PHYSIOLOGICAL MEASUREMENT

简称 PHYSIOL MEAS ·ENGLAND ·出版周期 Monthly ·年均收录 169 篇

2.7

最新影响因子

16.10%

自引率

容易

投稿难度

平均3.0个月

审稿周期

期刊简介

PHYSIOLOGICAL MEASUREMENT是一本专注于生理测量领域的学术期刊，其ISSN号为0967-3334，由英国物理学会出版社（IOP Publishing）出版，出版地为英国，出版周期为月刊。该期刊的影响因子根据最新数据约为2.0左右，属于非开放获取（非OA）期刊，并被SCI收录，在中科院分区中通常位于医学或工程技术领域的3区或4区。该杂志的发文特点集中于生理信号监测、医学仪器开发、生物医学工程及相关技术的应用研究，涵盖心电图、脑电图、影像技术等方向。其研究领域强调跨学科融合，注重技术创新与临床应用的结合。杂志的质量较为稳定，但影响因子相对中等，可能存在投稿竞争激烈或审稿周期较长的风险，适合从事生物医学工程或生理监测研究的学者投稿。

影响因子趋势

近期发表

Single-lead ECG biomarkers for cardiovascular and mortality risk prediction 2026-09-18

Measurement properties and operational feasibility of an automated arterial occlusion pressure assessment system for blood flow restriction exercise 2026-09-18

Class-imbalance-sensitive evaluation of automated decisions in mixed heart-lung auscultation 2026-09-18

Prediction of cerebral palsy in extremely preterm infants with beat-to-beat and lower-resolution heart rate variability metrics 2026-09-18

Stage-specific EEG spectral signatures of primary insomnia: regional and sex-related differences across NREM and REM sleep 2026-09-18

Improving sleep monitoring in athletes: a comparative evaluation of four automated sleep scoring algorithms on 204 polysomnography recordings 2026-09-18

Paediatric respiratory sound classification by integrating local feature extraction and global context modeling 2026-08-05

In-silico credibility assessment of a computational physiological model for non-invasive monitoring of respiratory effort in critically ill patients 2026-09-11

Improving the performance of sample entropy in ultra-short-term time-series using kernel density estimation 2026-09-10

Ultra-short-term HRV analysis in a dynamic scenario using the traditional and functional approach 2026-09-04