【摘 要】
：
随着4K技术的迅猛发展,超高清带给人类的逼真视觉体验前所未有。依托世界首台4K家庭影院投影机VPLVW1000ES的巨大成功,索尼近日宣布将同样具备4K分辨率的家用机VPL-VW500ES推
论文部分内容阅读
随着4K技术的迅猛发展,超高清带给人类的逼真视觉体验前所未有。依托世界首台4K家庭影院投影机VPLVW1000ES的巨大成功,索尼近日宣布将同样具备4K分辨率的家用机VPL-VW500ES推向中国市场。相较VPL-VW1000ES,VPL-VW500ES机身长度减少约27%,而整体价格下降了50%,为期待畅享4K家庭影院震撼效果,同时预算并不充裕的消费者提供了又一选择。VPL-VW500ES同样具备比全高清(1080p)高4倍的分辨率,色彩管理功能相较VPLVW1000ES有所提升;配备射频3D眼镜,用户观看角度不受限制。
With the rapid development of 4K technology, the ultra-high-definition brings the realistic visual experience of humanity unprecedented. Relying on the tremendous success of VPLVW1000ES, the world’s first 4K home theater projector, Sony recently announced the launch of its VPL-VW500ES, a 4K home-use console, to the Chinese market. Compared to the VPL-VW1000ES, the VPL-VW500ES has a reduced body length of about 27% while the overall price is down by 50%. This is another option for those looking to enjoy the shock of a 4K home theater while not budgeting enough. VPL-VW500ES also has 4 times higher resolution than full HD (1080p), color management features compared to VPLVW1000ES has improved; equipped with RF 3D glasses, the user viewing angle is not limited.
其他文献
如今,微型投影机早已不是新鲜事物,越来越多的人开始对其熟识起来。但近两年,受到LED光源性能瓶颈的影响,虽然已经有品牌通过牺牲微投的便携性,而将亮度提升到1000流明,但仍
由于形状的复杂,基于形状的特征提取有不同的描述模型.小波变换因为能够多尺度地逼近边缘,我们采用小波变换并在此基础上提取图像的七阶矩作为图像的特征,并在图书馆图像检索
High-spin states in 178180Ir have been studied via the 152154Sm(31P, 5nγ) reactions through excitation functions, x-γ and γ-γ-t coincidence measurements. A
Raman scattering measurements were carried out in self-assembled Ge quantum dot superlattices grown by molecular beam epitaxy.The characteristics of the Ge-Ge,S
We have systematically analysed the dynamic moments of inertia of the experimental superdeformed (SD)bands observed in the A = 190, 150 and 60-80 mass regions a
The impact parameter method is used to calculate the inelastic scattering cross sections of protons and antipro-tons, which raise hydrogen atoms from the 2p sta
Thin magnetic Fe layers in thickness of 10-240 nm were deposited onto a wheel surface of CoFeMoSiB amorphous ribbons to check our concept of a new type of heter
We extend the BCS paring model with equally spaced energy levels to a general one-dimensional spin-l/2 Heisenberg model. The two well-known symmetries of the He
We have studied the temperature-dependent and barrier-strength-dependent Andreev reflection tunnelling spectroscopy with point contacts consisting of the newly