This invention discloses a high-speed rail
visualization and interaction
system and method based on pixel streaming on a tablet, belonging to the field of high-speed rail
visualization and intelligent
interaction technology. The
system includes a
cloud rendering center, a tablet
client, a signaling
collaboration server, and a high-speed rail
data platform. The high-speed rail
data platform is configured with a model storage
server, an operation and maintenance
data interface module, and a data
encryption chip; the tablet
client integrates status awareness hardware, touch interaction hardware, a dual-NIC communication module, and an offline caching
chip, and deploys touch command mapping
software; the signaling
collaboration server is configured with an
access control chip and a
data synchronization transmission module, and runs multi-role
collaboration software; the
cloud rendering center integrates Unreal Engine rendering nodes, a pixel streaming plugin, and a layered rendering controller, with the layered rendering controller running a layered rendering
algorithm. The high-speed rail
visualization and interaction
system and method based on pixel streaming provided by this invention improves the continuous working time of the tablet
client and the efficiency of multi-terminal collaboration, adapting to all application scenarios such as high-speed rail maintenance,
design review, and remote
technical support.