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Gwajin nunin watsa 512-CSK OCC ta amfani da firikwensin hoto CMOS da na'urar daidaita jijiya mai yawan lakabi don ma'anar siginar ba tare da kuskure ba.

Hanyar tsari ta amfani da Tubalan Gina Analog don aiwatar da KANs don ƙarancin wutar lantarki, yanki mai inganci kuskuren aiki a cikin Lantarki Mai Sassauƙa, cimma fa'idodin kayan aiki masu mahimmanci.

Bincike kan tsarin matsaya na haɗin gwiwa na Robobi da Wayoyin Hannu bisa Sadarwar Haske da ake iya Gani, wanda ya ƙunshi tsari, ƙirƙira, sakamakon gwaji, da aikace-aikace na gaba.

Bincike kan tsarin gano matsayi na haɗin kai dangane da VLC wanda ke ba da damar raba matsayi cikin sauri da daidaito tsakanin robobi da wayoyin hannu a cikin wuraren cikin gida.

Cikakken bita kan dabarun girma na graphene ba tare da canja wuri ba akan allunan sassau masu rufewa, tare da magance kalubale da aikace-aikace a cikin lantarki masu sauri.

Binciken sabon tsarin OCC ta amfani da na'urori masu gani na tushen taro, yana cimma rikodin BER < 10^-3 a 200m/60kbps da 400m/30kbps a gwaje-gwajen waje.

Nazarin binciken da ya nuna haɓakar tattara hasken photon sau 4.3 daga mai fitar da quantum na GaN ta amfani da ruwan tabarau na ZrO2, yana nuna tasiri ga ilimin haske na quantum.

Cikakken bincike kan tsarin GAN, hanyoyin horarwa, da aikace-aikace a fassarar hotuna, gami da cikakkun bayanai na fasaha, sakamakon gwaji, da alkiblar gaba.

Wannan takarda tana bincika asalin kimiyyar lissafi na raguwar inganci 'tazarar kore' a cikin InGaN/GaN LEDs ta amfani da simintin tsarin kwayoyin halitta, tana danganta shi da raguwar haɗuwar haske saboda saurin yawan Indiyum.

Cikakken bincike kan hanyoyin canja-zaman salon hotuna na tushen koyon na'ura mai zurfi, gami da aiwatar da fasaha, tushen lissafi, sakamakon gwaji, da aikace-aikacen gaba a hangen nesa na kwamfuta.

Bincike kan tasirin sadarwar da ba ta magana ba (fitilun LED da nunin halaye) akan aminci, bayyananniya, da aikin aiki a cikin yanayin haɗin gwiwar mutum da robo.

Binciken tsarin NOMA-VLC ta amfani da Masu Karɓar Bambance-bambancen Karkata (ADRs) don haɓaka ƙimar bayanai da rage tsangwama a cikin sadarwar wayar mara waya ta gani.

Binciken fasaha na sabuwar lambar RLL 5B10B da ke ba da ingantacciyar gyaran kuskure da daidaiton DC don tsarin sadarwar haske mai gani, idan aka kwatanta da ma'auni na IEEE 802.15.7.

A demonstration of an internet access application using Optical Camera Communication (OCC) and Bluetooth control, enabling smartphones to decode optical signals from LEDs and access corresponding websites.

Takardar digiri na biyu da ta bincika tsarin gano matsayi na cikin gida/abubuwan hawa da ya haɗu da Sadarwar Kyamara ta Haske (OCC) don watsa bayanai da photogrammetry don gano matsayi na 3D.

Binciken wata sabuwar hanya don kera cibiyoyin Platinum nanonetworks masu haɗin wutar lantarki a kan kayan polyimide ta hanyar maganin Pt-Ce alloy a cikin yanayi.

Bincike kan lantarki na buga da na sassauƙa don lissafi mai ƙarancin tsada, mai dorewa a matsanancin bakin teku, ya ƙunshi ƙalubale, aikace-aikacen ML, da alkiblar gaba.

Cikakken bincike kan Lantarki na Buga da Na Sassauƙa (PFE) don lissafi a gefe, ya ƙunshi fasaha, kalubale, aikace-aikacen koyon na'ura, da hanyoyin bincike na gaba.

An in-depth analysis of printed and flexible electronics (PFE) for computing at the extreme edge, covering technology, applications, challenges, and future research directions.

Binciken gwaji na tsarin VLC na wayar hannu-zuwa-wayar hannu, mai mai da hankali kan tsari na Lambertian da siffanta tashar sadarwa don hanyoyin haɗin allo-kamara sama da 20 cm.

Nazarin ka'idar kan tasirin piezoresistance a cikin silicene, yana ba da shawarar amfani da shi azaman haɗin kai a cikin na'urorin lantarki masu sassauƙa da ma'aunin piezoresistance na tunani a cikin na'urori masu auna matsi.

A study on distinguishing elastically scattered and Stokes-shifted light in phosphor diffuser plates for white LEDs, enabling extraction of key optical transport parameters.

Nazarin yin amfani da abubuwan cirewar shuka Peganum harmala a matsayin masu canza launi mai dorewa da inganci don haske mai ƙarfi, tare da kwatanta dandamali da nuna haɗin LED.

Binciken sabbin ra'ayoyin CPTED na Zamani na Uku da suka haɗa fasaha a cikin ƙirar filayen jama'a na birane masu hikima, suna ɗauke da haske mai hankali, sa ido, da aikace-aikacen dijital tare da tsarin tsaro.

Bincike kan sabuwar hanyar haɗin kai ta VLC ta amfani da raƙuman ultrasonic marasa ji tare da daidaitaccen FSK da tsarin buga na ƙirar murya don ƙarancin bandwidth da karɓar hanya.

Wani sabon hanyar gano matsayin mota ta amfani da sadarwar fitilun baya da hotunan zane don motocin da ke gudanar da kansu, yana inganta daidaito ba tare da manyan sauye-sauyen ababen more rayuwa ba.

Wata sabuwar dabarar tantance wuri a cikin gida ta amfani da sadarwar haske mai gani, tana amfani da tunani mai yawa don ingantaccen daidaito, tana samun daidaiton RMS na cm 5 tare da masu gano hoto 4.

Wata sabuwar dabarar tantance wuri a cikin gida ta amfani da Sadarwar Haske Mai Gani (VLC) wacce ke amfani da tunani mai yawa don ingantaccen daidaito, tana cimma 5 cm RMS tare da na'urori 4 masu gano hoto.

A comprehensive analysis of VLC technology, covering the fundamentals of optical transmission, indoor channel modeling, system challenges, and future applications in 5G/6G networks.

Nazarin sabon tsarin da ke amfani da kyamarorin taro da sadarwar haske mai gani don gano mutum ɗaya da haɗa bayanai a cikin tsarin ma'aikata masu kama da juna.

Cikakken bincike kan tafarkin fasahar saka jiki, haɗin AI/IoT/AR, ƙira mai dogaro ga mai amfani, ƙalubalen ɗa'a, da makoma mai dorewa.

Bincike kan yadda Zazzabin Launi da Ma'auni na Nunin Launi na LED farin haske ke tasiri iyakar ingantaccen aiki da mafi kyawun bandgap na Hasken Rana na Cikin Gida don aikace-aikacen IoT.