RFO KNOWLEDGE BRAINSTORMY_27-8-23_25th Edition

RFO KNOWLEDGE BRAINSTORMY

RFO KNOWLEDGE BRAINSTORMY_27-8-23_25th Edition

-> TECHNOLOGY & INNOVATIONS

-> FORMULAS & AUTOMATIONS

-> PRICE OF LIFE

-> TECHNOLOGY & INNOVATIONS

Some view on running technologies & tools & upcoming innovations.

-> FORMULAS & AUTOMATION

Tips for formulas used in excel & automation.

-> PRICE OF LIFE

Some Thoughts based on “ P R I C E O F L I F E “ in 7 aspects -: One topic day

P -: 7 P'S - PRAYERS / PLANETS / PLANTS & PERENNIALS / PROJECTS / PLACES / PRODUCTS / POETRIES

· R -: 7 R'S - RELIGIONS & RITUALS / RECEPIES / ROADS & ROUTES / RADIOS / RECORDS / RADIO FREQUENCIES / RANKS

· I -: 7 I'S - INNOVATIONS / IMAGES / INDIA / INTERNATIONAL / INDUSTRIES / INVENTORS / INSPIRATIONS

· C -: 7 C'S - CULTURES / CARTOONS / CARS / COURTS / CURRENCIES & CONVERSIONS / CONSTRUCTIONS / CREATIONS

· E -: 7 E'S - EYES / EARS / EMPLOYERS / EXAMS / ECONOMY / ELECTIONS / EPICS

· O -: 7 O'S - OPTICS / OCCUPATIONS / OCEANS / ORGANIZATIONS / OPENINGS / OFFICES / OPERATORS

· F -: 7 F'S - FOODS / FLAGS / FIGHTS / FLIGHTS / FILMS & FANFARE / FAMILIES / FASHIONS

· L -: 7 L'S - LORDS / LAWS / LANGUAGES / LOGICS / LOVE & LUSTS / LANDS & LAKES / LICENSES

· I -: 7 I'S - INVESTIGATIONS / INTERVIEWS / IDOLS & INVERTIBRATES / IDEALS / ILLNESSES & IMMUNITIES / ICEBERGS & ICELANDS / INVENTIONS

· F -: 7 F'S - FISHES / FRUITS / FANS / FORMULA'S / FRAUDS / FACTORIES / FASTS

· E -: 7 E'S - EXHIBITIONS / EXPERIMENTS & EVOLUTIONS / EDUCATIONS / ELECTRONICS & EQUIPMENTS / ENCYCLOPEDIA'S / EARTH / EMOTIONS

27-8-23

-> TECHNOLOGY & INNOVATIONS

LTE Designing One In All With Atoll

Cell Properties Continue                

UL noise rise (dB): The uplink noise rise in dB. This can be user-defined or an output of Monte Carlo simulations. This is the global value of uplink noise rise including the inter-technology uplink noise rise.

ICIC UL noise rise (dB): The uplink noise rise of the cell resources covering cell-edge users. This noise rise is only used when the ICIC support for the cell includes Static UL. This can be user-defined or an output of Monte Carlo simulations.

Max UL noise rise (dB): The upper limit on both uplink noise rise values, i.e., the UL noise rise and the ICIC UL noise rise. It is used for uplink noise rise control during Monte Carlo simulations. This parameter represents the maximum interference that a cell can tolerate on the uplink.

Angular distributions of interference (AAS): The Monte Carlo simulation results generated for transmitters using a smart antenna. These results are the angular distributions of the downlink traffic power spectral density.

AAS usage (DL) (%): The total downlink traffic load that corresponds to the traffic loads of the users supported by the smart antenna. For example, if the downlink traffic load is 80%, and you set the AAS usage to 50%, it means that 40% downlink traffic load is supported by the smart antenna equipment while the other 40% is supported by the main antenna. AAS usage is calculated during Monte Carlo simulations, and cannot be modified manually because the AAS usage values correspond to the angular distributions of interference.

Additional UL noise rise: This noise rise represents the interference created by mobiles and base stations of an external network on this cell on the uplink. This noise rise will be taken into account in all uplink interference-based calculations involving this cell in Monte Carlo simulations. It is not used in predictions where Atoll calculates the uplink total interference from the uplink noise rise which includes inter-technology uplink interference.

Additional DL noise rise: This noise rise represents the interference created by mobiles of an external network on the mobiles served by this cell on the downlink. This noise rise will be taken into account in all downlink interference-based calculations involving this cell.

Max number of intra-technology neighbours: The maximum number of LTE neighbours that the cell can have.

Max number of inter-technology neighbours: The maximum number of other technology neighbours that the cell can have.

Neighbours: You can access a dialog box in which you can set both intratechnology and inter-technology neighbours by clicking the Browse button. For information on defining neighbours, see Configuring Network Parameters Using the AFP.

The Browse button may not be visible in the Neighbours box if this is a new cell. You can make the Browse button appear by clicking Apply.

-> FORMULAS & AUTOMATIONS -:

Statistical Formulas:

MIN: =MIN(A1:A10)

-> PRICE OF LIFE -:

P –PLANETS

Exploring the Wonders of Our Solar System: A Journey Through the Planets

Introduction: The planets of our solar system have long captured our imagination and curiosity. These celestial bodies, each with its own unique characteristics and mysteries, offer a glimpse into the vastness and complexity of the universe. From the scorching surfaces of inner planets to the majestic rings of gas giants, the planets present a fascinating array of landscapes and conditions.

Mercury: The Innermost World Mercury, located closest to the Sun, is a small, rocky planet with extreme temperature variations. Its surface is marked by vast plains, deep craters, and rugged mountains. Despite its proximity to the Sun, Mercury's lack of atmosphere means that it experiences significant temperature differences between its scorching days and freezing nights.

Venus: The Enigmatic Shrouded Planet Venus is known for its thick atmosphere composed mainly of carbon dioxide, creating a runaway greenhouse effect that results in searing temperatures. Its surface is hidden beneath a dense layer of clouds, and its volcanic features hint at a tumultuous geological past. Venus' unique rotation, which is retrograde compared to most other planets, adds to its intrigue.

Earth: The Blue Marble of Life Our home planet, Earth, is characterized by its abundance of water, diverse ecosystems, and the presence of life. From its lush forests to its vast oceans, Earth's dynamic environment has supported the evolution of countless species. The history of our planet includes the rise and fall of ancient civilizations, shaping the course of human history.

Mars: The Red Planet and Beyond Mars, often called the Red Planet, is marked by its rusty surface and the presence of polar ice caps. It has captured human interest for its potential to harbor evidence of past or present life. Exploration missions have revealed river valleys and evidence of water in its distant past, sparking the question of whether Mars once held the conditions for life.

Jupiter: The Giant Gas Giant Jupiter, the largest planet in our solar system, is a gas giant composed mainly of hydrogen and helium. Its immense size is characterized by its iconic Great Red Spot, a massive storm that has raged for centuries. Jupiter's numerous moons, including Europa, Ganymede, Callisto, and Io, are objects of intense scientific interest due to their potential to harbor subsurface oceans and unique geological features.

Saturn: The Ringed Beauty Saturn's breathtaking rings are perhaps its most recognizable feature. Composed of ice particles and dust, these rings encircle the planet and are a source of wonder and fascination. Saturn's atmosphere boasts colorful bands and swirling storms, while its moon Titan features lakes and rivers of liquid methane and ethane.

Uranus: The Tilted Oddity Uranus stands out for its extreme axial tilt, causing it to appear to roll along its orbital path. It has a bluish hue due to the presence of methane in its atmosphere. Uranus' moons and rings provide insights into its past interactions with other bodies in the solar system.

Neptune: The Deep Blue Giant Neptune, the outermost gas giant, is characterized by its stunning blue color and dynamic atmosphere. Its Great Dark Spot and fast winds make it an intriguing subject of study. Neptune's largest moon, Triton, orbits in a retrograde direction and exhibits cryovolcanism, with geysers spewing nitrogen gas and ice into space.

Conclusion: The planets of our solar system are a diverse collection of worlds, each with its own unique story and features. From the innermost rocky planets to the distant gas giants, these celestial bodies have captured the imagination of scientists, astronomers, and dreamers alike. As our understanding of the universe deepens, the exploration and study of these planets continue to unveil the secrets of our cosmic neighborhood and inspire us to reach for the stars.

Thanks for reading, all are most welcome to share your thoughts as well individually to me to be published by your name in sequence & arrangement from above topics…