How AI Precisely Tracks the Entire Rocket Launch Process? Unveiling the Full-Process Intelligent Shooting System

Purpose-built for rocket launch scenarios, this system delivers a multi-dimensional, high-precision visual tracking and intelligent analysis framework. Through multi-point distributed deployment and edge intelligent processing, it achieves full-area coverage, precise tracking, and anomaly early warning throughout the entire rocket launch process.

1. Multi-Point Stereoscopic Shooting Deployment

Within a 3 km radius around the rocket launch site, AI tracking and shooting PTZ cameras are deployed in a distributed manner based on multi-perspective observation requirements. Each observation point is simultaneously equipped with a panoramic tracking camera and a close-range high-speed PTZ camera:

• The panoramic camera is responsible for dynamic tracking of the rocket's position across the full area, locking onto the rocket's flight trajectory in real time;

• The close-range camera, mounted on a high-speed PTZ, focuses on key rocket components (such as the transport fairing and exhaust flame area), enabling high-frame-rate, high-definition capture of local details to meet refined observation requirements.

2. Edge Intelligent Analysis Core: IDM MCC900A Edge Processor

Each observation point is deployed with an IDM MCC900A rocket visual analyzer, serving as the edge intelligence core to enable real-time tracking and anomaly identification:

• Ultra-high computing power support: Built-in 18TOPS@INT8 computing power efficiently processes real-time analysis of multi-source HD video streams;

• Customized model training: Model training is completed based on massive image and video data of the same rocket model, significantly improving rocket target recognition accuracy and tracking response speed;

• Subtle anomaly capture: Intelligent algorithms precisely identify subtle anomalous features on the rocket's surface, providing real-time early warning evidence for launch safety.

3. Flexible and Controllable Tracking Mechanism

Multi-level control and dynamic adjustment are supported to adapt to observation requirements throughout the entire launch process:

• Remote command response: Receives control commands issued by the command center, flexibly switching the tracking target of the close-range camera to focus on key observation points at different launch stages;

• Adaptive parameter adjustment: The IDM MCC900A automatically analyzes and outputs PTZ attitude, lens focal length, and aperture parameters based on launch timeline, flight altitude, and ambient light changes, ensuring the captured images remain consistently clear and stable;

• Scenario-based preset configuration: Supports presetting multiple combinations of PTZ attitude, focal length, and aperture, enabling one-click switching to adapt to different environments and observation scenarios, rapidly responding to dynamic changes during the launch process.

4. System Value

Through the collaborative architecture of "multi-point stereoscopic shooting + edge intelligent analysis + flexible dynamic control," the system achieves full-area visual coverage, high-precision real-time tracking, and intelligent anomaly early warning throughout the entire rocket launch process, providing intuitive and precise visual data support for command decision-making, and helping enhance the safety and controllability of rocket launch missions.