Combination performance of each single caller and combination strategy in detecting DELs and INSs using the ‘neighboring SV method’ and ‘directly merge method’. by De-Min Duan (20685513)

Distribution of original measurements (blue line) and imputed measurements (red line) for missing values using multiple imputation with chain equation (MICE). by Jia Wei (120974)

Comparative Analysis of Mitosis Detection Method. by Afnan M. Alhassan (18349378)

“…The proposed approach is rigorously evaluated on multiple publicly available mitosis detection datasets, including Mitosis WSI CCMCT Training Set, Mitosis-AIC, Mitosis Detection, and Mitosis and Non-Mitosis datasets. …”

Illustration of the wAL GHAC algorithm on a small network. by Petr Prokop (19959315)

Evaluation of different internal criteria effect on the structural quality of detected network cover in wAL GHAC method. by Petr Prokop (19959315)

Results of Canny edge detector. by Lei Liang (326409)

State anxiety and CoM velocity responses to forward and backward perturbations. by Shreya Jain (4498231)

Example of the calculation of CoM velocity responses to perturbations. by Shreya Jain (4498231)

Scatterplots of forward-backward perturbation equivalence points. by Shreya Jain (4498231)

Example of the staircase procedure for a forward perturbation (Fwd) magnitude of 0.4m/s. by Shreya Jain (4498231)

Sensitivity and Specificity Analysis. by Afnan M. Alhassan (18349378)

“…The proposed approach is rigorously evaluated on multiple publicly available mitosis detection datasets, including Mitosis WSI CCMCT Training Set, Mitosis-AIC, Mitosis Detection, and Mitosis and Non-Mitosis datasets. …”

CSI, Balanced accuracy, and FMI Analysis. by Afnan M. Alhassan (18349378)

“…The proposed approach is rigorously evaluated on multiple publicly available mitosis detection datasets, including Mitosis WSI CCMCT Training Set, Mitosis-AIC, Mitosis Detection, and Mitosis and Non-Mitosis datasets. …”

Architecture of CDL Network. by Afnan M. Alhassan (18349378)

“…The proposed approach is rigorously evaluated on multiple publicly available mitosis detection datasets, including Mitosis WSI CCMCT Training Set, Mitosis-AIC, Mitosis Detection, and Mitosis and Non-Mitosis datasets. …”

Hyper-parameter tuning of the proposed model. by Afnan M. Alhassan (18349378)

“…The proposed approach is rigorously evaluated on multiple publicly available mitosis detection datasets, including Mitosis WSI CCMCT Training Set, Mitosis-AIC, Mitosis Detection, and Mitosis and Non-Mitosis datasets. …”

Accuracy and F-Measure Analysis. by Afnan M. Alhassan (18349378)

“…The proposed approach is rigorously evaluated on multiple publicly available mitosis detection datasets, including Mitosis WSI CCMCT Training Set, Mitosis-AIC, Mitosis Detection, and Mitosis and Non-Mitosis datasets. …”

FPR and FNR analysis. by Afnan M. Alhassan (18349378)

“…The proposed approach is rigorously evaluated on multiple publicly available mitosis detection datasets, including Mitosis WSI CCMCT Training Set, Mitosis-AIC, Mitosis Detection, and Mitosis and Non-Mitosis datasets. …”

Markedness and NLR Analysis. by Afnan M. Alhassan (18349378)

“…The proposed approach is rigorously evaluated on multiple publicly available mitosis detection datasets, including Mitosis WSI CCMCT Training Set, Mitosis-AIC, Mitosis Detection, and Mitosis and Non-Mitosis datasets. …”

Accuracy vs loss for varying epochs. by Afnan M. Alhassan (18349378)

“…The proposed approach is rigorously evaluated on multiple publicly available mitosis detection datasets, including Mitosis WSI CCMCT Training Set, Mitosis-AIC, Mitosis Detection, and Mitosis and Non-Mitosis datasets. …”

Action potential detection with high temporal accuracy using a convolutional neural network (CNN). by Tjitse van der Molen (20391106)

Action potential detection with high temporal accuracy using a convolutional neural network (CNN). by Tjitse van der Molen (20391106)