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We actualized a fatigue driver recognition framework utilizing a mix of driver's state and driving conduct pointers. For driver's express, the framework observed the eyes' blinking rate and the flickering span. Fatigue drivers have these qualities higher than ordinary levels. We utilized a camera with machine vision procedures to find out and watch driver's blinking behavior. Harr's feature classifier was utilized to first find the eye's range, and once found, a layout coordinating was utilized to track the eye for fast preparing. For driving conduct, we gained the vehicle's state from inertial measurement unit and gas pedal sensors. The principle component analysis was utilized to choose the components that have high change. The difference esteems were utilized to separate weakness drivers, which are accepted to have higher driving exercises, from typical drivers.

Shoolini prides itself on a proficient and accomplished team of faculty members. Our students learn from some of the best teachers in India. The faculty members are trained and educated at the best universities of the world such as National Cancer Institute, USA, NIH, USA, IISc and Oxford.We would like to acknowledge the encouragement and patronage provided by our esteemed Chancellor, Prof. Prem Kumar Khosla for conducting 'Two days Yogananda International Conference on Contemporary Issues in Social Sciences-YICCISS 2021. Creating a research oriented culture at Shoolini University is remarkable and to achieve this end, our gratitude is also extended to our Honorable Vice Chancellor, Prof. Atul Khosla for his unconditional and motivational support. Sustaining the same research culture requires a strong and clear pathway for which we would like to acknowledge the important contributions of Honorable Pro Chancellor, Mr. Vishal Anand for always being a constant support for us. Our sincere thanks go as well to our Registrar, Dr. Sunil Puri for proving his all-time pearls of wisdom to achieve this objective. Finally, we thank Faculty of Management Sciences and Liberal Arts superb team for their continuous and unconditional support in making this conference a success.

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Crossbar mixers in the frequency range from 89 GHz-94 GHz using Schottky barrier beam lead diode were designed, optimized by co-simulation technique and fabricated on 5 mil RT-duroid substrate. The achieved conversion loss of this self bias mixer is 9 dB with 10 dBm LO power. This mixer exhibits excellent LO to RF isolation of the order of 25 dB.