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✝️ JOSEPH RAJ BETHALA 🇮🇳 - Author on ShareChat: Funny, Romantic, Videos, Shayari, Quotes
✝️ JOSEPH RAJ BETHALA 🇮🇳
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#డాక్టర్ బి.ఆర్ అంబేద్కర్ ఫాలోవర్స్ #🆕Current అప్‌డేట్స్📢 #📰జాతీయం/అంతర్జాతీయం #👨‍💻టెక్నాలజీ హ్యాక్స్🔎 #👉నేరాలు - ఘోరాలు🚨
డాక్టర్ బి.ఆర్ అంబేద్కర్ ఫాలోవర్స్ - Interconnecting molecular and Terahertz communication The Thz communication acts as a bridge facilitating the conversion of information between the molecular domain ( INSIDE the body) and the electromagnetic domain outside the body) 66 The internet of bionano things , continuous real time monitoring ICrD or nano 533 TSInగ mnolecuns 0 lormationcs pti uam in nterconnecting Intra body applications Meanuhile THz bridge facilitating the cummunlcatian acts as lolecular and Terahertz convetulon ol molounation betvcen Ihu moleculor doman [soe Ve 0od)) and 1e ommunications for electromannenlc Qomain (outside the bod7) Tns' combinotion enobles roul Iime monlloring uture 66/76 Networks precise diagnustics and delivery sysllems Orug thatt can cammunicaie both Within ine body and /111 77 drrப ol nபr medical dlagoostic systems {ದ ०७ G networs Bre epected tolncorporBte 4s 66/76 networks continue to evolve a critica . wide range ot technologies Including emerging ಹhallenge lies in enabling communication across loT and AlrML driven applications Io create astly diflerent scales ranging rom nanometers Intellloent syslems capable of operating meters In this context molecular communication (MC) which uses molecules to 4 666 nelworks conuinue {9 eVolves chiuical ransmit inlormation provides an Innovalive; challenge lies erablng commur catlor acrಚss* rom vastly different scales ranging olution for communication within biological nanpmeters In Ihs conle t molacular' IO meters nvironments,such as inside the human body ' (MC) Vamch uses molecules Ia communicaion lowever MC alone (s limited by its short-range transmit information provides an innovatire; and slow data transmission rates and requires blolagleal solutlon Tor communicanon wimim conversion to a different medlum to interconnect erivironments suchas inside ue human body However MC alone 15 lmited by is snor range 66/76 Inirastructure This Is Where Terahertz and slow data Iransmlsslon ratesv and requiies THz) communication comes into play Onerating ٥٥ ٨٧٥ ٥٥٥ ٥ olllcrenumedium Io Inloioonntel the frequency range 0f 0.1 to 10 THZ THZ to 6GJG Inirastruature This Is uhere Terahertz ommunication are lacilitated by devices al (THZI communication comes Into Dlay Uperating sensing 10 10 TH2 Tz lar scale Ihal can also be used for Ilu lrmquur y rngo 01 0 communication are raciltated Dy devices at interfacing t0 MC nanonetworks slmilar scale that Can also be used tor sensing Interconnecting molecular and Terahertz communication The Thz communication acts as a bridge facilitating the conversion of information between the molecular domain ( INSIDE the body) and the electromagnetic domain outside the body) 66 The internet of bionano things , continuous real time monitoring ICrD or nano 533 TSInగ mnolecuns 0 lormationcs pti uam in nterconnecting Intra body applications Meanuhile THz bridge facilitating the cummunlcatian acts as lolecular and Terahertz convetulon ol molounation betvcen Ihu moleculor doman [soe Ve 0od)) and 1e ommunications for electromannenlc Qomain (outside the bod7) Tns' combinotion enobles roul Iime monlloring uture 66/76 Networks precise diagnustics and delivery sysllems Orug thatt can cammunicaie both Within ine body and /111 77 drrப ol nபr medical dlagoostic systems {ದ ०७ G networs Bre epected tolncorporBte 4s 66/76 networks continue to evolve a critica . wide range ot technologies Including emerging ಹhallenge lies in enabling communication across loT and AlrML driven applications Io create astly diflerent scales ranging rom nanometers Intellloent syslems capable of operating meters In this context molecular communication (MC) which uses molecules to 4 666 nelworks conuinue {9 eVolves chiuical ransmit inlormation provides an Innovalive; challenge lies erablng commur catlor acrಚss* rom vastly different scales ranging olution for communication within biological nanpmeters In Ihs conle t molacular' IO meters nvironments,such as inside the human body ' (MC) Vamch uses molecules Ia communicaion lowever MC alone (s limited by its short-range transmit information provides an innovatire; and slow data transmission rates and requires blolagleal solutlon Tor communicanon wimim conversion to a different medlum to interconnect erivironments suchas inside ue human body However MC alone 15 lmited by is snor range 66/76 Inirastructure This Is Where Terahertz and slow data Iransmlsslon ratesv and requiies THz) communication comes into play Onerating ٥٥ ٨٧٥ ٥٥٥ ٥ olllcrenumedium Io Inloioonntel the frequency range 0f 0.1 to 10 THZ THZ to 6GJG Inirastruature This Is uhere Terahertz ommunication are lacilitated by devices al (THZI communication comes Into Dlay Uperating sensing 10 10 TH2 Tz lar scale Ihal can also be used for Ilu lrmquur y rngo 01 0 communication are raciltated Dy devices at interfacing t0 MC nanonetworks slmilar scale that Can also be used tor sensing - ShareChat