621.
Design of low-power CMOS VCO with three transistors NAND gate and MOS varactor
by Manoj Kumar.
Edition: Vol.104(4), AugSource: Journal of the institution of engineers (India): Series BPublisher: USA Springer 2023Online access: Click here Availability: Items available for reference: School of Engineering & Technology (1).
622.
Diagonally placed MIMO loaded with square CRR for multiband applications
by Bora, Pronami | Pardhasaradhi, P.
Edition: Vol.104(4), AugSource: Journal of the institution of engineers (India): Series BPublisher: USA Springer 2023Online access: Click here Availability: Items available for reference: School of Engineering & Technology (1).
623.
Quality assessment of seed using supervised machine learning technique
by Ramanath Kini, M. G | Bhandarkar, Rekha.
Edition: Vol.104(4), AugSource: Journal of the institution of engineers (India): Series BPublisher: USA Springer 2023Online access: Click here Availability: Items available for reference: School of Engineering & Technology (1).
624.
Techno-economic feasibility analysis of optimized stand-alone PV and hybrid energy systems for rural electrification in India
by Dwivedi, Arpan | Pahariya, Yogesh.
Edition: Vol.104(4), AugSource: Journal of the institution of engineers (India): Series BPublisher: USA Springer 2023Online access: Click here Availability: Items available for reference: School of Engineering & Technology (1).
625.
Demand response algorithm design for flight simulator energy management system
by Wongpanyo, Watchara | Sukdee, Kritsana.
Edition: Vol.104(4), AugSource: Journal of the institution of engineers (India): Series BPublisher: USA Springer 2023Online access: Click here Availability: Items available for reference: School of Engineering & Technology (1).
626.
Zeta converter-based dimmable LED light system
by Sharma, Shyam Sunder | Sharma, Shailendra Kumar.
Edition: Vol.104(4), AugSource: Journal of the institution of engineers (India): Series BPublisher: USA Springer 2023Online access: Click here Availability: Items available for reference: School of Engineering & Technology (1).
627.
Insight into machine learning techniques for cancer detection
by Chhillar, Indu | Singh, Ajmer.
Edition: Vol.104(4), AugSource: Journal of the institution of engineers (India): Series BPublisher: USA Springer 2023Online access: Click here Availability: Items available for reference: School of Engineering & Technology (1).
628.
Human gaiting analysis for machine interaction
by Vennela, Kishore | Balaji, B.
Edition: Vol.104(4), AugSource: Journal of the institution of engineers (India): Series BPublisher: USA Springer 2023Online access: Click here Availability: Items available for reference: School of Engineering & Technology (1).
629.
Characterization of tin disulfide thin films prepared by spin coating technique: effect of spin speed and deposition time on film properties
by Kazi, Hanium Maria | Kabir, Rezaul Md.
Edition: Vol.104(4), AugSource: Journal of the institution of engineers (India): Series BPublisher: USA Springer 2023Online access: Click here Availability: Items available for reference: School of Engineering & Technology (1).
630.
Efficient global surrogate modeling for reliability-based design optimization
by Bichon, Barron J | Eldred, Michael S.
Edition: Vol.135(1), JanSource: Journal of mechanical designPublisher: New York ASME 2013Online access: Click here Availability: Items available for reference: School of Engineering & Technology (1).
631.
Design of honeycomb mesostructures for crushing energy absorption
by Schultz, Jesse | Griese, David.
Edition: Vol.134(7), JulSource: Journal of mechanical designPublisher: New York ASME 2012Online access: Click here Availability: Items available for reference: School of Engineering & Technology (1).
632.
Propagating skewness and kurtosis through engineering models for low-cost, meaningful, nondeterministic design
by Anderson, Travis V | Mattson, Christopher A.
Edition: Vol.134(10), OctSource: Journal of mechanical designPublisher: New York ASME 2012Online access: Click here Availability: Items available for reference: School of Engineering & Technology (1).
