comparemela.com

Latest Breaking News On - James tsoi - Page 1 : comparemela.com

AI in dentistry: Researchers find that artificial intelligence can create better dental crowns

Researchers from the University of Hong Kong developed an AI algorithm that uses 3D machine learning to design personalized dental crowns with a higher degree of accuracy than traditional methods.

United statesHong kongUniversity of hong kongHong kong generalMelissa rudyTejas patelFatima khanJames tsoiConvolutional generative adversarial networkAmerican dental associationZhao dingDeep convolutional generative adversarial networkNews digitalCosmetic dentistryFox newsRiven oral care

AI Boosts Creation of Precise Personalised Dental Crown Designs

AI Boosts Creation of Precise Personalised Dental Crown Designs
miragenews.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from miragenews.com Daily Mail and Mail on Sunday newspapers.

Hong kongUniversity of hong kongHong kong generalJames tsoiDental tribune

Plaque-ridding splint may be an option when toothbrushing isn t

Customized mouthguards that spray a micromist, removing plaque from teeth and gums, may be an option for patients who can t brush.

James tsoiInternational dental journalUniversity of hong kongInternational dentalTuresky modificationPlaque index

HKU researchers develop AI crown manufacturing method

Researchers have developed a novel manufacturing method using generative artificial intelligence to make dental crowns.

James tsoiUniversity of hong kongHong kongDent mater

HKU Dentistry develops core technologies usin

The team, led by Dr James Tsoi, Associate Professor in Dental Materials Science collaborated with colleagues from HKU Faculty of Engineering’s Department of Computer Science to take a leap forward for the next-generation AI-designed dental prosthesis production workflow. The researchers developed a generative AI algorithm that uses a true three-dimensional (3D) deep learning approach, producing personalised dental crowns with high accuracy that mimic the morphology and match the materials required for the biomechanics of natural teeth. Biomechanical finite element analysis revealed that by using lithium silicate, the AI-designed crown can come very close to achieving the expected lifespan of natural teeth. In contrast, the two existing methods of designing dental crowns result in crowns that are either too large or too thin, and fall short of matching the same lifespan as natural teeth.

University of minnesotaUnited statesHong kongUniversity of hong kongHong kong generalWenping wangAlex siu lun fokEbrahim maghamiJames tsoiZhiming cuiJukka pekka matinlinnaYanning chenProfessor at minnesota dental research centerDrexel universityTechnology fund mainlandResearch fund

vimarsana © 2020. All Rights Reserved.