TACKLING RF INTERFERENCE CHALLENGES: A SURVEY OF ICIC SCHEMES FOR OFDM DOWNLINK IN CELLULAR NETWORKS

Published by: Ahmed Mahmoud Abdel-Halim , Mohamed Ahmed El-Desouky

Pages: 1-16 |

The evolution of wireless systems towards next-generation standards is poised to revolutionize Intelligent Transportation Systems (ITS) with a multitude of applications ranging from broadband digital communications to real-time video security. Among the proposed techniques for enhancing wireless communication, Orthogonal Frequency Division Multiplexing (OFDM) stands out for its ability to
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MODELING METAL FORMING: MACROMODELLING INSIGHTS INTO DEEP DRAWING

Published by: Adrian Mihai Stanescu , Elena Maria Ionescu

Pages: 17-26 |

Deep drawing stands as a prominent metal forming technique widely embraced by manufacturers for its efficiency and versatility. This process yields high-strength, lightweight components at a lower cost compared to alternative methods, making it a preferred choice across industries. Key advantages of deep drawing include swift press cycle times, reduced operations for finishing parts, and the
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ENGINEERING THE FUTURE: ENERGY CONSIDERATIONS IN HYPERLOOP DESIGN

Published by: Mei Ling Zhang , Liang Chen

Pages: 27-32 |

This study explores the intersection of energy considerations and design principles in the context of Hyperloop technology. By examining various aspects such as propulsion methods, track electrification, and capsule design, the aim is to optimize energy efficiency while maintaining high-performance standards. Through a comprehensive analysis, this research contributes to the advancement of
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