNO).
The application interface, which was built within the software (Microsoft Visual
Studio), allows to easily control the manipulator.Where the robot three-dimensional model
(3D) simulates the movement of the robot at work.
In the latter part of the research we discussed practical prototype test results of the
robotic manipulator that we have designed and implemented.
Geodetic monitoring networks should check the requirements of precision, stability, durability, strength, sensitivity and cost. Depending on this basis design the geodetic monitoring networks. Terrestrial surveying instruments adjust kinematic proces
ses by high frequency measurements; therefore can select system state and its precision in real time depending on appropriate deformation model.
In this research, liner kalman filter will be evaluated to improve the performance of geodetic monitoring networks, especially the currently used in monitoring of strategic infrastructure in the country, and achieve the highest level of security in the monitoring and development level of reliability and durability where, and apply it to the observed kinematic situation in 16 tishreen dam in lattakia city. Then check the efficiency of the evaluation by applied standards reliability, and the appropriateness of the application of kalman filter in deformation analysis. Finally, this research offers a set of conclusions and recommendations.
