activity
20132026
most citedFew-Shot Connectivity-Aware Text Line Segmentation in Historical Documents

4 citations · 6 across the 13 of their papers we have counts for

collaborators
Showing cs.CVShow all

17 papers · 1 filter

cs.CV2026

PERSIST: Persistent-State Discrimination for Shot Boundary Detection

Tingyu Lin, Christian Stippel, Armin Dadras +4

Shot boundary detection (SBD) is widely treated as the localisation of local visual discontinuities, yet many false positives such as hand-held shake, illumination flicker, motion…

cs.CV2026

Semantically Stable Image Composition Analysis via Saliency and Gradient Vector Flow Fusion

Armin Dadras, Robert Sablatnig, Franziska Proksa +1

The reliable computational assessment of photographic composition requires features that are discriminative of spatial layout yet robust to semantic content. This paper proposes a…

cs.CV2025

DGME-T: Directional Grid Motion Encoding for Transformer-Based Historical Camera Movement Classification

Tingyu Lin, Armin Dadras, Florian Kleber +1

Camera movement classification (CMC) models trained on contemporary, high-quality footage often degrade when applied to archival film, where noise, missing frames, and low contrast…

cs.CV2025

ClapperText: A Benchmark for Text Recognition in Low-Resource Archival Documents

Tingyu Lin, Marco Peer, Florian Kleber +1

This paper presents ClapperText, a benchmark dataset for handwritten and printed text recognition in visually degraded and low-resource settings. The dataset is derived from 127 Wo…

cs.CV2025

Camera Movement Classification in Historical Footage: A Comparative Study of Deep Video Models

Tingyu Lin, Armin Dadras, Florian Kleber +1

Camera movement conveys spatial and narrative information essential for understanding video content. While recent camera movement classification (CMC) methods perform well on moder…

cs.CV20254 cited

Few-Shot Connectivity-Aware Text Line Segmentation in Historical Documents

Rafael Sterzinger, Tingyu Lin, Robert Sablatnig

A foundational task for the digital analysis of documents is text line segmentation. However, automating this process with deep learning models is challenging because it requires l…