KPUNCH ENT.
KPUNCH
ENT.
K-POP AI
SINGER
YUJIN
K-POP AI
SINGER
YUJIN
PROJECT K
PROJECT K
Table of Contents
Project Overview
Phase 1 : Materializing 3D modeling data of K-pop singer YUJIN
Phase 2 : Mapping K-pop singer YUJIN’s voice to the model
Phase 3 : Debut song (lyrics/composition) production and mapping to YUJIN model
Phase 4 : Create and map motion capture movements
Phase 5 : Music video production
Voice deep learning and AI technology
Table of Contents
Project Overview
Phase 1 : Materializing 3D modeling data of K-pop singer YUJIN
Phase 2 : Mapping K-pop singer YUJIN’s voice to the model
Phase 3 : Debut song (lyrics/composition) production and mapping to YUJIN model
Phase 4 : Create and map motion capture movements
Phase 5 : Music video production
Voice deep learning and AI technology
Table of Contents
Project Overview
Phase 1 : Materializing 3D modeling data of K-pop singer YUJIN
Phase 2 : Mapping K-pop singer YUJIN’s voice to the model
Phase 3 : Debut song (lyrics/composition) production and mapping to YUJIN model
Phase 4 : Create and map motion capture movements
Phase 5 : Music video production
Voice deep learning and AI technology
Project Overview
Project K explains K-pop singer Eugene's process of becoming an AI singer, Specific plans and goals are presented for each step. Through this roadmap, we would like to clearly convey to you the possibilities and vision of Project K.
Project Overview
Project K explains K-pop singer Eugene's process of becoming an AI singer, Specific plans and goals are presented for each step. Through this roadmap, we would like to clearly convey to you the possibilities and vision of Project K.
Project Overview
Project K explains K-pop singer Eugene's process of becoming an AI singer, Specific plans and goals are presented for each step. Through this roadmap, we would like to clearly convey to you the possibilities and vision of Project K.
Phase 1 : Materializing 3D modeling data of K-pop singer YUJIN
Goal : Produce high-quality 3D modeling data
Detail :
Using Unreal Engine 5 : Create a 3D model of YUJIN using the latest 3D graphics technology.
Detailed implementation : Complete a high-quality 3D model by implementing detailed parts such as skin, hair, and eyes.
Facial expressions and posture : Create natural modeling data by reflecting YUJIN’s various facial expressions and postures.
Phase 1 : Materializing 3D modeling data of K-pop singer YUJIN
Goal : Produce high-quality 3D modeling data
Detail :
Using Unreal Engine 5 : Create a 3D model of YUJIN using the latest 3D graphics technology.
Detailed implementation : Complete a high-quality 3D model by implementing detailed parts such as skin, hair, and eyes.
Facial expressions and posture : Create natural modeling data by reflecting YUJIN’s various facial expressions and postures.
Phase 1 : Materializing 3D modeling data of K-pop singer YUJIN
Goal : Produce high-quality 3D modeling data
Detail :
Using Unreal Engine 5 : Create a 3D model of YUJIN using the latest 3D graphics technology.
Detailed implementation : Complete a high-quality 3D model by implementing detailed parts such as skin, hair, and eyes.
Facial expressions and posture : Create natural modeling data by reflecting YUJIN’s various facial expressions and postures.
Phase 2 : Mapping K-pop singer YUJIN’s voice to the model
Goal : Implement natural speech modeling
Detail :
Voice sample collection : Collect various voice samples from YUJIN.
Voice deep learning learning : Using deep learning technology, we create a model that reflects YUJIN's voice characteristics.
Model Mapping : Using Unreal Engine 5, map the voice model to YUJIN's 3D model to achieve natural pronunciation and conversation.
Phase 2 : Mapping K-pop singer YUJIN’s voice to the model
Goal : Implement natural speech modeling
Detail :
Voice sample collection : Collect various voice samples from YUJIN.
Voice deep learning learning : Using deep learning technology, we create a model that reflects YUJIN's voice characteristics.
Model Mapping : Using Unreal Engine 5, map the voice model to YUJIN's 3D model to achieve natural pronunciation and conversation.
Phase 2 : Mapping K-pop singer YUJIN’s voice to the model
Goal : Implement natural speech modeling
Detail :
Voice sample collection : Collect various voice samples from YUJIN.
Voice deep learning learning : Using deep learning technology, we create a model that reflects YUJIN's voice characteristics.
Model Mapping : Using Unreal Engine 5, map the voice model to YUJIN's 3D model to achieve natural pronunciation and conversation.
Phase 3 : Debut song (lyrics/composition) production and mapping to YUJIN model
Goal : Produce YUJIN’s debut song
Detail :
Lyricist / composition team collaboration : We collaborate with a professional team to produce YUJIN's debut song.
Voice model mapping : Map the debut song to YUJIN's voice model to make YUJIN sing.
3D model implementation : Using Unreal Engine 5, we create a scene where YUJIN's 3D model sings.
Phase 3 : Debut song (lyrics/composition) production and mapping to YUJIN model
Goal : Produce YUJIN’s debut song
Detail :
Lyricist / composition team collaboration : We collaborate with a professional team to produce YUJIN's debut song.
Voice model mapping : Map the debut song to YUJIN's voice model to make YUJIN sing.
3D model implementation : Using Unreal Engine 5, we create a scene where YUJIN's 3D model sings.
Phase 3 : Debut song (lyrics/composition) production and mapping to YUJIN model
Goal : Produce YUJIN’s debut song
Detail :
Lyricist / composition team collaboration : We collaborate with a professional team to produce YUJIN's debut song.
Voice model mapping : Map the debut song to YUJIN's voice model to make YUJIN sing.
3D model implementation : Using Unreal Engine 5, we create a scene where YUJIN's 3D model sings.
Phase 4 : Create and map motion capture movements
Goal : Reflect YUJIN's actual movements in the 3D model
Detail :
Use of motion capture technology : YUJIN's various movements are captured through motion capture technology.
Motion data mapping : Map captured motion data to a 3D model using Unreal Engine 5.
Natural expression : Adjust YUJIN’s movements so that they are expressed naturally.
Phase 4 : Create and map motion capture movements
Goal : Reflect YUJIN's actual movements in the 3D model
Detail :
Use of motion capture technology : YUJIN's various movements are captured through motion capture technology.
Motion data mapping : Map captured motion data to a 3D model using Unreal Engine 5.
Natural expression : Adjust YUJIN’s movements so that they are expressed naturally.
Phase 4 : Create and map motion capture movements
Goal : Reflect YUJIN's actual movements in the 3D model
Detail :
Use of motion capture technology : YUJIN's various movements are captured through motion capture technology.
Motion data mapping : Map captured motion data to a 3D model using Unreal Engine 5.
Natural expression : Adjust YUJIN’s movements so that they are expressed naturally.
Phase 5 : Music video production
Goal : Complete YUJIN’s music video
Detail :
Use all data : Create a music video by combining YUJIN's 3D model, voice model, and motion capture data.
High-quality video implementation : We produce high-quality music videos using Unreal Engine 5 and AI technology.
Storyboard and editing : Create a storyboard for the music video and complete the final video through editing.
Phase 5 : Music video production
Goal : Complete YUJIN’s music video
Detail :
Use all data : Create a music video by combining YUJIN's 3D model, voice model, and motion capture data.
High-quality video implementation : We produce high-quality music videos using Unreal Engine 5 and AI technology.
Storyboard and editing : Create a storyboard for the music video and complete the final video through editing.
Phase 5 : Music video production
Goal : Complete YUJIN’s music video
Detail :
Use all data : Create a music video by combining YUJIN's 3D model, voice model, and motion capture data.
High-quality video implementation : We produce high-quality music videos using Unreal Engine 5 and AI technology.
Storyboard and editing : Create a storyboard for the music video and complete the final video through editing.
Voice deep learning and AI technology
Voice deep learning is an important process for natural voice modeling that reflects YUJIN's voice characteristics. Using a deep learning algorithm, YUJIN's voice samples are learned, and based on this, YUJIN's voice is accurately reproduced. Design YUJIN's vocal voice tone.
In addition, AI technology is utilized to maximize YUJIN's performance and interaction. AI-based facial recognition, emotion analysis, and motion prediction technologies are applied to create a more realistic and lively AI singer.
Voice deep learning and AI technology
Voice deep learning is an important process for natural voice modeling that reflects YUJIN's voice characteristics. Using a deep learning algorithm, YUJIN's voice samples are learned, and based on this, YUJIN's voice is accurately reproduced. Design YUJIN's vocal voice tone.
In addition, AI technology is utilized to maximize YUJIN's performance and interaction. AI-based facial recognition, emotion analysis, and motion prediction technologies are applied to create a more realistic and lively AI singer.
Voice deep learning and AI technology
Voice deep learning is an important process for natural voice modeling that reflects YUJIN's voice characteristics. Using a deep learning algorithm, YUJIN's voice samples are learned, and based on this, YUJIN's voice is accurately reproduced. Design YUJIN's vocal voice tone.
In addition, AI technology is utilized to maximize YUJIN's performance and interaction. AI-based facial recognition, emotion analysis, and motion prediction technologies are applied to create a more realistic and lively AI singer.
