Home/Retail/T-shirt Occlusion Image Dataset

T-shirt Occlusion Image Dataset

V1.0
Latest Update:
2025-10-15
Samples:
5000 records
File Size:
1.2G
Format:
JPG/PNG/JSON
Data Domain:
Image
Holder:
MOBIUSI INCMOBIUSI INC
Industry Scope:
image recognition | product detection | computer vision
Applications:
object detection | image classification

Brief Introduction

The T-shirt Occlusion Image Dataset addresses the challenges faced in the retail e-commerce industry, particularly in recognizing clothing items that are partially obstructed or affected by varying lighting conditions. Existing solutions often struggle with accurately identifying products in complex images where occlusion is a factor, leading to inefficiencies in automated product recognition systems. This dataset aims to provide a robust collection of images to train models that can effectively handle occlusions and improve product visibility in online shopping environments. Data collection was carried out using a high-resolution camera in diverse lighting scenarios with multiple subjects wearing various T-shirts. Quality control measures included multiple rounds of annotation, consistency checks among annotators, and expert reviews to ensure high accuracy. The images are stored in JPG format, organized by categories of occlusion and lighting conditions.

Sample Examples

ImageFile NameResolutionImage BrightnessImage ContrastImage SharpnessDegree Of OcclusionShadow PresenceWrinkle PresenceT-Shirt ColorBackground Clutter DegreeLighting ConditionsViewpointImage Saturation
7ecbcaa57d5790ab0872b215aa75de06.jpg2080*961SuitableAverageClearPartial occlusionNo significant shadowNo visible wrinklesWhiteModerateIndoor lightSideNormal
b66824a0e95ee0dc2f5169bc6da3362b.jpg1224*1632SuitableHigherClearLowSlight shadowsNo visible wrinklesBlackLowNatural lightOverhead viewSuitable
653c7ab81f65b07fbacdc0df1f03e6b0.jpg2080*961HigherModerateSuitableSlight occlusionPresentNoticeable wrinklesWhiteModerately clutteredIndoor lightSideSuitable
8bfb75697040dcda7a1f94b826aa6b45.jpg1224*1632ModerateHighHighLowPresentNoneBlackLowIndoor lightSideModerate
7836ab874a8e2f13166c4d6656ed49d1.jpg1224*1632Medium brightnessLow contrastClearPartial occlusionShadows presentNo visible wrinklesGrayClutteredIndoor lightOverhead viewLow saturation
8bcf3850d2d9b1472355d8443c36fe2e.jpg1632*1224Moderately bright overallGood contrastGood sharpnessNo significant occlusionNo significant shadowsSome noticeable wrinklesDark blueSimpler backgroundIndoor lightFront viewNormal color saturation
48b73fc8e8c9d5accdc5e4d0875a5760.jpg1224*1632ModerateModerateSharperLowShadows presentSlight wrinklesDark blueLowIndoor lightFrontLower
39224463c055238f8e4f476d0ca10708.jpg1186*1685ModerateModerateModerateLessPresentNo visible wrinklesDark blueModerateIndoor lightBackSuitable
aa094efc988b6106dd88064f49b75e7a.jpg1224*1632DarkerModerateClearLowNo visible shadowSome wrinklesBlackModerateIndoor lightTop viewLow saturation
d94e6c228f15828b1303a52528ada067.jpg976*1200ModerateSuitableClearNo occlusionLight shadow presentNo visible wrinklesGrayLowIndoor lightFrontModerate

Data Structure

FieldTypeDescription
file_namestringFile name
qualitystringResolution
image_brightnessfloatUsed to assess the overall brightness level of an image.
image_contrastfloatUsed to evaluate the contrast level of an image.
image_sharpnessfloatUsed to assess the clarity of an image.
occlusion_levelfloatDescribes the proportion of the T-shirt that is obscured in the image.
shadow_presencebooleanDetermines whether shadows are present in the image.
wrinkle_presencebooleanChecks if there are noticeable wrinkles on the T-shirt.
tshirt_colorstringIndicates the main color of the T-shirt visible in the image.
background_clutter_levelfloatMeasures the level of clutter in the image's background.
lighting_conditionstringRefers to the lighting conditions during image capture (e.g., natural light, indoor light, etc.).
angle_of_viewstringRefers to the viewpoint from which the T-shirt image is captured (e.g., front, side, etc.).
image_saturationfloatUsed to evaluate the saturation of colors in an image.

Compliance Statement

ItemContent
Authorization TypeCC-BY-NC-SA 4.0 (Attribution–NonCommercial–ShareAlike)
Commercial UseRequires exclusive subscription or authorization contract (monthly or per-invocation charging)
Privacy and AnonymizationNo PII, no real company names, simulated scenarios follow industry standards
Compliance SystemCompliant with China’s Data Security Law / EU GDPR / supports enterprise data access logs

Can't find the data you need?

Post a request and let data providers reach out to you.