TALENT SEGMENTATION: DOES IT AFFECT COMMITMENT? A STUDY IN IT INDUSTRY, CHENNAI

The Talent Management is the sound and incorporated human asset rehearses with the destinations of pulling in and holding the ideal people, for the correct positions, at the opportune time. The outcomes demonstrate that there is noteworthy distinction between socio-economic features of critical employees and preference of talent management practices in IT companies. Critical employees show a high level of commitment in exclusive segmentation and low level of commitment in inclusive segmentation. The outcome also demonstrates that, Non-Critical employees show a low level of commitment in exclusive segmentation and high level of commitment in inclusive segmentation

Current Efficiency, Dielectric Measurements & Ion Mobility Studies of Anodic Oxide Films Formed on Tantalum in Aqueous Electrolytes

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An Application of the supremum cosine angle between multiplication invariant spaces in L^2(X; \mc H)

In this article, we describe the supremum cosine angle between two multiplication invariant (MI) spaces and its connection with the closedness of the sum of those spaces. The results obtained for MI spaces are preserved by the corresponding fiber spaces almost everywhere. Employing the Zak transform, we obtain the results for translation invariant spaces on locally compact groups by action of its closed abelian subgroup. Additionally, we provide the application of our results to sampling theory

Different mechanisms of energy coupling for transport of various amino acids in cells of Mycobacterium phlei

Whole cells of Mycobacterium phlei were shown to actively accumulate proline, leucine, lysine, tryptophan, histidine, glutamine, and glutamic acid to different steady state levels. The transport of proline, in contrast to that of other amino acids, was found to be insensitive to various respiratory inhibitors, e.g. cyanide, arsenate, azide, and sulfhydryl reagents. However, oxygen was an obligatory requirement for the uptake of proline, as well as for the other amino acids. The results indicate that the energy requirements for proline uptake are different from those of other amino acids. In contrast to the system from Escherichia coli, the mode of energy transduction for the uptake of proline, glutamine, and glutamic acid is different even though these amino acids are shock resistant in the M. phlei system