Search Results for author: Lale Akarun

Found 9 papers, 1 papers with code

Transfer Learning for Cross-dataset Isolated Sign Language Recognition in Under-Resourced Datasets

1 code implementation21 Mar 2024 Ahmet Alp Kindiroglu, Ozgur Kara, Ogulcan Ozdemir, Lale Akarun

Sign language recognition (SLR) has recently achieved a breakthrough in performance thanks to deep neural networks trained on large annotated sign datasets.

Sign Language Recognition Transfer Learning

Conditional Information Gain Networks

no code implementations25 Jul 2018 Ufuk Can Biçici, Cem Keskin, Lale Akarun

These decision mechanisms are trained using cost functions based on differentiable Information Gain, inspired by the training procedures of decision trees.

General Classification

BosphorusSign: A Turkish Sign Language Recognition Corpus in Health and Finance Domains

no code implementations LREC 2016 Necati Cihan Camg{\"o}z, Ahmet Alp K{\i}nd{\i}ro{\u{g}}lu, Serpil Karab{\"u}kl{\"u}, Meltem Kelepir, Ay{\c{s}}e Sumru {\"O}zsoy, Lale Akarun

However, corpora collected for studying linguistic properties are often not suitable for sign language recognition as the statistical methods used in the field require large amounts of data.

Sign Language Recognition

Neural Sign Language Translation by Learning Tokenization

no code implementations2 Feb 2020 Alptekin Orbay, Lale Akarun

Sign Language Translation has attained considerable success recently, raising hopes for improved communication with the Deaf.

Sign Language Translation Transfer Learning +1

Temporal Accumulative Features for Sign Language Recognition

no code implementations2 Apr 2020 Ahmet Alp Kındıroğlu, Oğulcan Özdemir, Lale Akarun

In this paper, we propose a set of features called temporal accumulative features (TAF) for representing and recognizing isolated sign language gestures.

Sign Language Recognition

Conditional Information Gain Trellis

no code implementations13 Feb 2024 Ufuk Can Bicici, Tuna Han Salih Meral, Lale Akarun

Conditional computing processes an input using only part of the neural network's computational units.

Learning to Execute

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