An Exploratory Analysis of Pain Localization via Explainable Computational Modeling | Paper Citation Record

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This paper cites Painful truth: The need to re-center chronic pain on the functional role of pain,.

An Exploratory Analysis of Pain Localization via Explainable Computational Modeling Painful truth: The need to re-center chronic pain on the functional role of pain,

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This paper cites Marchand,The pain phenomenon.

An Exploratory Analysis of Pain Localization via Explainable Computational Modeling Marchand,The pain phenomenon

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This paper cites Pain: The silent public health epidemic,.

An Exploratory Analysis of Pain Localization via Explainable Computational Modeling Pain: The silent public health epidemic,

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This paper cites Chronic Pain: An Update on Burden, Best Practices, and New Advances,.

An Exploratory Analysis of Pain Localization via Explainable Computational Modeling Chronic Pain: An Update on Burden, Best Practices, and New Advances,

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This paper cites Prescription opioid abuse in chronic pain: an updated review of opioid abuse predictors and strategies to curb opioid abuse: part 1,.

An Exploratory Analysis of Pain Localization via Explainable Computational Modeling Prescription opioid abuse in chronic pain: an updated review of opioid abuse predictors and strategies to curb opioid abuse: part 1,

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This paper cites The first 24 h: opioid administration in people with spinal cord injury and neurologic recovery,.

An Exploratory Analysis of Pain Localization via Explainable Computational Modeling The first 24 h: opioid administration in people with spinal cord injury and neurologic recovery,

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This paper cites Explainable Graph Attention Network for Stress Recognition (StressGAT) via Differential Action Units,.

An Exploratory Analysis of Pain Localization via Explainable Computational Modeling Explainable Graph Attention Network for Stress Recognition (StressGAT) via Differential Action Units,

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This paper cites Opioid complications and side effects,.

An Exploratory Analysis of Pain Localization via Explainable Computational Modeling Opioid complications and side effects,

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This paper cites Electrodermal activity in pain assessment and its clinical applications,.

An Exploratory Analysis of Pain Localization via Explainable Computational Modeling Electrodermal activity in pain assessment and its clinical applications,

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Observation 26aaae5d-9196-41bf-88bd-f11c6160ec8e · outbound

This paper cites Pain assessment in the patient unable to self-report: Clinical practice recommendations in support of the ASPMN 2019 position statement,.

An Exploratory Analysis of Pain Localization via Explainable Computational Modeling Pain assessment in the patient unable to self-report: Clinical practice recommendations in support of the ASPMN 2019 position statement,

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Observation bf491eca-c18b-4f13-9bad-367775b19c56 · outbound

This paper cites Update on prevalence of pain in patients with cancer 2022: A systematic literature review and meta-analysis,.

An Exploratory Analysis of Pain Localization via Explainable Computational Modeling Update on prevalence of pain in patients with cancer 2022: A systematic literature review and meta-analysis,

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Observation 17cb584d-5c00-4141-b268-2e91f2930842 · outbound

This paper cites Cognition and pain: A review,.

An Exploratory Analysis of Pain Localization via Explainable Computational Modeling Cognition and pain: A review,

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This paper cites Pain in focus: How persistent pain disrupts the attentional bias towards pain- related information,.

An Exploratory Analysis of Pain Localization via Explainable Computational Modeling Pain in focus: How persistent pain disrupts the attentional bias towards pain- related information,

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Observation 37fa9bbe-11a1-4b73-92ff-c375136fd60d · outbound

This paper cites The effect of induced and chronic pain on attention,.

An Exploratory Analysis of Pain Localization via Explainable Computational Modeling The effect of induced and chronic pain on attention,

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Observation 4624c342-67d3-477d-b550-d70f796476f0 · outbound

This paper cites Development and testing of a computerized pain body map in patients with advanced cancer,.

An Exploratory Analysis of Pain Localization via Explainable Computational Modeling Development and testing of a computerized pain body map in patients with advanced cancer,

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Observation 2e4e66c9-d533-4f88-ba2e-25c50ba8fe51 · outbound

This paper cites Discovery of unexpected pain in intubated and sedated patients,.

An Exploratory Analysis of Pain Localization via Explainable Computational Modeling Discovery of unexpected pain in intubated and sedated patients,

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Observation c77e0bf0-88c0-4542-8b3c-2e7efac057b0 · outbound

This paper cites Pain among non-verbal critically ill mechanically ventilated patients: Prevalence, correlates and predictors,.

An Exploratory Analysis of Pain Localization via Explainable Computational Modeling Pain among non-verbal critically ill mechanically ventilated patients: Prevalence, correlates and predictors,

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Observation b1192aa4-ef58-4a1a-993b-71fd1d35562c · outbound

This paper cites “what about automated pain recognition for routine clinical use?.

An Exploratory Analysis of Pain Localization via Explainable Computational Modeling “what about automated pain recognition for routine clinical use?

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Observation b8cdca4c-d99e-4a20-86b3-bc3d08033a13 · outbound

This paper cites A Pain Assessment Framework based on multimodal data and Deep Machine Learning methods.

An Exploratory Analysis of Pain Localization via Explainable Computational Modeling A Pain Assessment Framework based on multimodal data and Deep Machine Learning methods

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Observation 1b0ab48d-5876-431b-b161-0eab12f005ec · outbound

This paper cites ReFace: Reorganizing facial spatiotemporal representations for improved pain assessment,.

An Exploratory Analysis of Pain Localization via Explainable Computational Modeling ReFace: Reorganizing facial spatiotemporal representations for improved pain assessment,

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Observation d41c5066-5f29-4346-a9d6-774d2247f09e · outbound

This paper cites A full transformer-based framework for automatic pain estimation using videos,.

An Exploratory Analysis of Pain Localization via Explainable Computational Modeling A full transformer-based framework for automatic pain estimation using videos,

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This paper cites Multi-task neural networks for pain intensity estimation using electrocardiogram and demographic factors,.

An Exploratory Analysis of Pain Localization via Explainable Computational Modeling Multi-task neural networks for pain intensity estimation using electrocardiogram and demographic factors,

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Observation f25d6d2b-bf63-40c2-8077-a54d11dad7e9 · outbound

This paper cites Exploring deep physiological models for nociceptive pain recognition,.

An Exploratory Analysis of Pain Localization via Explainable Computational Modeling Exploring deep physiological models for nociceptive pain recognition,

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Observation bd250856-e6b8-41b8-af00-49d3579e0956 · outbound

This paper cites Automatic pain recognition from video and biomedical signals,.

An Exploratory Analysis of Pain Localization via Explainable Computational Modeling Automatic pain recognition from video and biomedical signals,

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Observation 2ef2bd0d-ae5c-4d4a-be96-6e94a669fc39 · outbound

This paper cites Ensemble neural networks for multimodal acute pain intensity evaluation using video and physiological signals,.

An Exploratory Analysis of Pain Localization via Explainable Computational Modeling Ensemble neural networks for multimodal acute pain intensity evaluation using video and physiological signals,

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Observation f966a5c1-a654-40a1-bf36-b9ab996cd31e · outbound

This paper cites Multimodal pain assessment based on physiological biosignals: The impact of demographic factors on perception and sensitivity,.

An Exploratory Analysis of Pain Localization via Explainable Computational Modeling Multimodal pain assessment based on physiological biosignals: The impact of demographic factors on perception and sensitivity,

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Observation 6fe96c1b-5fdd-4f57-bbea-6fafdceb2c0c · outbound

This paper cites Multi-representation diagrams for pain recognition: Integrating various electrodermal activity signals into a single image,.

An Exploratory Analysis of Pain Localization via Explainable Computational Modeling Multi-representation diagrams for pain recognition: Integrating various electrodermal activity signals into a single image,

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Observation 257c68a7-732d-47ec-ac75-82d0a231785b · outbound

This paper cites Pain recognition with physiological signals using multi-level context information,.

An Exploratory Analysis of Pain Localization via Explainable Computational Modeling Pain recognition with physiological signals using multi-level context information,

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Observation c182a29f-ca0b-46bf-9c70-2a61374e77b8 · outbound

This paper cites Transformer encoder with multiscale deep learning for pain classification using physiological signals,.

An Exploratory Analysis of Pain Localization via Explainable Computational Modeling Transformer encoder with multiscale deep learning for pain classification using physiological signals,

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This paper cites Automatic pain assessment based on physiological signals: Application of multi-scale networks and cross-attention cross-attention,.

An Exploratory Analysis of Pain Localization via Explainable Computational Modeling Automatic pain assessment based on physiological signals: Application of multi-scale networks and cross-attention cross-attention,

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Observation 9e53363d-4674-4a3d-94e9-87b46d42e8f2 · outbound

This paper cites A two-stage architecture for identifying and locating the source of pain using novel multi-domain binary patterns of eda,.

An Exploratory Analysis of Pain Localization via Explainable Computational Modeling A two-stage architecture for identifying and locating the source of pain using novel multi-domain binary patterns of eda,

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This paper cites Efficient pain recognition via respiration signals: A single cross-attention transformer multi-window fusion pipeline,.

An Exploratory Analysis of Pain Localization via Explainable Computational Modeling Efficient pain recognition via respiration signals: A single cross-attention transformer multi-window fusion pipeline,

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An Exploratory Analysis of Pain Localization via Explainable Computational Modeling Region of interest detection and evaluation in functional near infrared spectroscopy,

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This paper cites Cortical network response to acupuncture and the effect of the hegu point: An fnirs study,.

An Exploratory Analysis of Pain Localization via Explainable Computational Modeling Cortical network response to acupuncture and the effect of the hegu point: An fnirs study,

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An Exploratory Analysis of Pain Localization via Explainable Computational Modeling Pain assessment based on fnirs using bi-lstm rnns,

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An Exploratory Analysis of Pain Localization via Explainable Computational Modeling Multilevel pain assessment with functional near-infrared spectroscopy: Evaluating δhbo2 and δhhb measures for comprehensive analysis,

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This paper cites Empirical comparison of deep learning models for fnirs pain decoding,.

An Exploratory Analysis of Pain Localization via Explainable Computational Modeling Empirical comparison of deep learning models for fnirs pain decoding,

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This paper cites A lightweight transformer for pain recognition from brain activity,.

An Exploratory Analysis of Pain Localization via Explainable Computational Modeling A lightweight transformer for pain recognition from brain activity,

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This paper cites Pain assessment using multi-kernel-fcn-lstm and haemoglobin difference in fnirs,.

An Exploratory Analysis of Pain Localization via Explainable Computational Modeling Pain assessment using multi-kernel-fcn-lstm and haemoglobin difference in fnirs,

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This paper cites Automatic assessment of pain based on deep learning methods: A systematic review,.

An Exploratory Analysis of Pain Localization via Explainable Computational Modeling Automatic assessment of pain based on deep learning methods: A systematic review,

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An Exploratory Analysis of Pain Localization via Explainable Computational Modeling A systematic review of multimodal signal fusion for acute pain assessment systems,

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An Exploratory Analysis of Pain Localization via Explainable Computational Modeling A crossmod-transformer deep learning framework for multi-modal pain detection through eda and ecg fusion,

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This paper cites A Unified Tokenization Framework for Pain Recognition using Heterogeneous 3D Modalities,.

An Exploratory Analysis of Pain Localization via Explainable Computational Modeling A Unified Tokenization Framework for Pain Recognition using Heterogeneous 3D Modalities,

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An Exploratory Analysis of Pain Localization via Explainable Computational Modeling Tiny-biomoe: a lightweight embedding model for biosignal analysis,

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This paper cites Tree-based models for pain detection from biomedical signals,.

An Exploratory Analysis of Pain Localization via Explainable Computational Modeling Tree-based models for pain detection from biomedical signals,

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This paper cites Discrete wavelet transform based pain assessment using multiple physiological signals,.

An Exploratory Analysis of Pain Localization via Explainable Computational Modeling Discrete wavelet transform based pain assessment using multiple physiological signals,

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An Exploratory Analysis of Pain Localization via Explainable Computational Modeling A multi-modal multi-expert framework for pain assessment in postoperative children,

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An Exploratory Analysis of Pain Localization via Explainable Computational Modeling Multimodal signal analysis for pain recognition in physiotherapy using wavelet scattering transform,

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An Exploratory Analysis of Pain Localization via Explainable Computational Modeling Multi-modal fusion based automatic pain assessment,

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This paper cites Mul- timodal automatic assessment of acute pain through facial videos and heart rate signals utilizing transformer-based architectures,.

An Exploratory Analysis of Pain Localization via Explainable Computational Modeling Mul- timodal automatic assessment of acute pain through facial videos and heart rate signals utilizing transformer-based architectures,

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This paper cites Spatio-temporal pain estimation network with measuring pseudo heart rate gain,.

An Exploratory Analysis of Pain Localization via Explainable Computational Modeling Spatio-temporal pain estimation network with measuring pseudo heart rate gain,

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An Exploratory Analysis of Pain Localization via Explainable Computational Modeling “where does it hurt?

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This paper cites The reliability and concurrent validity of PainMAP software for automated quantification of pain drawings on body charts of patients with low back pain,.

An Exploratory Analysis of Pain Localization via Explainable Computational Modeling The reliability and concurrent validity of PainMAP software for automated quantification of pain drawings on body charts of patients with low back pain,

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This paper cites Quantification of Patient-Reported Pain Locations: Development of an Automated Measurement Method,.

An Exploratory Analysis of Pain Localization via Explainable Computational Modeling Quantification of Patient-Reported Pain Locations: Development of an Automated Measurement Method,

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This paper cites The ai4pain grand challenge 2026: A multimodal physiological dataset and benchmark for pain detection and localisation.

An Exploratory Analysis of Pain Localization via Explainable Computational Modeling The ai4pain grand challenge 2026: A multimodal physiological dataset and benchmark for pain detection and localisation

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Observation 91ad6e92-36d5-48a6-bbb7-0b1ede68b9f1 · outbound

This paper cites The ai4pain grand challenge 2025: Advancing pain assessment with multimodal physiological signals,.

An Exploratory Analysis of Pain Localization via Explainable Computational Modeling The ai4pain grand challenge 2025: Advancing pain assessment with multimodal physiological signals,

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This paper cites The ai4pain grand challenge 2024: Advancing pain assessment with multimodal fnirs and facial video analysis,.

An Exploratory Analysis of Pain Localization via Explainable Computational Modeling The ai4pain grand challenge 2024: Advancing pain assessment with multimodal fnirs and facial video analysis,

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This paper cites Multimodal physiological sensing for the assessment of acute pain,.

An Exploratory Analysis of Pain Localization via Explainable Computational Modeling Multimodal physiological sensing for the assessment of acute pain,

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This paper cites Extremely randomized trees,.

An Exploratory Analysis of Pain Localization via Explainable Computational Modeling Extremely randomized trees,

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This paper cites Electrodermal activity: The potential of psychophysiology in pain assessment,.

An Exploratory Analysis of Pain Localization via Explainable Computational Modeling Electrodermal activity: The potential of psychophysiology in pain assessment,

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This paper cites Heart rate variability and pain: A systematic review,.

An Exploratory Analysis of Pain Localization via Explainable Computational Modeling Heart rate variability and pain: A systematic review,

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An Exploratory Analysis of Pain Localization via Explainable Computational Modeling Pain and respiration: A systematic review,

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