editedbook

EFFECTIVE CRITICAL AND MEMBRANE COLLISION WITH THE HELP OF 3- DIMENSIONWITH THE SEVERALINTEROSSEOUS VARIATION

Area/Stream: Artificial Intelligence,
Authors: Dr. Jyothi A P, Pavan .T, Himadri Nath
Keywords: Artificial intelligence (AI); Bonecollision; simulation; foreamdeficit
Book Name /series: Futuristic Trends in Artificial Intelligence, Volume 2, Book 16, Chapter 25
Publication: IIP Proceedings

Year: 2022,
Month: November

Page No: 243-247,
ISSN/ISBN: 978-93-95632-70-6,
DOI/Link: https://www.rsquarel.org/assets/docupload/rsl20236087D23D6BA72F5.pdf


Abstract:

Day to day our life style is changes so our body membrane is effected by several other environment factor and unhealthy life style .We are definitely unclear how our body interosseous membrane effected day by day .The main purpose of this research is to identify What are the factor are heavily responsible to creating the problem in foream deficit .We are using 3d several simulation in kinematic which is actively detect in several deformities which should be in 5 degrees in4 directions .To analysis the external critical bone collision we mustbe effectively analysis some other factor like how our body bone collision occur.This type of bone collision generally increase in several factor example external variation of the whole body IOM which is generally consider in 6 parts which is generally detect 32 external type of foream deformities .This 6 parts also increase supination in IOM with nearly unchanged bone collision .This type ofadvance kinematics analysis gives us for better understanding whichis generally consider in various several types of ligament and bone related research.

Cite this: Dr. Jyothi A P, Pavan .T, Himadri Nath,"EFFECTIVE CRITICAL AND MEMBRANE COLLISION WITH THE HELP OF 3- DIMENSIONWITH THE SEVERALINTEROSSEOUS VARIATION", Futuristic Trends in Artificial Intelligence, Volume 2, Book 16, Chapter 25, November, 2022, 243-247, 978-93-95632-70-6, https://www.rsquarel.org/assets/docupload/rsl20236087D23D6BA72F5.pdf
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