Juneja, A.[Akanksha]
* 2015: Graph-theory-based spectral feature selection for computer aided diagnosis of Parkinson's disease using T1-weighted MRI
* 2017: enhanced texture-based image retrieval approach with features selected from integration of feature extraction techniques, An
* 2023: Aethra-net: Single image and video dehazing using autoencoder
Includes: Juneja, A.[Akanksha] Juneja, A.[Akshay]
Juneja, B.
* 2009: Hybrid Patient-Dependent Phantoms Covering Statistical Distributions of Body Morphometry in the U.S. Adult and Pediatric Population
Juneja, M.[Mayank]
* 2013: Blocks That Shout: Distinctive Parts for Scene Classification
* 2013: Efficient Category Mining by Leveraging Instance Retrieval
* 2020: ColpoNet for automated cervical cancer screening using colposcopy images
* 2020: DC-Gnet for detection of glaucoma in retinal fundus imaging
* 2020: GC-NET for classification of glaucoma in the retinal fundus image
* 2020: OCLU-NET for occlusal classification of 3D dental models
* 2022: Denoising of computed tomography using bilateral median based autoencoder network
* 2022: novel unsupervised multiple feature hashing for image retrieval and indexing (MFHIRI), A
* 2022: PC-SNet for automated detection of prostate cancer in multiparametric-magnetic resonance imaging
Includes: Juneja, M.[Mayank] Juneja, M.[Mamta]
9 for Juneja, M.
Juneja, P.
* 2013: Validation Index: A New Metric for Validation of Segmentation Algorithms Using Two or More Expert Outlines With Application to Radiotherapy Planning, The
Junejo, I.N.
* 2004: Multi feature path modeling for video surveillance
* 2006: Calibrating Freely Moving Cameras
* 2006: Configuring Mixed Reality Environment
* 2006: Dissecting the Image of the Absolute Conic
* 2006: Geometry of a Non-Overlapping Multi-Camera Network
* 2006: Robust Auto-Calibration from Pedestrians
* 2007: Euclidean Path Modeling from Ground and Aerial Views
* 2007: Near-Optimal Mosaic Selection for Rotating and Zooming Video Cameras
* 2007: Robust Auto-Calibration using Fundamental Matrices Induced by Pedestrians
* 2007: Trajectory Rectification and Path Modeling for Video Surveillance
* 2007: Using Calibrated Camera for Euclidean Path Modeling
* 2008: Camera calibration for uneven terrains by observing pedestrians
* 2008: Cross-View Action Recognition from Temporal Self-similarities
* 2008: Estimating Geo-temporal Location of Stationary Cameras Using Shadow Trajectories
* 2008: Euclidean path modeling for video surveillance
* 2008: GPS coordinate estimation from calibrated cameras
* 2008: Practical PTZ camera calibration using Givens rotations
* 2008: Practical pure pan and pure tilt camera calibration
* 2008: Refining PTZ camera calibration
* 2008: Simple Shadow Based Method for Camera Calibration, A
* 2008: Using solar shadow trajectories for camera calibration
* 2010: GPS coordinates estimation and camera calibration from solar shadows
* 2010: Using dynamic Bayesian network for scene modeling and anomaly detection
* 2011: Action recognition using rank-1 approximation of Joint Self-Similarity Volume
* 2011: Selective subtraction when the scene cannot be learned
* 2011: Using pedestrians walking on uneven terrains for camera calibration
* 2011: View-Independent Action Recognition from Temporal Self-Similarities
* 2012: Optimizing PTZ camera calibration from two images
* 2012: Using SAX representation for human action recognition
* 2013: Single-class SVM for dynamic scene modeling
* 2014: Dynamic scene understanding using temporal association rules
* 2014: Silhouette-based human action recognition using SAX-Shapes
* 2015: Crowd modeling using social networks
* 2017: Social network model for crowd anomaly detection and localization
* 2018: Foreground extraction for freely moving RGBD cameras
Includes: Junejo, I.N. Junejo, I.N.[Imran N.] Junejo, I.N.[Irnran N.]
35 for Junejo, I.N.
Junejo, K.N.[Khurrum Nazir]
* 2014: Silhouette-based human action recognition using SAX-Shapes
Juneng, L.[Liew]
* 2020: Evaluation of Gridded Precipitation Datasets in Malaysia
* 2022: Rapid Extreme Tropical Precipitation and Flood Inundation Mapping Framework (RETRACE): Initial Testing for the 2021-2022 Malaysia Flood