Volume 4 | Issue 4 | October-November-December-2016

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The major objective of this paper is to describe the use of �T� position in Archery sport. Scientific and biomechanical implementations are helpful to understand the archers correct position in competitive archery. The basic Principle of biomechanics can be benefited to minimize the efforts and minimum use of muscles evolved in draw and T position setup, as well as bow holding. Pre draw is achieved with the help of learning proper T position under biomechanical conditions, By raising the bow hand and drawing hand above shoulder level into a high Pre draw position this lowers the bow shoulder into the correct position with the �collar bone� sitting onto the ribs and sets up the rest of the body for the draw and shooting process. The basics of biomechanics and scientific analysis help to archer to rectify errors in their shooting form.

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Archery, Shooting, Stance, Body Position, T Position

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ast link in the distribution process during which goods

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With the expansion of Internet usage, E -banking has become one of the most revolutionized components of today's economic growth. E-banking is a powerful value-added tool to attract new customers and retain the existing ones. With the proliferation of internet and computer usage, the electronic delivery of e-banking service has become ideal for banks to meet customer's expectations (Poon, 2008). Besides, it helps in eliminating costly paper handling and teller interactions in the increasingly competitive banking environment. The development of e-banking has become a priority for core advantage. The potential competitive advantage of e-banking lies in the areas of cost reduction and satisfaction of consumer needs. There are an increasing number of the

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mer needs. There are an increasing number of the

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Peripartum cardiomyopathy is a life-threatening disorder of unknown aetiology that occurs in the last month of pregnancy or in first five months post-partum with absence of determinable cause for cardiac failure and absence of determinable heart disease.The disease is relatively uncommon with an estimated rate of 1 in 3,000-4,000 deliveries and its incidence is getting increased nowadays. The diagnosis of this entity is often difficult and it requires a high degree of clinical suspicion since majority of the cases in puerperium with cardiac failure (acute LVF or cardiac arrhythymias) and are often the cause for maternal mortality. Therefore it is essential that when aetiological risk factor is present in a case or whenever clinical suspicion arises, 2D echocardiogram be suggested to diagnose peripartum cardiomyopathy. Early diagnosis facilitates immediate intervention, which will prevent maternal morbidity, mortality and it also helps to team up with an internist or cardiologist to provide effective treatment to the patient. In this regard the present study was conducted to review the role of routine 2D echo in high risk antenatal women and it also throws light on the role of this noninvasive modality to diagnose cardiomyopathy of pregnancy and puerperium. The aims and objectives of the study are to evaIuate the role of 2D ECHO in diagnosing peripartum cardiomyopathy and to assess its prognostic value for a better maternal and fetal outcome.

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:Peripartum cardiomyopathy, puerperium, mortality, 2D echo.

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Mobile Cloud Computing (MCC) which combines mobile computing and cloud computing, has become one of the industry buzz words and a major discussion thread in the IT world since 2009. As MCC is still at the early stage of development, it is necessary to grasp a thorough understanding of the technology in order to point out the direction of future research. With the latter aim, this paper presents a review on the background and principle of MCC, characteristics, recent research work, and future research trends. A brief account on the background of MCC: from mobile computing to cloud computing is presented and then followed with a discussion on characteristics and recent research work. It then analyses the features and infrastructure of mobile cloud computing. The rest of the paper analyses the challenges of mobile cloud computing, summary of some research projects related to this area, and points out promising future research directions.

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Mobile Cloud Computing; Mobile Computing; Cloud Computing; Research Directions.

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Line-following robots remain a canonical bench- mark for closed-loop control on embedded platforms because they combine non-linear sensing, actuator saturation, and tight real-time constraints. Although proportional-integral-derivative (PID) control is widely used, deployments frequently suffer from oscillation on sharp curves, integral windup under actuation limits, and sensitivity to surface reflectance changes. This paper presents a curvature-aware discrete PID design for differential- drive line followers that (1) uses a filtered centroid-based error estimator from a reflectance array, (2) incorporates derivative filtering and back-calculation anti-windup for stability under PWM saturation, and (3) applies lightweight gain scheduling driven by an online curvature proxy derived from the sensor profile. We provide a reproducible modeling pipeline, embedded implementation details for 1 kHz control, and an evaluation pro- tocol across three track types (low-curvature, mixed, and high- curvature). Results show that the proposed controller reduces mean absolute lateral error by 3.6% versus a fixed-gain PID and by 44.6% versus a Ziegler-Nichols tuned PID, while improving the 95th-percentile error and reducing oscillatory behavior at high speed. All figures are generated from included scripts, and all references are provided in a BibTEX database

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Line following, PID control, anti-windup, gain scheduling, embedded control, reflectance sensors, differential- drive robot.

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Bevinur Shasanokta Kshitiruha nompi

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Bevinur Shasanokta Kshitiruha nompi

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This paper examines the intricate portrayal of gendered diasporic identities in Jhumpa Lahiri's The Namesake and Interpreter of Maladies. It argues that Lahiri meticulously delineates the distinct yet interconnected challenges faced by male and female characters as they navigate cultural displacement, assimilation, and the complex search for belonging within the Indian diaspora. Drawing on postcolonial and feminist theoretical frameworks, the analysis explores how gender profoundly shapes experiences of migration, identity formation, and the negotiation of cultural hybridity across generations. Through in-depth character studies of Ashima and Gogol Ganguli in The Namesake, and Boori Ma, Mrs. Sen, Twinkle, and Lilia in Interpreter of Maladies, the paper reveals Lahiri's nuanced depiction of entrapment, evolving agency, and the pursuit of fluid, multi-anchored identities. Ultimately, Lahiri's oeuvre offers a profound commentary on the human condition in a globalized world, highlighting resilience, adaptation, and the enduring quest for self-definition beyond rigid cultural boundaries.

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Gendered Diasporic Identities in Jhumpa Lahiri's The Namesake and Interpreter of Maladies

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The study aimed to investigate the influence of standing height and arm length on the playing ability of university-level male hockey players. A total of 100 players (aged 18-25 years) from six universities in Andhra Pradesh, who had competed in inter-university tournaments, were selected as subjects. Standing height was measured using a stadiometer, arm length with an anthropometric rod, and playing ability was assessed through expert ratings during competition. Statistical analysis using simple, partial, and multiple correlations at the 0.05 level of significance revealed significant relationships between anthropometric variables and playing ability. Standing height showed a correlation of r = 0.452 with hockey playing ability, while arm length demonstrated r = 0.386, both exceeding the table value of 0.197 (df = 98). The combined effect of the two variables yielded a multiple correlation coefficient of R = 0.720, which was greater than the tabulated value of 0.353 (df = 93), indicating a strong predictive relationship. Partial correlation also confirmed significant contributions of standing height (r = 0.324) and arm length (r = 0.263) to playing ability. The findings suggest that standing height and arm length are significant predictors of hockey performance, offering valuable implications for player selection, talent identification, and performance enhancement in university-level hockey.

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Standing height, Arm length, Anthropometry, Hockey performance, University players, Playing ability, Talent identification

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Recent trend of advanced manufacturing processes like Laser Cutting Machine. In Fabrication industries require more production by using automation so that required CNC machine which is more popular for mass production. Laser Cutting Machine having different critical components are them so in that mechanical side to develop CNC axes as per technology concern. In CNC axes required different parts like Runner Block, Rails, and Linear Drive Motor etc. In past there were ball screw used for making CNC axis now a day linear drive mechanism used more because it is more powerful system to positioning, efficiency. By using CAD tools like Solid Work, to make 3 D Modelling for required part and practical analysis for cost.

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Design, Analysis, Linear Drive Mechanism, CNC Axes, FEA.

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