BYD

Last updated February 1, 2026

720

Innovation Areas

34,443

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189

Collaborations

Synthetic pulse sequence modulation: BYDRecent Research Landscape

Standard imaging protocols suffer from signal-to-noise limitations and artifacts that delay diagnosis. These innovations engineer the underlying pulse timing and instance profiles to maximize contrast resolution and diagnostic throughput.

What technical problems is BYD addressing in Synthetic pulse sequence modulation?

Low dynamic range artifacts

(51)evidences

Variations in hardware and acquisition parameters lead to non-standardized image quality. Standardizing contrast across diverse devices ensures reliable diagnostic interpretation.

Optical center misalignment

(37)evidences

Incomplete situational awareness around vehicle perimeters. Eliminating visual gaps improves safety and navigation accuracy.

Inaccurate spatial environment perception

(30)evidences

Raw point cloud data often contains noise or insufficient resolution to reliably distinguish obstacles from the background. Improving detection accuracy reduces collision risks and enables safer autonomous navigation in complex environments.

Inaccurate automated visual categorization

(26)evidences

Standard recognition systems fail to reliably categorize dynamic sequences and state transitions in complex environments. Improving temporal accuracy ensures safety in automated decision-making systems.

Radar signal interference overlap

(14)evidences

Unreliable detection of object motion and position relative to dynamic platforms. Precise state estimation ensures safety and operational reliability in autonomous vehicular environments.