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NavVis Indoor Dataset

The NavVis Indoor Dataset is a collection of over 50,000 high‑resolution geo‑referenced images, covering more than 50,000 m² of indoor space across twelve different buildings at the Technical University of Munich. The dataset includes external poses for all images, captured between August 2015 and March 2016, encompassing various indoor environments such as different architectural styles and lighting conditions.

Source
github
Created
Nov 2, 2017
Updated
Nov 2, 2017
Signals
149 views
Availability
Linked source ready
Overview

Dataset description and usage context

NavVis Indoor Dataset Overview

Basic Information

  • Name: NavVis Indoor Dataset
  • Description: Contains over 50,000 high‑resolution geo‑referenced images, covering more than 50,000 m² of indoor space across twelve buildings at the Technical University of Munich.
  • Time Span: Recorded from August 2015 to March 2016.
  • Features: Includes a variety of indoor spaces, different building styles, and lighting conditions.

TUM LSI Dataset

  • Description: TUM LSI is a subset of the NavVis Indoor Dataset, containing 1,314 high‑resolution images covering a full floor of an office building at the Technical University of Munich, spanning 5,575 m².
  • Scan ID: 2015-08-16_15.34.11
  • Usage: Walch et al. used only the cam0cam4 cameras, resulting in 1,095 images for evaluation.

Organization

  • Structure: Data is organized by consecutive scans.
  • Storage: Images and corresponding poses are stored in images and poses directories, respectively.
  • Identification: Each scan is identified by its unique timestamp <scan_timestamp>.
  • Image Grouping: Images are grouped in sets of six taken at the same time and location, numbered from cam0 to cam5.

Data Format

  • Images:
    • Format: JPEG
    • Size: 3448 × 4592 pixels
    • DPI: 180 dpi
    • Color Space: sRGB
  • Poses:
    • Format: XML
    • Global Georeference: WGS84
    • Scan Coordinate System: 6‑DoF transform relative to the root node
    • Image Pose: 6‑DoF transform relative to the scan coordinate system

Access

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