センサリーマップ2.0: センサリー処理障害を支援する新しいアプローチと視覚化
Nadia Merve Celestin1, Mahya Beheshti2, Junchi Feng3
1College of Medicine, Downstate Health Sciences University, New York, NY, USA; Department of Physical Medicine and Rehabilitation, New York University Langone Health, New York, NY, USA.
Disability and health journal
|February 17, 2026
まとめ
感覚マッピングのための新しい定量プロトコルは,感覚処理障害 (SPD) の個人が複雑な環境をナビゲートするのを助けます. この方法は,音,光,混雑を正確に測定し,より正確で信頼性の高い感覚マップを作成します.
科学分野:
- 環境心理学 環境心理学
- 人間とコンピュータの相互作用です.
- アクセシビリティ・デザイン
背景:
- 感覚処理障害 (SPD) の個人は,騒音や照明などの環境刺激に対する過敏性のために,道を見つけるのに大きな困難を経験します.
- 現在の感覚マップは有用ですが,作成のための標準化されたプロトコルがなく,定性的な方法に大きく依存し,その精度と再現性を制限しています.
研究 の 目的:
- 感覚マップを作成するための標準化された定量プロトコルの確立.
- 医療環境における音声,明るさ,混雑密度を評価して,地図の精度を高める.
- 感覚マップ作成の将来の自動化のための基礎を築くために.
主な方法:
- 大規模な都市 ambulatory care センターからセンサリーデータ (音声,明るさ,混雑密度) を収集した.
- 定性的な空間監査を行い,その後,指定されたノードで定量的な測定を行いました.
- パイソンを活用して,強度分布を視覚化するためのヴォロノイ図を開発し,データ検証のための統計的方法を適用しました.
主要な成果:
- 高刺激領域 (ロビー,エレベーター) の質的発見は,定量的測定と密接に一致しました.
- 明るさは,自然に照らされた中心部で最高であり,騒音レベルは,HVACシステムや入口の近くでピークに達しました.
- 定量的なアプローチは,質的方法と比較して,環境刺激のより詳細で信頼できる表現を提供しました.
結論:
- 開発された定量プロトコルは,感覚マッピングのための堅牢な枠組みを提供し,複雑な環境でSPDを有する個人にアクセシビリティを強化します.
- この標準化されたアプローチは,現在の方法の限界に対処し,再現性を向上させ,自動化の可能性を提供します.
- この発見は,公共施設や医療施設のインクルーシブデザインの進歩を支援し,脆弱な集団のナビゲーションを改善します.
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