Values for a Successful Career and Life

Successful career and life depends on how well an individual balance them to achieve maximum satisfaction in life. The values which an individual associate to career/ life based on their judgment help them to choose the appropriate careers or to involve in hobbies or other activities. The value here means the things that you believe as important in the way you live and work. We are often focused on one area of life at the expense of another. We are more successful when we are in balance with every area of lifelike career, family, friends, finance, leisure, health and spirituality. Work life balance brings satisfaction and peace of mind to an individual. Work-life balance is particularly important for women due to the multiple responsibilities they need to handle in everyday life. Women are often blessed with the inherent abilities to perform multiple tasks at a time when compared to men. These qualities might have either achieved during the course of life due to necessity or as an inherent ability. Maintaining work life balance is not an easy job. But heart of balancing can be learned. Sometimes we may have work life conflicts. In extreme cases it becomes necessary to sacrifice one for the other. In these cases choosing the priorities through wise decisions becomes important

Cosmology and thermodynamics of FRW universe with bulk viscous stiff fluid

We consider a cosmological model dominated by stiff fluid with a constant bulk viscosity. We classify all the possible cases of the universe predicted by the model and analyzing the scale factor, density as well as the curvature scalar. We find that when the dimensionless constant bulk viscous parameter is in the range $0 < \bar\zeta <6$ the model began with a Big Bang, and make a transition form the decelerating expansion epoch to an accelerating epoch, then tends to the de Sitter phase as $t\to \infty$. The transition into the accelerating epoch would be in the recent past, when $4<\bar\zeta<6.$ For $\bar\zeta>6$ the model doesn't have a Big Bang and suffered an increase in the fluid density and scalar curvature as the universe expands, which are eventually saturates as the scale factor $a \to \infty$ in the future. We have analyzed the model with statefinder diagnostics and find that the model is different from $\Lambda$CDM model but approaches $\Lambda$CDM point as $a \to \infty.$ We have also analyzed the status of the generalized second law of thermodynamics with apparent horizon as the boundary of the universe and found that the law is generally satisfied when $0 \leq \bar\zeta <6$ and for $\bar\zeta >6$ the law is satisfied when the scale factor is larger than a minimum value

Total factor productivity (TFP): Theory and applications

Total factor productivity (TFP): Theory and application

Compulsory Licensing For Public Health And USA’s Special 301 Pressure: An Indian Experience

125-131The TRIPS Agreement concluded with a win-win situation where both the developed and developing countries could incorporate their supportive provisions. But the inclusion of a broad compulsory licensing provision, which is a supportive provision for the developing countries, was against the wishes of United States which was always against any form of restrictions on the rights of the patentee. In order to achieve its aims which it had failed in the TRIPS Agreement, USA began to use its new strategy to prevent countries from using this TRIPS flexibility, by the threat of trade retaliations through Special 301 Report. India being one of the victims of US strategy had many a times faced this intimidation from USA. The researcher has thoroughly analysed the Indian position in the Special 301 Report till 2018. Also, the researcher scrutinized the effect such an act on India and how the Indian Government responded to such situation. The researcher could found that such unwelcomed behaviour on the part of the luring market in the world had affected the public health and access to patented life saving drugs in India. Any such activity is in violation of principles embodied in the TRIPS Agreement and similar international commitments and also against the basic human right to health. The researcher suggests for a strong protest against such activities either by putting the matter before WTO-DSB or by forming a regional collaboration with other similarly affected countries and take retaliatory action against US

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Secured Lossless Share Watermarking

Security has gained a lot of importance as information technology is widely used. The main issue in visual cryptography is quality of reconstructed image. This problem is overcome by using “Secured Lossless share Watermarking ”. In this method the quality of reconstructed image is higher and the security of share is high compare with conventional visual cryptographic scheme. The secret image is converted into. Each share is embedded to different carrier images. Invisible watermarking method is used for embedding carrier image and shares. For security, the invisible watermarked shares are then encrypted, AES modified encryption method is used. The encrypted shares are send to other participants. At the receiver end receiving the shares and decrypt the shares, then combining these shares together reveal the secret. The quality of rejoined shares and original secret shares are almost same. DOI: 10.17762/ijritcc2321-8169.15038

Economic performance of cage fish farming

Mariculture has the potential to augment production and incomes through coastal as well as open sea farming. The global aquaculture production increased by about 25 times in the last 30 years when compared to only seven times increase in capture fisheries production during the corresponding period. Mariculture systems include in-shore and off-shore and maintain a constant high saline water conditions. In-shore mariculture systems include clams, oysters and other molluscs, which are wild-caught or hatcheryreared seed grown on the sea floor or on suspended nets, ropes, or other structures. Off-shore mariculture refers to large intensive fisheries in off-shore fish pens

Economic Feasibility and Resource Use Efficiency of Coastal Cage Fish Farming in Kerala

Fish farming in open water cages is a recently introduced technology in India. The successful cage farming demonstrations in the open sea led to its popularisation in the coastal waters in the country. The economic viability of cage fish farming was analysed based on primary data collected from 60 farm units in Kerala state in the South west coast of India. Asian seabass, pearlspot, tilpaia, redsnappers and caranx were the major species cultured in the study area. The average size of a farm unit was 115 m3 with a stocking density of 32 fishes per m3. The gross revenue and average cost were ` 8584 and ` 4331 respectively per m3 of farm area. The Benefit–cost ratio and operating ratios were 2.02 and 0.42 respectively indicating cage farming as an economically viable farming technology. Resource use efficiency analysis indicated that stocking density and quantity of feed used had positive and significant influence on fish production and economic efficiency could be improved by increasing the use of these inputs