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ENTITY Grounded-SAM

Grounded-SAM

PulseAugur coverage of Grounded-SAM — every cluster mentioning Grounded-SAM across labs, papers, and developer communities, ranked by signal.

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TIER MIX · 90D
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RECENT · PAGE 1/1 · 6 TOTAL
  1. TOOL · CL_221294 ·

    New method enhances zero-shot segmentation for UAV tower inspections

    Researchers have developed a new method called Saliency-Depth Conditioning to improve zero-shot segmentation of communication-tower components in cluttered UAV imagery. This approach combines visual saliency with monocu…

  2. TOOL · CL_218352 ·

    OptiSight framework integrates semantic reasoning and geometric control for embodied navigation

    Researchers have introduced OptiSight, a novel framework designed to enhance autonomous indoor navigation by integrating semantic reasoning with geometric control. This system utilizes a vision-language model (VLM) with…

  3. RESEARCH · CL_196249 ·

    New methods enhance 3D scene understanding for autonomous vehicles · 2 sources tracked

    Two new research papers introduce novel methods for semantic occupancy estimation in autonomous driving, aiming to improve 3D scene understanding. The first, Easy3D-Labels, generates 3D pseudo-ground-truth labels using …

  4. TOOL · CL_169884 ·

    New SAM-MI framework boosts open-vocabulary semantic segmentation

    Researchers have developed SAM-MI, a novel framework designed to enhance open-vocabulary semantic segmentation (OVSS) by integrating the Segment Anything Model (SAM). This framework addresses SAM's tendency to over-segm…

  5. RESEARCH · CL_82201 ·

    ZODS-RS pipeline offers zero-training detection and segmentation for remote sensing

    Researchers have developed ZODS-RS, a novel pipeline designed for zero-training object detection and segmentation in remote sensing imagery. This system integrates dense features from DINOv3 with SAM-style proposals to …

  6. TOOL · CL_54577 ·

    Peking University's Imagine2Act enables robots to 'imagine then act' for household tasks

    Researchers from Peking University have developed Imagine2Act, a novel framework enabling robots to perform intricate household tasks with high precision. The system first "imagines" the desired outcome by generating a …