A
PROFILE
Laman Web Staf UPM
DR. ZAINI BINTI BAHARI
PENSYARAH KANAN
FAKULTI PERUBATAN DAN SAINS KESIHATAN
zainibahari@upm.edu.my
zainibahari
BM
EN

PROFESIONAL

NAMA :
(Dr.) ZAINI BINTI BAHARI
JAWATAN :
PENSYARAH KANAN
PTJ :
FAKULTI PERUBATAN DAN SAINS KESIHATAN

PENERBITAN JOURNAL
1. Fusion of Global Shape and Local Features using Boosting for Object Class Recognition
    Journal type: Non Citation-Indexed
2. Feature Fusion in Improving Object Class Recognition
    Journal type: Citation-Indexed - Scopus
3. Fusion of Global Shape and Local Features Using Meta-Classifier Framework
    Journal type: Citation-Indexed - Scopus
4. MetaClassifier Based on Boosted Approach for Object Class Recognition
    Journal type: Citation-Indexed - Scopus
5. Analysis of SURF and SIFT Representations to Recognize Food Objects
    Journal type: Citation-Indexed - Scopus
6. Object Detection Framework for Multiclass Food Object Localization and Classification
    Journal type: Citation-Indexed Journal - ERA
7. Recognition of Food with Monotonous Appearance using Speeded-Up Robust Feature (SURF)
    Journal type: Citation-Indexed - Scopus
8. Improving invisible food texture detection by using adaptive extremal region detector in food recognition
    Journal type: Citation-Indexed - Scopus
9. A Review of Handcrafted Computer Vision and Deep Learning approaches for Food Recognition
    Journal type: Citation-Indexed - Scopus
10. REVIEW OF CHINESE CALLIGRAPHY FONT RECOGNITION METHODS
    Journal type: Citation-Indexed - Scopus
11. Fuzzy encoding with hybrid pooling for visual dictionary in food recognition
    Journal type: Citation-Indexed - Scopus
12. Extremal Region Selection for MSER Detection in Food Recognition
    Journal type: Citation-Indexed - Scopus
13. Iris Recognition Development Techniques: A Comprehensive Review
    Journal type: Citation-Indexed Journal - Science Citation Index (JCR)
14. CLASS IMBALANCE LEARNING WITH COSTSENSITIVEACGAN
    Journal type: Citation-Indexed - Scopus
15. MS-Net: Multi-Segmentation Network for the Iris Region Using Deep Learning in an Unconstrained Environment
    Journal type: Citation-Indexed Journal - Science Citation Index (JCR)
16. HDN-Net: A Hybrid Deep Neural Network to Improve Iris Recognition in Unconstrained Environments with Eyeglasses
    Journal type: Citation-Indexed - Scopus
17. An Efficient Lung Disease Classification from X-ray Image Using Graph Neural Network and Transformer
    Journal type: Citation-Indexed - Scopus
18. Improving YoloPX using YoloP and Yolov8 for Panoptic Driving Perception
    Journal type: Citation-Indexed - Scopus
19. Feature-Differentiated Perception with Dynamic Mixed Convolution and Spatial Orthogonal Attention for Faster Aerial Object Detection
    Journal type: Citation-Indexed - Scopus