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Low Latency Random Access for Small Cell Toward Future Cellular Networks by Sundo Kim; Seongwon Kim; Junseok Kim; Kitaek Lee; Sunghyun Choi; Byonghyo Shim is a Engineering article available to read on EtoBox.

What is Low Latency Random Access for Small Cell Toward Future Cellular Networks about?

A comprehensive equation for natural and physical systems including electric and magnetic, mass, and wave interactions has long been an objective of engineers and scientists. Dynamic energy appears to be one possible technique. A method of mathematics is used with curved space vectors which greatly reduces the calculus. The vector relationship between cyclic time and reference time is identified. A diffusion relationship is developed which has the potential for describing the Higgs field. The diffusion is defined in terms of a volume gradient varying with reference time. By judicious definition of dynamic energy, the diffusion is also a direct relationship of electrical charge and magnetism with waves or photons, and mass. INDEX TERMS Electromagnetics, electromagnetic fields, physics, waves, spatiotemporal, high energy physics, energy fields, Higgs field, curved space vectors, curved space coordinate system, time vectors, unified field

Who reads Low Latency Random Access for Small Cell Toward Future Cellular Networks?

Author

Sundo Kim; Seongwon Kim; Junseok Kim; Kitaek Lee; Sunghyun Choi; Byonghyo Shim

Publisher

IEEE; Institute of Electrical and Electronics Engineers; Institute of Electrical and Electronics Engineers (IEEE) (ISSN 0885-8985)

Published

2019

Language

EN

Field

Engineering (Physical Sciences)