In-orbit real-time task processing system, method, and device based on multi-satellite collaborative computing

An in-orbit real-time task processing method based on multi-satellite collaborative computing, wherein the in-orbit real-time task processing method is applied to a ground center of an in-orbit real-time task processing system based on multi-satellite collaborative computing, the in-orbit real-time task processing system comprises the ground center and a plurality of satellites, and the in-orbit real-time task processing method comprises:

• responding to instruction text of a user, and determining task location information in the instruction text;
• determining a target satellite from the satellites based on orbital trajectories of the satellites and the task location information;
• and
• sending the instruction text and the task location information to the target satellite, whereby the target satellite collects a remote-sensing image based on the task location information, inputs the remote-sensing image and the instruction text into a pre-configured remote-sensing large model, determines a data processing task corresponding to the instruction text, performs data processing on the remote-sensing image based on the data processing task to obtain result data output by the remote-sensing large model, and sends the result data to the ground center.

An in-orbit real-time task processing method based on multi-satellite collaborative computing, wherein the in-orbit real-time task processing method is applied to a target satellite of an in-orbit real-time task processing system based on multi-satellite collaborative computing, the in-orbit real-time task processing system comprises a ground center and a plurality of satellites, the target satellite is determined by the ground center from the satellites based on task location information in instruction text of a user and orbital trajectories of the satellites, and the in-orbit real-time task processing method comprises:

• receiving the instruction text and the task location information that are sent by the ground center;
• collecting a remote-sensing image based on the task location information;
• inputting the remote-sensing image and the instruction text into a pre-configured remote-sensing large model, determining a data processing task corresponding to the instruction text, and performing data processing on the remote-sensing image based on the data processing task to obtain result data output by the remote-sensing large model;
• and
• sending the result data to the ground center.

An in-orbit real-time task processing device based on multi-satellite collaborative computing, wherein the in-orbit real-time task processing device is applied to a ground center of an in-orbit real-time task processing system based on multi-satellite collaborative computing, the in-orbit real-time task processing system comprises the ground center and a plurality of satellites, and the in-orbit real-time task processing device comprises:

• a task location determining module configured to respond to instruction text of a user, and determine task location information in the instruction text;
• a target satellite determining module configured to determine a target satellite from the satellites based on orbital trajectories of the satellites and the task location information;
• and
• a first transmission module configured to send the instruction text and the task location information to the target satellite, whereby the target satellite collects a remote-sensing image based on the task location information, inputs the remote-sensing image and the instruction text into a pre-configured remote-sensing large model, determines a data processing task corresponding to the instruction text, performs data processing on the remote-sensing image based on the data processing task to obtain result data output by the remote-sensing large model, and sends the result data to the ground center.

An in-orbit real-time task processing device based on multi-satellite collaborative computing, wherein the in-orbit real-time task processing device is applied to a target satellite of an in-orbit real-time task processing system based on multi-satellite collaborative computing, the in-orbit real-time task processing system comprises a ground center and a plurality of satellites, the target satellite is determined by the ground center from the satellites based on task location information in instruction text of a user and orbital trajectories of the satellites, and the in-orbit real-time task processing device comprises:

• a receiving module configured to receive the instruction text and the task location information that are sent by the ground center;
• a collection module configured to collect a remote-sensing image based on the task location information;
• a data processing module configured to input the remote-sensing image and the instruction text into a pre-configured remote-sensing large model, determine a data processing task corresponding to the instruction text, and perform data processing on the remote-sensing image based on the data processing task to obtain result data output by the remote-sensing large model;
• and
• a second transmission module configured to send the result data to the ground center.