Information release plan description:
With the development of science and technology, students' lives are surrounded by various technologies, and the impact from the Internet is particularly great. Students are accustomed to a variety of beautiful technology and visual effects on the Internet, and they also hope that the school will give them the same feeling, and will not make reality and virtual disconnect. The integrated information distribution system integrates network video, TV reception, media playback, subtitle news, and graphic information to provide an information publishing solution based on "visual display". All media data that needs to be published, including videos, photos, texts, and other related content, are arranged on the server side in the desired chronological order, and are made into a playlist to be pushed to each receiving terminal, which is separated by the receiving end. The information is synthesized according to the broadcast publication specified on the server side, and the final display content is synthesized and displayed on the screen.
(1) Multiple media playback methods
The published content can be as follows
TV reception, network video/audio streaming, media files, digital photos, and smooth subtitle rendering.
These various media types can be displayed separately, or they can be organically combined to display and display in a more flexible and flexible manner.
(2) Flexible visual representation
Multiple receivers can be placed, and different media types, content and layouts can be displayed by different terminals to realize their personalized settings.
(3) Take a photo on the screen
For some models of SLR cameras, after installing a special wireless controller, digital photos can be sent to the information release screen via wireless network within a few seconds, providing instant coverage and presentation for leadership visits and large events.
Not only that, but in addition to these relatively professional cameras, the system also provides such "photo on screen" support for pictures taken with mobile wireless devices.
(4) Mobile dynamic information insertion
When a meeting or event is held, videos, photos or texts taken by cameras or mobile phones can be posted to the system through the push server at the first time, which better assists the progress of the meeting or event and adds high-tech components.
(5) Mobile upload
Through the smartphone, the video or photo taken by the teacher or the student, the text message of the ordinary mobile phone can be sent to the system, and after being reviewed, it is posted on the screen, thereby increasing the interaction between the students and enhancing the sense of belonging of the students to the school.
(6) Interactive information inquiry
For the content being broadcast on the screen, whether it is video, photo or text, you can pause their broadcast by touching the screen when you need it, and you can search for it back and forth at will. Or fast forward to the desired content point. The interactive method makes it easy for students to quickly view information, and at the same time increases the interest of watching and better conveys the content displayed on the screen to the students.
(7) Receiver power control
The power of each receiving end can be individually controlled on the server side. When the power is off, the power receiving end and the power supply of the connected display will be physically disconnected from the 220V mains. Fundamentally guarantee the safety of the system and reduce energy consumption. Easily control the power of each screen during class, with no student traffic and low density.
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