Contribution of Kodavas to the Indian Armed Forces

Identity is a dynamic phenomenon constructed as a collective product of the actions, interactions, cognition and self-cognizance of human beings. In exploring identity as a product of individual factors and contextual - historical factors embedded in a socio-political context, this paper focuses on the contribution of the Kodavas, a community who form a substantial minority in the Kodagu (Coorg) district of Karnataka to the Indian Armed Forces. Speaking a separate language, adhering to a clan-based social structure, following a belief system that is at substantial variance to other parts of the state, and at times even asserting a historical origin exterior to India, the group carries a larger number of markers that has led them to be regarded and portrayed as one of India’s groups of ‘internal exotics’. Based on literature, this paper aims to bring to light the historical relationship of this community with the Armed Forces. Further, the paper also initiates a discussion on the current status of military fervor among the Kodava youth and the necessary measures to be taken to uphold the warrior spirit of the Kodavas

Ultraviolet Radiation Cured Bio-Fibre Composites From Oil Palm Empty Fruit Bunch.

In this study, development of ultra-violet (UV) cured biofibre composites is reported. The composites were based on the pulp made from empty fruit bunch (EFB) as the reinforcing agent and unsaturated polyester as the matrix

PWM Based VSC For Power Quality Assessment of Grid Integrated DFIG-WECS

The socioeconomic indicators are exclusively dependent upon the growth of energy for every country. The rise of population and urbanization on one hand and environmental degradation by fossil fuel sources on the other has realized the world for sustainable sources of energy to meet the energy imbalance. Therefore, high penetration of wind energy is need of the hour to meet the challenge of rising consumption of power. Globally, wind energy trends are witnessing a rapid growth with the passage of time. In this research contribution, the Doubly Fed Induction Generator (DFIG) derived wind power generation has been selected to harness wind energy at variable speed. The uncertain and fluctuating nature of wind flow cause power quality problems. MATLAB simulation model has been designed and response of power quality issues like voltage sag and harmonic distortion is checked both at No load and with load at the point of common coupling (PCC). For smooth integration of wind turbine generator with power grid, pulse width modulated (PWM) voltage source converters (VSC) are used both at the rotor side converter (RSC) and the grid side converter (GSC). Proportional integral (PI) controllers are used along with VSC for high power output

India-Thailand Bilateral Trade A Review against the Backdrop of the Framework Trade Agreement

India and Thailand are about to sign a Free Trade Agreement (FTA) by mid 2012 targeted to streamlining the trade relations between the two countries. The Framework Agreement, inked between the countries in 2003 to pilot the FTA process, has been paving an appropriate background for establishing efficient trade relations through setting up a free trade area covering goods, services and investment. The Framework Agreement has also been providing a Protocol for an Early Harvest Scheme (EHS) under which common items of export interest to the sides be identified for the elimination of trade tariffs on a fast-track basis. The paper examines the trade relations between the two countries in terms of trade volumes during the Framework Agreement period in comparison to the period prior to the agreement

Petrography and geochemistry of Archaean Greywackes from Northern Part of the Dharwar-Shimoga Greenstone Belt, Western Dharwar Craton: implications for nature of provenance

Greywackes (Dharwar greywackes) are the most abundant rock types in the northern part of the Dharwar-Shimoga greenstone belt of the Western Dharwar Craton. They are distinctly immature rocks with poorly-sorted angular to sub-angular grains, comprising largely quartz, plagioclase feldspar and lithic fragments of volcanics (mafic+felsic), chert and quartzite, with subordinate biotite, K-feldspar and muscovite. They are characterized by almost uniform silica (59.78-67.96 wt%; av. 62.58), alkali (4.62-7.35 wt%; av. 5.41) contents, SiO2/Al2O3 (3.71-5.25) ratios, and compositionally are comparable to the andesite and dacite. As compared to Ranibennur greywackes, located about 100 km south of Dharwad in the Dharwar-Shimoga greenstone belt, the Dharwar greywackes have higher K2O, CaO, Zr, Y, ΣREE, Th/Sc, Zr/Cr, La/Sc and lower Sr, Cr, Ni, Sc, Cr/Th values. The chondrite normalized patterns of Dharwar greywackes are characterized by moderately fractionated REE patterns with moderate to high LREE enrichment, with almost flat HREE patterns and small negative Eu anomalies, suggesting felsic dominated source rocks in the provenance. The frame work grains comprising felsic and mafic volcanics, feldspars and quartz suggest a mixed source in the provenance. The moderate CIA values ranging between 57 and 73, indicate derivation of detritus from fresh basement rocks and from nearby volcanic sources. The mixing calculations suggest that the average REE pattern is closely matching with a provenance having 40% dacite, 30% granite, 20% basalt and 10% tonalite. These greywackes were deposited in a subduction related forearc basin than a continental margin basin. Their La/Sc ratios are high (av. 4.07) compared to the Ranibennur greywackes (1.79), suggesting that the greywackes of the northern part of the basin received detritus from a more evolved continental crust than the greywackes of the central part of the Dharwar-Shimoga basin

Service delivery through mobile-government (mGov): Driving factors and cultural impacts

The mobile-Government (mGov) service system is conducted through an open network, and it is virtual. This service mode and pattern change inevitably necessitates a behavioral change in citizen attitudes and intentions. Nevertheless, this new pattern of service delivery through mGov has hardly been systematically investigated by any researchers. The objective of this current research is twofold. First, we attempt to reveal the sources of beliefs for developing intention toward the mGov (ITM) system. Then, as the second objective, we investigate cultural influence as the reason for a difference in consumer attitudes and intentions toward mGov. In this regard, the empirical study was conducted in Bangladesh and the USA, which have potential differences in the cultural traits listed by Hofstede. From our statistical analysis, we have identified the sources of beliefs for both Bangladeshi and USA consumers.We observed clear differences in sources of beliefs and their influence on attitudes leading to intention, which demonstrates support for our second objective which was designed to verify the cultural impacts on belief-attitude relations.We understand that these different sources of beliefs influence cognitive, affective, and connative attitudes toward mGov in different ways

Trigger sequence can influence final morphology in the self-assembly of asymmetric telechelic polymers

We report on a numerical study of polymer network formation of asymmetric biomimetic telechelic polymers with two reactive ends based on a self-assembling collagen, elastin or silk-like polypeptide sequence. The two reactive ends of the polymer can be activated independently using physicochemical triggers such as temperature and pH. We show, using a simple coarse grained model that the order in which this triggering occurs influences the final morphology. For both of collagen-silk and elastin-silk topologies we find that for relatively short connector chains the morphology of the assembly is greatly influenced by the order of the trigger, whereas for longer chains the equilibrium situation is more easily achieved. Moreover, self-assembly is greatly enhanced at moderate collagen interaction strength, due to facilitated binding and unbinding of the peptides. This finding indicates that both the trigger sequence and strength can be used to steer self-assembly in these biomimetic polymer systems.</p

Intense Collaboration In Globally Distributed Teams: Evolving Patterns Of Dependencies And Coordination

As multi-national firms and major offshore outsourcing companies develop experience with global work, their globally distributed teams face the challenge of collaborating intensely without the common interaction advantages associated with collocated work. This chapter analyzes the sources of intense collaboration. It then introduces strategies that organizations have developed to reduce the intensity of collaboration (sequentializing work, using mediating artifacts, modularity), or to enable intense teamwork (real time contact, boundary spanners). Strategy properties and deployment opportunities and constraints are indicated in order to equip managers and researchers with a framework for handling or analyzing globally distributed teamwork

Visitor satisfaction in ICU and recovery waiting rooms in acute-care hospitals

Call number: LD2668 .T4 ARCH 1989 M57Master of ArchitectureArchitectur