US 2026/0281384 A1 · SENSING DATA FEEDBACK METHOD AND APPARATUS

Abstract

This application provides a method comprising: A first communication apparatus receives first indication information from a second communication apparatus, where the first indication information indicates an environmental geometric structure in a first sensing region and a scanned region on the environmental geometric structure; compresses, based on the first indication information, a sensing data point corresponding to a sensing geometric structure in the first sensing region, to obtain compressed data, where a compression mode or a compression level of the sensing data point is determined based on at least one of whether the sensing geometric structure matches the environmental geometric structure or whether the sensing data point matches the scanned region on the environmental geometric structure; and sends the compressed data to the second communication apparatus.

Claims30

Dependent claims

A sensing data feedback method, applied to a first communication apparatus, and comprising:

receiving first indication information from a second communication apparatus, wherein the first indication information indicates an environmental geometric structure in a first sensing region and a scanned region on the environmental geometric structure;
obtaining compressed data, wherein the compressed data is generated based on the first indication information by compressing a sensing data point corresponding to a sensing geometric structure in the first sensing region;
wherein a compression mode or a compression level of the sensing data point is determined based on at least one of whether the sensing geometric structure matches the environmental geometric structure or whether the sensing data point matches the scanned region on the environmental geometric structure;
and
sending the compressed data to the second communication apparatus.

2 more elements

A sensing data feedback method, applied to a second communication apparatus, and comprising:

sending first indication information to a first communication apparatus, wherein the first indication information indicates an environmental geometric structure in a first sensing region and a scanned region on the environmental geometric structure;
and
receiving compressed data from the first communication apparatus, wherein a compression mode or a compression level corresponding to the compressed data is determined based on at least one of whether a sensing geometric structure corresponding to the compressed data matches the environmental geometric structure or whether a sensing data point corresponding to the sensing geometric structure matches the scanned region on the environmental geometric structure.

A first communication apparatus, comprising a processor, wherein the processor is configured to execute a computer program or instructions, to enable the first communication apparatus to perform operations comprising:

receiving first indication information from a second communication apparatus, wherein the first indication information indicates an environmental geometric structure in a first sensing region and a scanned region on the environmental geometric structure;
obtaining compressed data, wherein the compressed data is generated based on the first indication information by compressing a sensing data point corresponding to a sensing geometric structure in the first sensing region;
wherein a compression mode or a compression level of the sensing data point is determined based on at least one of whether the sensing geometric structure matches the environmental geometric structure or whether the sensing data point matches the scanned region on the environmental geometric structure;
and
sending the compressed data to the second communication apparatus.

2 more elements

A second communication apparatus, comprising a processor, wherein the processor is configured to execute a computer program or instructions, to enable the second communication apparatus to perform operations comprising:

sending first indication information to a first communication apparatus, wherein the first indication information indicates an environmental geometric structure in a first sensing region and a scanned region on the environmental geometric structure;
and
receiving compressed data from the first communication apparatus, wherein a compression mode or a compression level corresponding to the compressed data is determined based on at least one of whether a sensing geometric structure corresponding to the compressed data matches the environmental geometric structure or whether a sensing data point corresponding to the sensing geometric structure matches the scanned region on the environmental geometric structure.

Dependencies are inferred from the claim text.

Sensing data feedback method and apparatus

Life of this patent

Sensing data feedback method and apparatus

Life of this patent

Abstract

Claims30