Control method and apparatus for new energy camera device, camera device, storage medium, and program product

A new energy camera device, comprising:

• a camera assembly, a battery assembly, and a new energy charging assembly configured to charge the battery assembly:
• a memory;
• and
• a processor,
• wherein an application program executable by the processor is stored in the memory for causing the processor to:
• determine a current electric quantity of the battery assembly and a predicted duration for full charging the battery assembly by the new energy charging assembly;
• determine an operation mode to be adopted from N preset operation modes of the new energy camera device based on the current electric quantity and the predicted duration for full charging the battery assembly, wherein N is a positive integer of at least 2;
• and
• control the new energy camera device to operate in the determined operation mode;
• wherein the N operation modes comprise a first operation mode, a second operation mode, and a third operation mode;
• the first operation mode comprises a first AI algorithm and a first wake-up strategy, the second operation mode comprises a second AI algorithm and the first wake-up strategy, and the third operation mode comprises a third AI algorithm and a second wake-up strategy;
• a complexity of the first AI algorithm is less than a complexity of the second AI algorithm, and the complexity of the second AI algorithm is less than a complexity of the third AI algorithm;
• the first wake-up strategy comprises a multi-stage wake-up strategy, and the second wake-up strategy comprises a continuous operation strategy.

A computer-readable storage medium having stored therein computer-readable instructions which, when executed by a processor of a new energy camera device comprising a camera assembly, a battery assembly, and a new energy charging assembly configured to charge the battery assembly, causing the processor to:

• determine a current electric quantity of the battery assembly and a predicted duration for full charging the battery assembly by the new energy charging assembly;
• determine an operation mode to be adopted from N preset operation modes of the new energy camera device based on the current electric quantity and the predicted duration for full charging the battery assembly, wherein N is a positive integer of at least 2;
• and
• control the new energy camera device to operate in the determined operation mode;
• wherein the N operation modes comprise a first operation mode, a second operation mode, and a third operation mode;
• the first operation mode comprises a first AI algorithm and a first wake-up strategy, the second operation mode comprises a second AI algorithm and the first wake-up strategy, and the third operation mode comprises a third AI algorithm and a second wake-up strategy;
• a complexity of the first AI algorithm is less than a complexity of the second AI algorithm, and the complexity of the second AI algorithm is less than a complexity of the third AI algorithm;
• the first wake-up strategy comprises a multi-stage wake-up strategy, and the second wake-up strategy comprises a continuous operation strategy.