Typed states for the displayed outbound observations.
Source: paper_references, paper_reference_links, observed 2026-06-26T11:14:20.892333Z
Paper Citation Record · LEDGER
As of 10 August 2026, this Paper Citation Record lists 47 of 47 outbound references and 0 inbound Pith citation observations for arXiv:2606.22177.
A citation records a reference. It does not transfer a finding from one paper to another.
Typed states for the displayed outbound observations.
Source: paper_references, paper_reference_links, observed 2026-06-26T11:14:20.892333Z
One-hop event checks from named stored sources.
Source: scholarly_work_events, retraction_status_cache, observed 2026-08-10T06:31:04.303077+00:00
Pith citing papers itemized under the disclosed page cap.
Source: paper_references, paper_reference_links
A source-named dated measurement, never combined with another source.
Source: cited_works
47 of 47 outbound references displayed
External citation measurements
No source-named external measurement is stored.
Observation 81029262-23c9-47f1-9746-b212520f78ca · outbound
How Well Do Self-Supervised Speech Models Encode Age and Gender in Children's Speech? A Layer-Wise Analysis Across Multiple Architectures Automatic speaker, age-group and gender identifi- cation from children’s speech,
Reference 1
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How Well Do Self-Supervised Speech Models Encode Age and Gender in Children's Speech? A Layer-Wise Analysis Across Multiple Architectures Automated prediction of children’s age from voice acoustics,
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Observation 7cbf27ae-1363-4aba-87cd-383272be70b6 · outbound
How Well Do Self-Supervised Speech Models Encode Age and Gender in Children's Speech? A Layer-Wise Analysis Across Multiple Architectures Children’s age and gender recognition from raw speech waveform using dnn,
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Observation 4bbb234a-d4d3-494b-851b-1527c0c79371 · outbound
How Well Do Self-Supervised Speech Models Encode Age and Gender in Children's Speech? A Layer-Wise Analysis Across Multiple Architectures Automated speech analysis tools for children’s speech production: A systematic literature review,
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How Well Do Self-Supervised Speech Models Encode Age and Gender in Children's Speech? A Layer-Wise Analysis Across Multiple Architectures Modeling the perception of children’s age from speech acoustics,
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How Well Do Self-Supervised Speech Models Encode Age and Gender in Children's Speech? A Layer-Wise Analysis Across Multiple Architectures Speech production variability in fricatives of children and adults: Results of functional data analysis,
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Observation 475c5d3a-677c-403a-abf8-3fe64d862563 · outbound
How Well Do Self-Supervised Speech Models Encode Age and Gender in Children's Speech? A Layer-Wise Analysis Across Multiple Architectures Analysis of disfluency in children’s speech,
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How Well Do Self-Supervised Speech Models Encode Age and Gender in Children's Speech? A Layer-Wise Analysis Across Multiple Architectures Vowel acoustic space development in children: a synthesis of acoustic and anatomic data.,
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How Well Do Self-Supervised Speech Models Encode Age and Gender in Children's Speech? A Layer-Wise Analysis Across Multiple Architectures Acoustics of children’s speech: Developmental changes of temporal and spectral parameters,
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Observation 56153da2-7a59-480d-b892-a87ebd3dcb69 · outbound
How Well Do Self-Supervised Speech Models Encode Age and Gender in Children's Speech? A Layer-Wise Analysis Across Multiple Architectures On the difficulties of automatic speech recognition for kindergarten- aged children,
Reference 10
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Observation 405dc1ed-f519-44a2-8ef8-ea38eca3f6ef · outbound
How Well Do Self-Supervised Speech Models Encode Age and Gender in Children's Speech? A Layer-Wise Analysis Across Multiple Architectures A survey about databases of children’s speech.,
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Observation 5ad9c506-56b7-493e-98fa-ed572f4c4d12 · outbound
How Well Do Self-Supervised Speech Models Encode Age and Gender in Children's Speech? A Layer-Wise Analysis Across Multiple Architectures Automatic speaker age and gender recognition using acoustic and prosodic level information fusion,
Reference 12
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How Well Do Self-Supervised Speech Models Encode Age and Gender in Children's Speech? A Layer-Wise Analysis Across Multiple Architectures Roleofacousticsandprosodicfeatures for children’s age classification,
Reference 13
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How Well Do Self-Supervised Speech Models Encode Age and Gender in Children's Speech? A Layer-Wise Analysis Across Multiple Architectures Age and gender recognition based on multiple systems-early vs. late fusion.,
Reference 14
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Observation 75e1a3b1-0088-40b6-8cd4-751d31e0fb7b · outbound
How Well Do Self-Supervised Speech Models Encode Age and Gender in Children's Speech? A Layer-Wise Analysis Across Multiple Architectures Combining short-term cepstral and long-term pitch features for automatic recognition of speaker age.,
Reference 15
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Observation c4890bb5-1c87-4d81-8e75-9da8e66ff384 · outbound
How Well Do Self-Supervised Speech Models Encode Age and Gender in Children's Speech? A Layer-Wise Analysis Across Multiple Architectures Age and gender detection in the i-dash project,
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Observation f1f74e5e-9bfe-4546-99d7-1b23d2781073 · outbound
How Well Do Self-Supervised Speech Models Encode Age and Gender in Children's Speech? A Layer-Wise Analysis Across Multiple Architectures Identification of age-group from children’s speech by computers and humans.,
Reference 17
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Observation 80958c0c-0c71-4bb1-afc3-3b0f50998e67 · outbound
How Well Do Self-Supervised Speech Models Encode Age and Gender in Children's Speech? A Layer-Wise Analysis Across Multiple Architectures Emotion, age, and gender classification in children’s speech by humans and machines,
Reference 18
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Observation eaaaf56c-5034-4c3b-8b2e-7eb9417d0050 · outbound
How Well Do Self-Supervised Speech Models Encode Age and Gender in Children's Speech? A Layer-Wise Analysis Across Multiple Architectures Children age and gender classification based on speech using convnets,
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How Well Do Self-Supervised Speech Models Encode Age and Gender in Children's Speech? A Layer-Wise Analysis Across Multiple Architectures Analyzing features for automatic age estimation on cross-sectional data.,
Reference 20
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Observation 468f3279-5a76-4889-8eb4-17f79dff0e4f · outbound
How Well Do Self-Supervised Speech Models Encode Age and Gender in Children's Speech? A Layer-Wise Analysis Across Multiple Architectures Calibration of probabilistic age recognition,
Reference 21
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Observation 0b16b553-3208-44f5-ae4d-b8cfccb97032 · outbound
How Well Do Self-Supervised Speech Models Encode Age and Gender in Children's Speech? A Layer-Wise Analysis Across Multiple Architectures Speaker age estimation using age-dependent insensitive loss,
Reference 22
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How Well Do Self-Supervised Speech Models Encode Age and Gender in Children's Speech? A Layer-Wise Analysis Across Multiple Architectures Speaker recognition for children’s speech,
Reference 23
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Observation a0aef69c-55ce-4a2d-9f6f-d8ef42f2bfab · outbound
How Well Do Self-Supervised Speech Models Encode Age and Gender in Children's Speech? A Layer-Wise Analysis Across Multiple Architectures Gender and age estimation methods based on speech using deep neural networks,
Reference 24
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How Well Do Self-Supervised Speech Models Encode Age and Gender in Children's Speech? A Layer-Wise Analysis Across Multiple Architectures Age group classification and gender recognition from speech with temporal convolutional neural networks,
Reference 25
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Observation cac95780-e341-47ed-b0a4-fa50628e77af · outbound
How Well Do Self-Supervised Speech Models Encode Age and Gender in Children's Speech? A Layer-Wise Analysis Across Multiple Architectures Automatic speaker and age identification of children from raw speech using sincnet over erb scale,
Reference 26
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Observation c6492aff-64ce-461c-8f9b-db5f445962c7 · outbound
How Well Do Self-Supervised Speech Models Encode Age and Gender in Children's Speech? A Layer-Wise Analysis Across Multiple Architectures wav2vec2.0: Aframeworkfor self-supervised learning of speech representations,
Reference 27
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Observation ffd080b6-f120-4efc-b858-0b305d4e595b · outbound
How Well Do Self-Supervised Speech Models Encode Age and Gender in Children's Speech? A Layer-Wise Analysis Across Multiple Architectures Hubert: Self-supervised speech representation learning by masked prediction of hidden units,
Reference 28
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Observation 2bf5c73e-7538-412d-8152-d62390c1d778 · outbound
How Well Do Self-Supervised Speech Models Encode Age and Gender in Children's Speech? A Layer-Wise Analysis Across Multiple Architectures Data2vec: A general framework for self-supervised learning in speech, vision and language,
Reference 29
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Observation e4307cf0-02b8-4b9c-b75c-e78916dbbd05 · outbound
How Well Do Self-Supervised Speech Models Encode Age and Gender in Children's Speech? A Layer-Wise Analysis Across Multiple Architectures Wavlm: Large-scale self-supervised pre-training for full stack speech processing,
Reference 30
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Observation 1f25fb35-91ca-4465-b66b-7067feb29066 · outbound
How Well Do Self-Supervised Speech Models Encode Age and Gender in Children's Speech? A Layer-Wise Analysis Across Multiple Architectures Emotion Recognition from Speech Using Wav2vec 2.0 Embeddings
Reference 31
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Observation 9794c1a9-7d9e-4864-a6ba-efa0441520a4 · outbound
How Well Do Self-Supervised Speech Models Encode Age and Gender in Children's Speech? A Layer-Wise Analysis Across Multiple Architectures Effect of speech modification on wav2vec2 models for children speech recognition,
Reference 32
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Observation 76041f47-2a5d-4b28-bd93-656e129ce1ce · outbound
How Well Do Self-Supervised Speech Models Encode Age and Gender in Children's Speech? A Layer-Wise Analysis Across Multiple Architectures Wav2vec2- based paralinguistic systems to recognise vocalised emotions and stuttering,
Reference 33
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Observation ada7bd73-82e4-4290-b313-4e3c0a70e7b0 · outbound
How Well Do Self-Supervised Speech Models Encode Age and Gender in Children's Speech? A Layer-Wise Analysis Across Multiple Architectures Two-stage finetuning of wav2vec 2.0 for speech emotion recognition with asr and gender pretraining,
Reference 34
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How Well Do Self-Supervised Speech Models Encode Age and Gender in Children's Speech? A Layer-Wise Analysis Across Multiple Architectures A noise-robust self-supervised pre-training model based speech representation learning for automatic speech recogni- tion,
Reference 35
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Observation 15d94de9-faf3-49b1-825c-747ea30845ab · outbound
How Well Do Self-Supervised Speech Models Encode Age and Gender in Children's Speech? A Layer-Wise Analysis Across Multiple Architectures Exploring wav2vec 2.0 on speaker verification and language identification,
Reference 36
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Observation 679f2183-113a-4c9f-a30a-de2e31d63f7a · outbound
How Well Do Self-Supervised Speech Models Encode Age and Gender in Children's Speech? A Layer-Wise Analysis Across Multiple Architectures Speech emotion recognition using self-supervised features,
Reference 37
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Observation 12966f4e-00df-4f13-b337-a86598d6eab7 · outbound
How Well Do Self-Supervised Speech Models Encode Age and Gender in Children's Speech? A Layer-Wise Analysis Across Multiple Architectures Harnessing the power of wav2vec2 and cnns for robust speaker identification on the voxceleb and librispeech datasets,
Reference 38
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Observation 45353b00-c9e3-470f-8c96-4a4c92e48b9e · outbound
How Well Do Self-Supervised Speech Models Encode Age and Gender in Children's Speech? A Layer-Wise Analysis Across Multiple Architectures On the robustness of wav2vec 2.0 based speaker recognition systems,
Reference 39
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How Well Do Self-Supervised Speech Models Encode Age and Gender in Children's Speech? A Layer-Wise Analysis Across Multiple Architectures Uti- lizing wav2vec in database-independent voice disorder detection,
Reference 40
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Observation 029735e2-2d71-406b-a384-e83afa05e26f · outbound
How Well Do Self-Supervised Speech Models Encode Age and Gender in Children's Speech? A Layer-Wise Analysis Across Multiple Architectures Pre-trained models for detection and severity level classification of dysarthria from speech,
Reference 41
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Observation 9c789694-dcf1-49e3-8db3-b943dabada2b · outbound
How Well Do Self-Supervised Speech Models Encode Age and Gender in Children's Speech? A Layer-Wise Analysis Across Multiple Architectures Exploring the impact of fine-tuning the wav2vec2 model in database-independent detection of dysarthric speech,
Reference 42
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How Well Do Self-Supervised Speech Models Encode Age and Gender in Children's Speech? A Layer-Wise Analysis Across Multiple Architectures Svldl: Improved speaker age estimation using selective variance label distribution learning,
Reference 43
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Observation e2b9d72b-f628-4b0c-b728-c15981c13c08 · outbound
How Well Do Self-Supervised Speech Models Encode Age and Gender in Children's Speech? A Layer-Wise Analysis Across Multiple Architectures What are differ- ences? comparing dnn and human by their performance and characteristics in speaker age estimation,
Reference 44
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Observation a70100e7-e047-4d6e-a3f6-8890a8618fa0 · outbound
How Well Do Self-Supervised Speech Models Encode Age and Gender in Children's Speech? A Layer-Wise Analysis Across Multiple Architectures Layer-wise analysis of self-supervised representations for age and gender clas- sification in children’s speech,
Reference 45
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Observation 2535d91d-59fe-4b07-85e9-5dec412189ae · outbound
How Well Do Self-Supervised Speech Models Encode Age and Gender in Children's Speech? A Layer-Wise Analysis Across Multiple Architectures The pf-star british english childrens speech corpus,
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Observation dfd2f443-cdfa-434c-8df1-cc66736b51b2 · outbound
How Well Do Self-Supervised Speech Models Encode Age and Gender in Children's Speech? A Layer-Wise Analysis Across Multiple Architectures The cmu kids corpus,
Reference 47
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No inbound Pith citation observations are available.