RESEARCH FOR INTARACTIVE HOLOGRAPHIC 3D-TV

本文对全息三维电视的实现进行了研究。现在我们将电子全息系统改进为交互式系统，并考虑制作小型而逼真的三维系统。首先考虑了用白色激光和脉冲激光显示全息图。重建图像清晰逼真。然后，我们考虑了全息立体系统。我们利用液晶显示屏构建了三维电视系统，并考虑了计算全息（CGH）的计算时间和三维图像特性，然后考虑了投影式全息三维电视的烟雾三维场景特性。这对于宽观看区域全息3D-TV是有效的。最后，我们考虑了水粒子3D屏幕和全息数据的传输。在网络流式传输的情况下，减少全息数据的数据编码和信息减少是非常重要的。

We research for the realization of the holographic 3D-TV. Now we improve the electro-holographic system to interactive system and consider to make small and realistic 3D-system. At first we considered the display hologram by white light laser and pulse laser. The reconstructed image is very clear and realistic. Then we considered the holographic stereoscopic system. We constructed 3D-TV system using LCD panels and considered the calcurated time of computer generated holography (CGH) and 3D image characteristics.Next we considered the characteristics of smoke 3D-sceen for the projection type holographic 3D TV. This is effective for the wide viewing zone holographic 3D-TV. We consdered the water particle 3D-screen andFinally we considered the transmission of the hologram data. It is very important to reduce the data coding and information reduction of hologram data in the case of network streaming.