Rgbcw.Cn

Binciken Xihe, tsarin taimakon gefe wanda ke amfani da hangar nesa 3D na wayar hannu don kiyasin haske mai inganci a kowane bangare cikin sauri a cikin AR, yana inganta kama-da-gaskiya na zane.

Binciken bayanan tauraron dan adam (2012-2021) ya nuna karuwar sauri na Haske na Wucin Gadi da Dare (ALAN) a New Zealand, tare da fadada yankin da aka haskaka da kashi 37.4%. Wannan bita ya nuna tasirin muhalli mai mahimmanci da manyan gibi a cikin bincike.

Binciken bayanan tauraron dan adam (2012-2021) yana nuna karuwar saurin hasken wucin gadi na dare a New Zealand da kuma nazarin tasirinsa da ba a yi nazari sosai ba akan flora da fauna.

Nazarin tsarin sauƙaƙa don simulashin hasken wucin gadi a cikin gida a software CODYRUN, wanda aka tabbatar da shi da gwajin Hukumar Duniya ta Haskakawa (CIE).

Bincike kan mafi kyawun hasken dakin duhu don gwajin kwanan wata ta hanyar haske, gami da ma'aunin bakan haske da gwaje-gwajen asarar sinadari a kan samfuran quartz da feldspar.

Wani sabon tsari na aiki na koyon zurfi mai haɗaka gaba ɗaya da kuma cikakken hanyar sadarwar jijiyoyi (LightDefectNet) don binciken ingancin gani na farfajiyar jagorar haske a cikin yanayin masana'antu cikin sauri da inganci.

Nazarin yiwuwar gano hasken wucin gadi a Proxima b ta amfani da tsarin haske na JWST, tare da bincika nau'ikan bakan LED da matakan haske na zamani kamar na Duniya.

Hanya don ƙididdigar hasken cikin gida mai gyara daga hoton hangen nesa guda, haɗa wakilci na ƙididdiga da mara-ƙididdiga don zane mai kama da gaskiya da gyara mai sauƙi ga mai amfani.

Bincike na PointAR, wani sabon tsari mai inganci, wanda ya dogara da gajimaren maki don kiyasin haske akan na'urorin hannu, yana ba da damar zana AR mai kama da gaske tare da ƙarancin amfani da albarkatu.

Bincike na gwaji kan tattara makamashin filin lantarki na muhalli daga fitilun fluorescent don sarrafa na'urori masu auna IoT, don ba da damar aiki mara baturi.

Binciken gwaji kan tara makamashin filin lantarki na muhalli daga fitilun fluorescent don sarrafa na'urori masu auna IoT, tare da sabon tsarin haɗin ƙarfin lantarki da binciken aiki.

Hanyar koyon zurfi don kiyaye haske na cikin gida mai bambanta a wuri a ainun lokaci daga hoto guda ta amfani da harmonics na siffar zobe, yana ba da damar sake haskaka abubuwa na AR cikin gaskiya.

Cikakken nazari kan takarda da ke ba da shawarar tsarin fitila na gida ta OLED mai sassa, mai mai da hankali kan keɓancewa, bayyana al'ada, da haɗa fasaha.

Takarda bincike da ke gabatar da Mai Kunna Wuta da ba a iya gani (ILS), tsarin da ke daidaita hasken daki bisa ga kasancewar mutum da inda ya kalli, don ceton makamashi yayin da yake kiyaye matakin haske da mai zama yake ji, ta amfani da bayanan RGBD da tsarin radiosity.

Analysis of a novel hybrid lighting design methodology combining lumen and specific connected load methods for maximizing energy savings and cost efficiency in residential and commercial sectors.

A novel technique utilizing the SDBSCAN method to detect indoor lighting fixtures from LiDAR point cloud data, achieving high-precision detection with an F1-score exceeding 0.9 in Building Information Modeling applications.

Analysis of the LED method that utilizes projected headlamp patterns to improve nighttime depth estimation, covering technical details, experimental results, and future applications.

A comprehensive review analyzing the impact of artificial skyglow on astronomical observatories, covering metrics, propagation models, field measurements, policy frameworks, and emerging threats like satellite constellations.

Cikakken bincike kan gurbatar haske a Hong Kong ta amfani da cibiyoyin sa ido, tare da nazarin ma'aunin hashen sararin dare sama da miliyan 4.6 don auna tasirin hasken wucin gadi.

Nazarin kwatancen yadda nau'ikan haske daban-daban (LED vs. bututun fluorescent) ke shafar ayyukan sake haɓakawa kamar rhizogenesis, caulogenesis, da callusogenesis a cikin al'adun in vitro na cactus Rebutia heliosa.

Nazarin da ke nazarin tasirin fitilu masu launi daban-daban na LED da fluorescent akan tsarin sabuntawa (rhizogenesis, caulogenesis, callusogenesis) da tsarin halitta a cikin al'adun cactus Rebutia heliosa in vitro.

Nazari da ke amfani da haɓaka gradient mai tsanani don tsinkaya tsayin raƙuman tada Ce³⁺ phosphor, an tabbatar da shi ta hanyar haɗa sabon phosphor kore mai tada shuɗi don LED na gaba.

Bincike akan Hybrelighter, wata sabuwar hanyar da ta haɗu da yaduwar anisotropic da sake gina yanayi don sauye-sauyen haske na gaskiya akan na'ura a aikace-aikacen Haɗakar Gaskiya.

Binciken tasirin gamma-ray da proton akan kayan gani (gilashi, robobi) da diodes na semiconductor (Si, SiC) don haɓaka tsarin hasken LED masu ƙarfi a cikin wuraren kimiyyar lissafi mai ƙarfi.

Nazarin tsare-tsaren tsaro na Layer na Jiki don tashoshin watsa shirye-shirye na VLC ta amfani da relay masu haɗin gwiwa, beamforming, da siginar da aka takura.

Bincike kan NeedleLight, sabon tsari mai amfani da tsinke-tsinke na tsinke da asarar sufuri na spherical don ingantaccen kimanta hasken hoto guda a cikin hangen nesa na kwamfuta da zane-zane.

Bincike kan inganta ingancin LED mai ƙarfi ta hanyar amfani da na'urorin Peltier don canza zafin da ake ɓata zuwa ƙarin wutar lantarki don haskakawa.