Interactive 360° remote video applications have seen booming advancements due to the
proliferation of smart display devices that enable a truly immersive experience. Compared to …

Among video application use cases and scenarios, 360‐degree video applications
gradually become significant. The state‐of‐the‐art solution for 360‐degree video streaming …

The widespread availability of smart computing and display devices such as mobile phones,
gaming consoles, laptops, and tethered/untethered head-mounted displays has fueled an …

As the demand for higher data rate is exponentially growing, spectral efficiency improving
methods can be adopted in recent day's wireless communication systems. If the cognitive …

Live virtual reality (VR) streaming (aka, 360‐degree video streaming) has become
increasingly popular because of the rapid growth of head‐mounted displays and 5G …

With the rapid development of virtual reality (VR) technology and the increasing demand for
higher video quality, streaming videos imposes stringent requirements on the network. To …

为了刻画虚拟现实(VR) 全景视频的传输流量需求, 针对时空切片传输模式, 首先, 基于VR
全景视频观看数据集, 对传输流量评估与空间切块方式和时间分段方式之间的关系进行仿真 …

现有基于视口预测的VR 全景视频流式传输方法尚未有效考虑VR 视频的时间维度信息,
并且忽略了客户端在提高视频重建质量上应发挥的作用. 为进一步提高传输系统的综合性能及 …

Streaming high-quality 360-degree video over constrained networks with low latency is very
challenging due to high bandwidth requirement. Tile-based viewport adaptive streaming that …

The emergence of 360-degree panoramic videos presents novel challenges in efficient
streaming, demanding innovative solutions to enhance user experience and overcome …