IS REGULATORY EMOTION SELF-EFFICACY PLAYING A MEDIATING ROLE? IMPACT OF LIFESTYLE HABITS ON SUBJECTIVE WELL-BEING

Background and Aim: The objective of the research is to investigate the impact of lifestyle habits on subjective wellbeing in the presence of role of regulatory emotion self-efficacy as a mediator. Vital for wellbeing, longevity, productivity, relationships, and general quality of life in all areas is a healthy lifestyle. Methodology: A cross-sectional study has been conducted for 271 Students had been selected as respondents. Smart Pls has been used for calculating the reliability, validity of questionnaire and as well as hypothesis testing. Results: Food disorder, healthcare anxiety, regulatory emotional self-efficacy have direct and indirect significant impact on subjective well-being. But sleeping disorder has showed the direct and indirect insignificant impact on subjective well-being. Limitation and Future Implications: Because of time constraints, a lack of comprehension of the research, and a healthy lifestyle people are not aware of health benefits, they had less knowledge about it and were hesitant about a discussion. Originality: The role of regulatory emotion self-efficacy has not been used as a mediator during the relationship of lifestyle habits and subjective well-being. Conclusion: Subjective well-being is defined as gratification and satisfaction with one’s life. Regular physical activity is important in order to enhance the self-efficacy and emotional well-being. Good nutrients and a balanced diet provide a person with enough energy to carry out the tasks of daily life effectively.

Design of Efficient Adaptive Beamforming Algorithms for Novel Mimo Architectures

The major issue in the mobile communication is the presence of several types of im- pairments in the wireless medium. There are many types of impairments, the important one is refer to as fading which is defined as the interference occurred in the received signal because of its multiple copies arrived through multi paths. It creates considerable changes in receive signal power and therefore counted as significantly destructive in nature. Fading introduces significant distortion and disturbances in almost all wireless radio signal. The major cause of the fading is multipath propagation of the signals and the relative movement of mobile transmitting and/or receiving device. The cancellation of fading effect is essential to achieve higher data rate and better ser- vice quality with similar radiating power and/or bandwidth. Diversity is one of the im- portant techniques to reduce the effect of fading. In order to achieve different diversity types multiple input multiple output antenna array is employed. If a switchable or movable beam pattern is connected to multiple input multiple output (MIMO) antenna system; the system is referred to as smart system. In order to perform xivthis function, smart antenna requires certain signal processing and adaptive computa- tion. Such adaptive computations are performed through some algorithms known as adaptive beamforming algorithms. This dissertation develops three novel MIMO beamforming architecture using decision directed mode in order to exploit spatial and temporal diversities. Moreover, we pro- posed three new adaptive beamforming algorithms for fast convergence and high beam gain. The simulation results prove their effectiveness over other available algorithms and architectures.