Four major algorithms used for signal detection. by Xiaoling Zhong (181270)

Four major algorithms used for signal detection. by Ruibo Li (2063167)

“…Relugolix (Orgovyx^®) induced AEs occurred in 26 organ systems. 58 significant disproportionality preferred terms (PTs) satisfying with the four algorithms were retained at the same time. …”

Formulas and criteria for signal detection algorithms in pharmacovigilance. by Yinrui Fang (22169878)

Summary of major algorithms used for signal detection. by Feilong Tan (14886395)

AE positioning projection. by Li Jiaqing (21212614)

Subjects:

Comparison of AE signal time-frequency waveform under different conditions. by Li Jiaqing (21212614)

Subjects:

Signals detection at the SOC level. by Yongfei Yu (3083934)

Signals detection at the PT level. by Yongfei Yu (3083934)

Four major algorithms used to assess potential associations between CDK4/6 inhibitors and AEs. by Siqi Zhang (1397044)

Time-domain and frequency-domain waveform diagrams of AE signals collected from the damaged area. by Li Jiaqing (21212614)

Subjects:

Time-domain and frequency-domain waveform diagrams of AE signals collected from undamaged areas. by Li Jiaqing (21212614)

Subjects:

Comparative performance of LP-GAN, standard GAN, and AE on (a) rainy, (b) foggy, and (c) nighttime scenes. by Kunyi Wang (3994175)

The flow diagram of selecting SGARAs-related AEs from FAERS database. by Junfa Liu (209177)

Time to onset of Lifitegrast-related AEs. by Chu Zhang (626017)

“…A total of 230 ocular AE signals were identified, with 104 of these AEs being detected by different analysis algorithms. …”

Diagram of BILSTM-AEAM algorithm structure. by Hao Cao (2248066)

Basic Information on AE reports for Risperidone. by Gang Hao (134522)

“…</p><p>Methods</p><p>Data on risperidone was collected from FAERS covering the period from the first quarter of 2004 to the third quarter of 2024. Signal detection was performed using the reporting odds ratio, proportional reporting ratio, Bayesian confidence propagation neural network, and multi-item gamma Poisson shrinker algorithms.…”

Evaluation of performance of different models in fatigue crack type identification. by Li Jiaqing (21212614)

Subjects:

Fatigue crack identification accuracy of steel bridge panel. by Li Jiaqing (21212614)

Subjects:

K-SVD dictionary learning process. by Li Jiaqing (21212614)

Subjects:

Evaluation of denoising effect. by Li Jiaqing (21212614)

Subjects: