Techniques in Pan-Tilt-Zoom Operations of IP Network Camera for Visual IoT

Yuki Murakami, K. Murata, R. Yamazaki, Kazutaka Kikuta, Yoshihide Kagatani, Toshiki Aoki, Takamichi Mizuhara, Kazunori Yamamoto, T. Kawanabe, T. Nagatsuma, J. Tokairin, M. Niimi, Kazuki Kobayashi, K. Fukazawa
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Abstract

One of the objectives of Visual IoT is to realize safe and secure society via remote video transmission. Low-cost cameras play an important role since we need to distribute many cameras in the society. To achieve wide coverage of monitoring with single IP network camera, remote PTZ (Pan-Tilt-Zoom) function is one of the preferable solutions that is installed in IP network camera at high location such as at the top of mountains. In this paper we propose techniques of PTZ remote control of low-cost IP cameras for Visual IoT systems over mobile networks. At first, one of the regulations of PTZ remote-control, ONVIF (Open Network Video Interface Forum) Profile S, is introduced for remote operations over IP networks. We then design and implement remote ONVIF commands in our Visual IoT system. Finally the system performances are examined in both laboratory environment and outdoor fields. The remote PTZ operations is practically successful while issues are discussed to achieve area monitoring with a high precision using low-cost IP network cameras.
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面向视觉物联网的IP网络摄像机平移-倾斜-缩放操作技术
视觉物联网的目标之一是通过远程视频传输实现安全可靠的社会。低成本摄像机扮演着重要的角色,因为我们需要在社会上分布许多摄像机。为了实现单台IP网络摄像机的大范围监控,远程PTZ (Pan-Tilt-Zoom)功能是安装在高海拔地区如山顶的IP网络摄像机中较好的解决方案之一。本文提出了基于移动网络的低成本IP摄像机的PTZ远程控制技术。首先介绍了PTZ远程控制规范之一ONVIF(开放网络视频接口论坛)配置文件S,用于IP网络上的远程操作。然后,我们在我们的视觉物联网系统中设计和实现远程ONVIF命令。最后对系统在实验室环境和室外环境下的性能进行了测试。同时,讨论了利用低成本IP网络摄像机实现高精度区域监控的问题。
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