Pingdingshan, China

Pingdingshan University
Pingdingshan, China

Pingdingshan University, founded in 1977, is a full-time comprehensive university of general higher education. It is located in Pingdingshan City, which enjoys the titles of Industry Base for China’s Important Energies and Raw Materials, China’s Top Tourism City, National Forest City, National Garden City, China’s Hometown to Folk Art, Hometown to calligraphy, Hometown to Ru Porcelain Ceramic Art Culture, Hometown to China’s Magic,and Hometown to China’s Buddism Godness Guanyin Culture.Its campus, surrounded by mountains and lying beside the Pingxi Lake, is covered with trees and flowers. It boasts of an ideal university for study with a beautiful environment and convenient facilities.It occupies an area of 1,313,700 square meters with a floor space of 471,700 square meters, composed of the teaching block, the research block, the sports area, students’ apartment area and the teachers’ residential area. The library houses over 1,300,000 books, 1500 kind of periodicals both in Chinese and foreign languages. The campus network center is the junction center of Pingdingshan Network, a sub-network center of Henan Education and Research Network. Points of Information are scattered here and there in the university for teaching and scientific research and residential life. The whole campus is being modernized and digitalized. It boasts of a teaching staff of nearly 1,000, of which 600 teachers have the MA certificates or P.H.D certificates and 260 teachers are associate professors and senior engineers. More than 60 teachers have such honors as the Special Allowances Expert from State of Council, the Top Expert at Provincial Level, the Winner of Zeng Xian-zi Education Fund, the Top Teacher and Teaching Staff at the National Level, the Trans-century Academic and Technological Leaders in Henan Province, and the Young and Middle-Aged Leading Teachers from Institutes of High Learning. More than 60 people are engaged as part-time professors or guest professors, including the academicians of the Chinese Academy of science and Chinese Academy of Engineering as well as famous experts or professors.It boasts of 17 schools, which are School of Literature, School of News and Media, School of Foreign Studies, School of Mathematics and Information Science, School of Economy and Management, School of Chemistry and Chemical Engineering, School of Nursing, School of Electric and Information Engineering, School of Computer Science and Technology,School of Software,School of Normal Education, School of Politics and Law, School of International Education Communications, School of Art Design, School of Environment and Geographic Science, School of Sports, School of Music, and 4 teaching departments, namely, Department of Public Foreign Language Teaching, Department of Political and Ideological Theory, Center for Modern Education and Technology, Center for Network and Computation. It consists of 39 undergraduate majors and 12 junior college majors, which cover ten disciplines such as literature, science, technology, management, education, law, history, art, economics, and medicine. And 3 of them have been awarded the title of the Key Discipline at Provincial Level; 7 specialties have been granted as Provincial Specialties with Distinctive Features; 3 majors have been authorized as Comprehensive Reform Experimental majors at Provincial Level; 4 courses have been ensured as Provincial Excellent Curriculum; one of the teaching teams has been given the title of Provincial Teaching Team;1 Provincial Experimental Teaching Center and 1 state-level extramural training base have been built in the University. At present, the enrolled number of full-time university students is over 17, 000 and the number of adult education students is nearly 10, 000. The Ecological Restoration Laboratory in the lowland has been approved as the key laboratory supported by Agriculture Department of Henan province. The Chinese Academy of Forestry, Agriculture Department of Henan province and Pingdingshan University have come to terms to co-build the Ecological Restoration Laboratory in the lowland. The Working Station for academicians from the Ecological Restoration Laboratory in the lowland and the Postdoctoral research base have been approved and established by the People’s Government of Henan Province. The Cultural Research Circle around Mountain Funiu has been established, and other academic organizations have been founded, including the Intelligent High-voltage Switchgear Engineering Technology Research, Ceramic Research Institute, the Cultural Institute for Three Su, namely, Su Xun, Su Shi and Su Zhe, who were famous scholars in Song Dynasty. The Cultural Research Circle around Mountain Funiu has been authorized by Henan Educational Department as the Key Research Base of humanities and social science at colleges and universities in Henan Province. Intelligent High-voltage Switchgear Research Center has been granted as the Engineering Technology Research Center among Henan’s Universities. The imitation technology developed by Ceramic Research Institute, which has been applied in Tang Dynasty’s flower porcelain, has filled a vacancy in the field of ceramics.The Chinese Court Music Society at Pingdingshan University is the first one in Mainland China. The Dragon Dance team here has won many national and international gold medals. Pingdingshan University has made new progress in establishing foreign academic exchange and cooperative education. It has established a wide-range exchange and cooperative relationship with the universities and scientific research institutions in more than 10 countries and regions, such as Britain, America, Canada, Singapore, Taiwan, etc. More than 120 teachers and students have been given the chance to visit and study abroad. BTEC, Business & Technology Education Council has granted Pingdingshan University to be its excellent center in North Asia as well as in Great China. Pingdingshan University is exploring and formulating the modern education notion with its own characteristics. It has set the notion of Literature Intercrossing Science, Extensive and Special Learning, Combination of Teaching and Practice, and Unity of Theory and Training Skills as the schooling education base, and has developed its spirit of Pioneering Work via Hard Work, Self-improvement by constant struggle and Self-forgetful Commitment, devoted to cultivating the applicable graduates, who are supposed to be high-minded in their ideals, creative, well-equipped in their basic training, able, responsible and capable of creating happy life and serving people well in their future work. Pingdingshan University now sets its foot on the new beginning, carries out its motto of Highlighting Morality and Erudition and Advocating the Truth and Innovation, and adheres to the development strategies of Teaching Quality for a Foothold, Talents for Prosperity, High-level Researches for an Influential University and Distinctiveness for a Noted University, sparing no efforts to build a multi-discipline municipal undergraduate university with its distinctive characteristics, prominent advantages, good teaching quality. Pingdingshan University , founded in 1977, is located in Pingdingshan City, Henan Province, China. The university includes the School of Chinese Language, the School of Foreign Languages, Math and Information Science College, Economics and Management College, the School of Chemistry Art, the College of Information Science and Technology, Teachers' College, Political Science Department, Environment and Geography Department, Physical Education Department, Music and Arts Department. Besides these, the school also offers a Department of English for General Teaching, Adult Education College, Politics Education Department and an Education Artificial Department.http:/pdsuabout.html Wikipedia.

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Zhou H.,Pingdingshan University
Journal of Computational and Theoretical Nanoscience | Year: 2016

Education always is an eternal topic, and as one of important parts in education, physical education has become focus that discusses in recent years' educational world, and physical education senior high school entrance exam will be greatly concerned by people. The paper starts from school leaders, student and parents these three perspectives, respectively conducts physical education emphasis and its effectiveness researches for physical education tests. In current stage Chinese physical education test scores distribution, Chinese physical education unified test contents, physical education emphasis from school, student and parents, as well as physical education examination implementation effectiveness researching process, it utilizes statistical analysis and SPSS software, carries on reliability analysis and single sample T test, and puts forward that most provinces and cities in China base on 30 points academic credit system in physical education exam, by far, medicine ball, standing long jump, big balls, techniques, rope skipping, pull-up, sit and reach as well as other events, all have been contained in basic test events in physical education exam. School, student and parents pay higher attentions to physical education, and through single sample T test, it verifies the result of school, student and parent's hegher emphasis on physical education with 95% probability. Copyright © 2016 American Scientific Publishers All rights reserved.

Ma Y.,Pingdingshan University
International Journal of Simulation: Systems, Science and Technology | Year: 2016

With the improvement of the level of sports competition, the requirements of sports training have also improved. In the past, training based on the intuition of coaches has been ineffective to improve the competitive level. In order to adapt to this situation, computer vision technology is increasingly cited in sports training. Machine vision has better accuracy and memory than the human eye. It can capture moving objects quickly and efficiently, and can also record various movement data of the target. So it provides a more theoretical basis and data description for the movement of athletes. This paper proposes a moving object detection and tracking method based on particle filter and correlation algorithm. The particle filter algorithm satisfies the robustness and quasi real-time requirements of object tracking. The work also opens a new path for object tracking in sports video. © 2016, UK Simulation Society. All rights reserved.

Zhang X.,Pingdingshan University | Xie Y.,Hebei Normal University
Complex Analysis and Operator Theory | Year: 2017

In this article, we obtain that the relation (Formula presented.) implies G is a homogeneous polynomial of degree at most p for all (Formula presented.) on the bounded convex circular domain (Formula presented.). We shall also show that if f is a spirallike function of type (Formula presented.) and is also a Bloch function on the unit disk, then (Formula presented.) is a spirallike mapping of type (Formula presented.) on the domain (Formula presented.) for certain G having terms of degree greater than p, where (Formula presented.) and (Formula presented.). As corollaries, some well known results can be got. © 2017 Springer International Publishing

Wang J.,Pingdingshan University
Carpathian Journal of Food Science and Technology | Year: 2016

This article observed the training of athletes nutritional recovery, a more comprehensive biochemical marker tests. The relevant summarize the work together to find practical and effective method of assessing performance athletes and nutritional supplements means. In order to find athletes explore ways before the body function and nutritional recovery, the grand prix of the 32 track and field athletes over a period of 4 weeks and biochemical indicators of nutritional supplements test comparison. Through this training period, the restoration of nutrition experimental observation results showed that the functional state of athletes is better. Generally results suggested that reasonable arrangements for exercise stress and nutrition programs to improve the athletes' function situation, as well as to create a good athletic performance plays. A crucial role in this experiment may explain nutrient solution to increase testosterone levels in the blood. Male athletes have a certain effect combined with years of research and practice with the team, initially developed with hemoglobin (Hb), blood urea nitrogen (BUN), creatine kinase (CK), serum testosterone (T) and cortisol (C) and other biochemical indicators to assess the ability of the athletes' function standard.

Li F.-A.,Pingdingshan University | Yang W.-C.,Pingdingshan University | Bai S.-Z.,Pingdingshan University
Inorganic Chemistry Communications | Year: 2014

One cadmium coordination polymer with 2-Fold parallel Interpenetration Structure and Helical Chains based on biphenyl-4-hydroxyl-3,3′- bicarboxylic acid (H2L) and μ-4,4′-bipyridine (bpy) {[Cd(L) (bpy)1/2(H2O)]2}n (1), has been obtained by hydrothermal synthesis and characterized by elemental analysis, powder X-ray diffraction (PXRD), IR spectra, thermal gravimetric analyses (TGA) and also by single-crystal X-ray diffraction. It crystallizes in the monoclinic, space group P21/c. The L2 - anions of complex 1, as a bridging ligand, connect Cd(II) ions to form two-dimensional (Cd 2(L)2)n layer in which the 1D (Cd-L) n helical chains are alternately arranged in a right- and left-handed sequence. These layers are further linked to build a three-dimensional network by the bpy ligands. In addition, the photochemical property of compound 1 has also been investigated. © 2014 Elsevier B.V.

Wang Y.-X.,Pingdingshan University | Hu Z.-A.,Northwest Normal University | Wu H.-Y.,Northwest Normal University
Materials Chemistry and Physics | Year: 2011

Alpha-nickel hydroxide nanowire with diameter of 60 nm was successfully synthesized by conversely migrates technique. Structural and morphological characterizations were performed using power X-ray diffraction (XRD) and field emission scanning electron microscopy (FESEM). The capacitive properties were evaluated by cyclic voltammetry (CV), galvanostatic charge-discharge and electrochemical impedance spectroscopy technique in 6 M KOH aqueous electrolyte. A maximum specific capacitance of 833 F g-1 was obtained at constant current of 5 mA, indicating that the α-nickel hydroxide nanowire is a promising electrode material for electrochemical capacitors. © 2010 Elsevier B.V. All rights reserved.

Wang Y.,Pingdingshan University
International Journal of Advancements in Computing Technology | Year: 2011

With the developing of sensors, remote-sensing platforms and other related technologies, more and more ways to obtain remote-sensing information come forth, as well as the information style. At the same time, the amount of data obtained by means of remote-sensing is rapidly increasing, but many applications need more fast processing of remote-sensing image. Apparently, the traditional singleprocessor serial fusion algorithm couldn't meet the needs of such operations, and parallel is an efficient technical mean to solve this problem. Therefore, the research of parallel algorithm on remotesensing image will greatly enhance the efficiency of image fusion, and it will have broad application prospects. We analyze these requirements in this paper, aiming at the research and implementation of there kinds of parallel algorithms for remote-sensing image fusion processing.

Li J.-T.,Pingdingshan University | Sun F.-X.,Henan University of Urban Construction
Biochemical and Biophysical Research Communications | Year: 2014

Mesenchymal stem cells (MSCs) have been reported as an attractive source for the generation of transplantable surrogate β cells. The objective of this study was to investigate a new method to induce the differentiation of hMSCs into insulin secretion cells and to explore its molecular mechanisms. In this study, we investigated in vitro differentiation of hMSCs by overexpression of myocardin and pdx-1. Differentiated cells were evaluated by immunocytochemistry, reverse transcription-polymerase chain reaction (RT-PCR), quantificational real-time RT-PCR (qRT-PCR) and Western blotting. Furthermore, the molecular mechanisms were evaluated by chip assay, CO-IP and Luciferase assay. This study reported a new method to induce the differentiation of hMSCs into insulin secretion cells. The method is cotransduction of myocardin and pdx-1 for 7. days. At the same time, we find myocardin and pdx-1 can form a complex to promote the transactivities of insulin by affecting the formation of the pdx-1/myocardin/SRF/CArG complex both in vitro and in vitro. The present study provided a simple and faithful in vitro model for further investigating the cell replacement therapy for diabetes. © 2014 Elsevier Inc.

Shen Y.,Pingdingshan University
Proceedings - 2015 8th International Symposium on Computational Intelligence and Design, ISCID 2015 | Year: 2016

In this study, a virtual resource scheduling prediction algorithm based on a support vector machine (SVM) is proposed to handle the complex, dynamic, changing environment of the cloud platform. First, virtual resource sequences were reconstructed by reconstructing the phase space. Then, the reconstructed virtual resource sequences were used as inputs into an SVM for training and predicting. Finally, a prediction experiment was conducted using actual virtual resource data. The experimental results showed that SVM improved the prediction accuracy and stability of the virtual resource, in addition, the SVM could satisfy the real-time performance and high-accuracy requirements of virtual resource prediction. © 2015 IEEE.

Cheng G.,Pingdingshan University
Micro and Nano Letters | Year: 2011

CuO nanorods were synthesised on a large scale via a simple hydrothermal method. CuCl 2·2H 2O and cetyltrimethylammonium bromide (CTAB) were used as the copper source and surfactant, respectively. The microstructure and morphology of the CuO nanorods were examined by X-ray diffraction, Raman spectrum, field-emission scanning electron microscopy, transmission electron microscopy (TEM) and UV-vis spectrum. The CuO nanorods were monoclinic, and their diameter and length ranged from 20 to 30nm and 150 to 200nm, respectively. High resolution TEM and selected area electron diffraction results indicated that the CuO nanorods grow along the [010] direction. A possible growth mechanism for the formation of CuO nanorods was proposed. The concentration of surfactant CTAB in the solution was found to be a critical factor on the CuO morphology during the hydrothermal stage. The bandgap of the CuO nanorods was calculated to be 2.01eV from the UV-vis spectrum. © 2011 The Institution of Engineering and Technology.

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