AI・テクノロジーの記事一覧

生成AI、デジタル技術、AI動画制作、業務自動化など、これからのクリエイティブとビジネスに関わる技術記事をまとめています。

AI動画制作に活かせる映像技術の未来|4K/8K・VR/AR・生成AIの実用ポイント

The Future of Visual Technology for AI Video Pr...

The future of visual technology lies not simply in technological progress but in a deep integration with human emotion and creativity. Technology will become a means of enriching human storytelling,...

The Future of Visual Technology for AI Video Pr...

The future of visual technology lies not simply in technological progress but in a deep integration with human emotion and creativity. Technology will become a means of enriching human storytelling,...

映像業界の未来|テクノロジーと創造性を企業動画に活かす考え方

The Future of the Video Industry: Applying Tech...

Technological evolution is beginning to function as a tool that liberates creators' creativity rather than threatens them. AI-based automatic editing, motion capture, and real-time rendering extend their imaginations and enable...

The Future of the Video Industry: Applying Tech...

Technological evolution is beginning to function as a tool that liberates creators' creativity rather than threatens them. AI-based automatic editing, motion capture, and real-time rendering extend their imaginations and enable...

世界初の映画館から今日のIMAXまで:映画館の進化

From the World's First Cinema to Today's IMAX: ...

Films were first shown on a screen on December 28, 1895, by France's Lumière brothers. On that historic evening, in a small basement room at the Grand Café in Paris,...

From the World's First Cinema to Today's IMAX: ...

Films were first shown on a screen on December 28, 1895, by France's Lumière brothers. On that historic evening, in a small basement room at the Grand Café in Paris,...

アニメの動きの作り方|モーショントゥイーンを動画制作に活かす

Creating Movement in Animation: Applying Motion...

In the late 1970s, an innovative technology called motion tweening developed in Japanese animation. It made in-betweening between keyframes more efficient and enabled smoother movement. In particular, the animation system...

Creating Movement in Animation: Applying Motion...

In the late 1970s, an innovative technology called motion tweening developed in Japanese animation. It made in-betweening between keyframes more efficient and enabled smoother movement. In particular, the animation system...

日本アニメーション制作技術の進化|AI時代の動画制作に活かす視点

日本アニメーション制作技術の進化|AI時代の動画制作に活かす視点

1960年代、手塗りのセル画による アニメーション制作は日本の誇るべき芸術として確立されました。手作業による緻密な作画と彩色は、「鉄腕アトム」や「宇宙戦艦ヤマト」といった名作を生み出し、世界中で称賛される日本のアニメーション文化の基礎となりました。

日本アニメーション制作技術の進化|AI時代の動画制作に活かす視点

1960年代、手塗りのセル画による アニメーション制作は日本の誇るべき芸術として確立されました。手作業による緻密な作画と彩色は、「鉄腕アトム」や「宇宙戦艦ヤマト」といった名作を生み出し、世界中で称賛される日本のアニメーション文化の基礎となりました。

物理シミュレーション技術とは|CG・AI動画制作に活かす基本

What Is Physics Simulation Technology? Fundamen...

Visual technology for physics simulation has advanced remarkably in recent years. You may have seen water flowing or objects colliding in films and games with realism that seems to match...

What Is Physics Simulation Technology? Fundamen...

Visual technology for physics simulation has advanced remarkably in recent years. You may have seen water flowing or objects colliding in films and games with realism that seems to match...