Fatemeh Mohseni, Aeen Mohammadi, Nasim Khajavirad, Kamal Basiri, Mahboobeh Khabaz Mafinejad
Teaching Conflict Management Skills to Medical Students: A Scoping Review
Medical journal of the Islamic Republic of Iran
context burgeoning progression wireless network technology corresponding escalation demand mobile internetbased multimedia transmission services task preserving augmenting user satisfaction emerged imperative concern necessitates sophisticated accurate evaluation multimedia service quality within sphere wireless networks systematically address nuanced issue user experience quality present study introduces novel method evaluating multimedia quality experience qoe wireless networks employing advanced deep learning model underlying analytical framework initially research undertakes task modeling video session process giving due consideration status temporal interval within sessions architecture subsequently challenge qoe prediction dissected investigated lens recurrent neural networks rnns culminating proposition allencompassing qoe prediction model harmoniously integrates video information quality service qos data user behavior analytics facial expression analysis empirical segment research serves validate efficacy suggested video qoe evaluation method engaging quantitative qualitative comparison metrics contemporaneous stateoftheart qoe models employing rtvcqoe dataset empirical foundation experimental findings illuminate qoe model elucidated study transcends competing models performance metrics plcc srcc krcc consequently investigation stands seminal contribution academic literature furnishing exacting dependable qoe evaluation methodology contribution augments user experience landscape multimedia services within wireless networks instigates scholarly exploration technological innovation mobile internet domain