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FRANCEP INTERNATIONAL

SAINT-HYACINTHE-Canada

Company Name:
Corporate Name:
FRANCEP INTERNATIONAL
Company Title:  
Company Description:  
Keywords to Search:  
Company Address: 3150 Rue Bouthillier,SAINT-HYACINTHE,QC,Canada 
ZIP Code:
Postal Code:
J2S 
Telephone Number: 4502523747 
Fax Number:  
Website:
 
Email:
 
USA SIC Code(Standard Industrial Classification Code):
50340 
USA SIC Description:
CHAMPIGNONS 
Number of Employees:
 
Sales Amount:
Less than $500,000 
Credit History:
Credit Report:
Very Good 
Contact Person:
 
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Company News:
  • 3D Human Pose Estimation with Spatial and Temporal Transformers
    Inspired by recent developments in vision transformers, we design a spatial-temporal transformer structure to comprehensively model the human joint relations within each frame as well as the temporal correlations across frames, then output an accurate 3D human pose of the center frame
  • 3D Human Pose Estimation with Spatial and Temporal . . .
    摘要: 在这项工作中,我们提出了PoseFormer ,一种纯粹基于transformer 的视频三维人体姿态估计方法,不涉及卷积架构,受到最近vision Transformer的启发,作者设计了一个spatial-tempral transformer结构,对人…
  • 3D Human Pose Estimation with Spatial and Temporal Transformers
    Inspired by recent developments in vision transformers, we design a spatial-temporal trans-former structure to comprehensively model the human joint relations within each frame as well as the temporal corre-lations across frames, then output an accurate 3D human pose of the center frame
  • PoseFormer:首个纯基于 Transformer 的 3D 人体姿态估计 . . .
    本文分享一篇 52CV 粉丝的论文 『3D Human Pose Estimation with Spatial and Temporal Transformers』。 文中提出首个纯粹基于Transformer 的架构,在不涉及卷积的情况下在视频中实现3D人体 姿态估计。
  • 论文阅读-PoseFormer:《3D HumanPose Estimation with . . .
    人体姿态估计(HPE)的目标是从输入数据(如图像和视频)中定位关节并构建身体表示(例如骨骼位置)。 HPE提供了人体的几何和运动信息,并可以应用于广泛的应用中(如人机交互、运动分析、医疗保健等)。 当前的工作通常可以分为两类: 1 直接估计方法: 直接从2D图像或视频帧中推断出3D人体姿态,而无需先估计2D姿态表示。 2 2D到3D的提升方法: 首先估计出2D姿态,然后从这些2D姿态中推断出3D人体姿态。 由于现有2D姿态检测器的出色性能,这类方法通常比直接估计方法表现更好。 但是,将这些2D姿态映射到3D并不简单;由于深度模糊和遮挡,同一个2D姿态可能产生多种潜在的3D姿态。 为了缓解这些问题并保留自然的连贯性,许多最近的工作已将视频中的时间信息整合到其方法中。
  • 3D Human Pose Estimation Transformer based on Spatio-Temporal . . .
    Existing transformer-based 3D human pose estimation methods focus on modeling the spatial correlation between joints in each frame or the pose-to-pose or joint-to-joint temporal correlation in the frame Current transformer-based methods use spatially and temporally linear embedding to label 2D pose sequences as high-dimensional features and process them uniformly since the human skeleton does
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    Recent transformer-based methods for estimating 3D human pose have gained widespread attention, achieving state-of-the-art results Previous methods have primar
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    The resulting spatial features of the sequence are further processed using a proposed temporal Body Aware Transformer that models the global body feature dependencies in the sequence with awareness of the local inter-skeleton feature dependencies of joints




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