The impact of theory to study the Al-Biomechanics skill in the performance of jumping on a groundbreaking platform to jump in artistic gymnastics for students

To understand the information related to movements in terms of biomechanical sports is one of the essential ingredient in the success and development of these movements, so the interest in studying this information can give positive returns in the process of education, training, methods of teaching skills and athletic movements. This depends on the capabilities, experience and attitudes of dealing with this information, mechanical, which they depend, in determining the learning objectives as an initial stage of a substance gymnastics. From this port, the researchers wanted to see the problem difficulty level of the students in the development of some key events of a substance artistic gymnastics after their studies the Biomechanics material and access to information on the performance skills of gymnastics movements. The Biomechanics through information obtained by the students of the second phase of the Faculty of Physical Education University of Diyala and their number (40) student, researcher aims to identify the effectiveness of information theory on the application of technical performance and the level of attainment in the skill of jumping on a groundbreaking platform jumping. And to identify the differences between before and after in the level of performance and achievement in the skill of jumping opened. And imposed the existence of statistically significant differences in the stages of the level of attainment technical performance of the skill of jumping on a groundbreaking platform jumping. By the results the researcher concluded: And to identify the differences between before and after in the level of performance and achievement in the skill of jumping opened. And imposed the existence of statistically significant differences in the stages of the level of attainment technical performance of the skill of jumping on a groundbreaking platform jumping. By the results the researcher concluded: That the information theory of Biomechanics obtained by the student influence in improving the performance of the skill level to jump on a groundbreaking platform to jump in artistic gymnastics for girls

Effect of theoretical biomechanics on open jump the platform jumps performance using jumps (vault) in artistic gymnastics

The biomechanics is an important science the physical education, thereby sports analyzed and thereafter correct the technical errors. Gymnastics is more related with biomechanics than other sports, this science contribute in the analysis, illustration, understanding, and improvement of sports technique. This study aimed to identify the effectiveness of theoretical information on the Platform Jumps (Vault) Performance, and to identify the difference of the performance level between pre-test and post-test. This research hypothesized significant differences in each of the theoretical biomechanics information in open jump on the platform jumps (Vault) performance between pre-test and post-test. An experiment used quasi experimental design, the population included 40 female undergraduate students in the physical education college, University of Diyala- Iraq during 2012-2013 divided into equal two groups. The biomechanics theoretical information that given to the students impacted on their skill and performance positively. Increase the level of Gymnastics performance of open jump on the platform for the female students

Mobile Ticketing Framework for Malaysia’s Cinemas

From simple and manual life into electronic services finally into mobile electronic services, the solutions of mobility services made it easier to obtain many things at anytime and anywhere, with this new services and technologies the time has come to open an another marketing channel to express product and services to the consumers. Where in strong economic structure and the successful commercial marketing, the electronic commerce Including (electronic ticketing, mobile commerce and mobile ticketing) is changing the style of company's marketing, production, and operation, in addition it facilitated the life, reduced the cost and increased the profits.In context of mobility is a crucial part of the work, this research addresses to design and development a reservation system prototype based mobile e-ticketing for Malaysia's cinemas with kedah's scope. This prototype contains two parts, web and WAP application service, web application to make ability to manage cinemas and the WAP application to give the user the possibility of booking by using mobile phone

Hematology and serum chemistry reference values of stray dogs in Bangladesh

Hematology and serum chemistry values were obtained from 28 male and 22 female stray dogs in Chittagong Metropolitan area, Bangladesh. The goal of the study was to establish reference value for hematology and serum chemistry for these semi wild animals in relation to age, sex, reproductive stage and body condition. No significant differences were found for mean values of hemoglobin, packed cell volume, mean corpuscular hemoglobin concentration, white blood cell, differential leukocyte count, total protein, albumin, glucose, cholesterol, phosphorus and potassium among or between sexes, ages, reproductive states or body conditions. Significant differences were noted for erythrocyte sedimentation rate (p<0.02) between sexes. Among different age groups significant differences were found for total red blood cell count (p<0.001). Different body conditions have significant differences in red blood cell count, mean corpuscular volume and mean corpuscular hemoglobin (p<0.001). Pregnant and non-pregnant females differed significantly in their red blood cell count, mean corpuscular volume and mean corpuscular hemoglobin (p<0.001)

Development of Web Services for Computational and Analytical Processing Code of Software Metric

This study is to develop a web service, which allows to calculate and conduct analytical processing software metrics. To achieve the goal we need to an analytical overview of the software that allows to calculate code metrics, examine the existing metrics, learn the basic architectural approaches of building a web service, explore the applicability of fuzzy logic algorithms (West et.al., 2015) for the implementation of intelligent analysis software metrics, implement a web service that allows you to calculate and conduct analytical processing software metrics based on expert opinion and make testing design a web service. There are many approaches to solving the problem of testing and verification of software. During the development of this application was used unit testing. The purpose of unit testing - to isolate parts of the program and to show that these parts are operable individually. During the development process have been implemented unit tests, as a result of testing problems have been identified. The operation of the Web service is fully consistent with the previously defined functional requirements. Consequently, the task of determining the effectiveness of the programmer and the source code evaluation solved. Keywords: fuzzy logic algorithms, SaaS, Object-oriented, cyclomatic complexity, Mamdani algorithm, RESTful, API, SVN-repository

Receiver function imaging of mantle transition zone discontinuities beneath Alaska

Subduction of tectonic plates is one of the most important tectonic processes, yet many aspects of subduction zone geodynamics remain unsolved and poorly understood, such as the depth extent of the subducted slab and its geometry. The Alaska subduction zone, which is associated with the subduction of the Pacific Plate beneath the North America plate, has a complex tectonic setting and carries a series of subduction episodes, and represents an excellent target to study such plate tectonic processes. Previous seismological studies in Alaska have proposed different depth estimations and geometry for the subducted slab. The Mantle transition zone discontinuities of the 410km and the 660 km provide independent constraints on the depth extent of the subducted slabs. We conducted a receiver function study to map the topography of the 410 km and the 660 km discontinuities beneath Alaska and its adjacent areas by taking advantage of the teleseismic data from the new USArray deployment in Alaska and northwestern Canada. Stacking over 75,000 high-quality radial receiver functions recorded in Alaska with more than 40 years of recording period, the topographies of the 410 km and 660 km are mapped. The depths of both d410 and d660 show systematic spatial variations, the mean depth of d410 and d660 are within 6 km and 6 km from the global average, respectively. The mean MTZ thickness of the entire study area is within -2 km from the global average of 250 km, suggesting normal MTZ conditions on average. Central and south-central Alaska are characterized by a larger than normal MTZ thickness, suggesting that the subducting Pacific slab is thermally interacted with the MTZ. This study shows that lateral upper mantle velocity variations contribute the bulk of the observed apparent undulations of the MTZ discontinuities --Abstract, page iv

Determination of Electrostatic Charge Density and Adhesion Force of Particles on a Glass Surface Using an Electrostatic Detachment Method

Attachment of particles to certain surfaces like glass plays a critical role in engineering and natural processes. An application can be found in the solar energy field as the accumulation of dust particles on the solar photo voltaic (PV) panel surface can reduce the efficiency of the solar panel with time. The main objective was to determine whether the electrostatic detachment method can be used to calculate electrostatic charge density and the upper limit of adhesion force of dust particles at various air humidity levels. The independent variables in this investigation were particle diameter and air humidity. The dependent variables were the electrostatic charge density and the upper limit of adhesion force between a particle and the glass surface. The apparatus used in the experiment included a microscope, a high-speed camera, a high voltage amplifier, a data acquisition system and ITO-coated glass plates housed in a 3D-printed chamber. Upon application of a steady uniform electric field, the particles traveled from the bottom glass plate to the top glass plate. The arrival of particles at the top glass plate was recorded using the high-speed camera at 4100 frames per second (fps) from which the time of flight was obtained. Using image analysis software, the particle size was extracted. The experiment was carried out at relative humidity (RH) levels of 10%, 30%, and 80% at atmospheric pressure. The results showed that the upper limit of adhesion force increased with increasing particle diameters at all humidity levels; the highest adhesion force magnitudes were found at 30% RH. On the other hand, electrostatic charge density decreased with increasing particle size. Additional experiments are needed to obtain more statistically meaningful results

Design a monitoring system for COVID-19 patients

This paper considers to developing application software that can assist COVID-19 patients in-home quarantine to know their situations and call the emergence center when the patient needs it. It includes a smart band as well as an application on the smartphone, the smart band can determine blood oxygen levels, the temperature of the patient, environmental temperature and humidity, also daily activities that affect the decision to go to the hospital or stay at home. The core of the proposed project is using ontology and semantics web to process the data that coming from sensors (physiology and environment), and the information of patients stored in the database on the mobile application. The response depends on the dataset of affect sensors parameters and type of activity the patient at the time. There are three types of response to proposed program is (normal, alert, and emergency)