Quantitative Assessment of Two Skeletonization Algorithms Adapted to Rectangular Grids. - Mihai Ciuc; Didier Coquin; Philippe Bolon (ICIAP (1), 1997)

Histogram equalization of color images using the adaptive neighborhood approach. - Vasile V. Buzuloiu; Mihai Ciuc; Rangaraj M. Rangayyan; Loic Kij; Constantin Vertan (Electronic Imaging: Nonlinear Image Processing, 1999)

Filtering noise in color images using adaptive-neighborhood statistics. - Mihai Ciuc; Rangaraj M. Rangayyan; Titus Bogdan Zaharia; Vasile Buzuloiu (J. Electronic Imaging, 2000)

Adaptive-neighborhood histogram equalization of color images. - Vasile Buzuloiu; Mihai Ciuc; Rangaraj M. Rangayyan; Constantin Vertan (J. Electronic Imaging, 2001)

Amplitude-driven coherence filtering in complex interferograms. - Mihai Ciuc; Emmanuel Trouvé; Philippe Bolon; Vasile Buzuloiu (IGARSS, 2002)

Objective image quality measures by planar glyph representation. - Constantin Vertan; Adrian Stoica; Christine Fernandez-Maloigne; Mihai Ciuc (EUSIPCO, 2004)

Improving coherence estimation for high-resolution polarimetric SAR interferometry. - Gabriel Vasile; Emmanuel Trouvé; Mihai Ciuc; Philippe Bolon; Vasile Buzuloiu (IGARSS, 2004)

Intensity-driven-adaptive-neighborhood technique for POLSAR parameters estimation. - Gabriel Vasile; Emmanuel Trouvé; Mihai Ciuc; Philippe Bolon; Vasile Buzuloiu (IGARSS, 2005)

Adaptive-neighborhood best mean rank vector filter for impulsive noise removal. - Mihai Ciuc; Valeriu Vrabie; Michel Herbin; Constantin Vertan; Philippe Vautrot (ICIP, 2008)

People first: separating people from background in digital photographs. - Mihai Ciuc; Adrian Capata; Adrian Zamfir; Alexandru Drimbarean; Eran Steinberg (Digital Photography, 2009)

Preliminary work on dermatoscopic lesion segmentation. - Alina Sultana; Mihai Ciuc; Tiberiu Radulescu; Wanyu Liu; Diana Petrache (EUSIPCO, 2012)

Removal of artifacts from dermatoscopic images. - Alina Sultana; Ioana Dumitrache; Mihai Vocurek; Mihai Ciuc (COMM, 2014)

Digital Beauty: The good, the bad, and the (not-so) ugly. - Peter Corcoran 001; Cosmin Stan; Corneliu Florea; Mihai Ciuc; Petronel Bigioi (IEEE Consumer Electron. Mag., 2014)

Normalized Autobinomial Markov Channels For Pedestrian Detection. - Cosmin Toca; Mihai Ciuc; Carmen Patrascu (BMVC, 2015)

Performance testing and functional limitations of Normalized Autobinomial Markov Channels. - Cosmin Toca; Carmen Patrascu; Mihai Ciuc (ICCP, 2015)

Automatic detection of hemangiomas using unsupervised segmentation of regions of interest. - Catalina Neghina; Marta Zamfir; Alina Sultana; Elena Ovreiu; Mihai Ciuc (COMM, 2016)

AutoMarkov DNNs for object classification. - Cosmin Toca; Carmen Patrascu; Mihai Ciuc (ICPR, 2016)

Automatic detection of cervical cells in Pap-smear images using polar transform and k-means segmentation. - Mihai Neghina; Christoph Rasche 001; Mihai Ciuc; Alina Sultana; Ciprian Tiganesteanu (IPTA, 2016)

Automatic monitoring system for the detection and evaluation of the evolution of hemangiomas. - Catalina Neghina; Marta Zamfir; Mihai Ciuc; Alina Sultana; Maria Popescu (IPTA, 2016)

Automatic Detection of Hemangioma through a Cascade of Self-organizing Map Clustering and Morphological Operators. - Catalina Neghina; Marta Zamfir; Mihai Ciuc; Alina Sultana (MIUA, 2016)

Improving public datasets markings' quality using unsupervised refinement kernels. - Anca Ioana Petre; Cosmin Toca; Carmen Patrascu; Mihai Ciuc (CF, 2018)

Automatic Annotation of Object Instances by Region-Based Recurrent Neural Networks. - Ionut Ficiu; Radu Stilpeanu; Cosmin Toca; Anca Ioana Petre; Carmen Patrascu; Mihai Ciuc (ICCP, 2018)

Improving in-car emotion classification by NIR database augmentation. - Alexandra Malaescu; Liviu-Cristian Dutu; Alina Sultana; Dan Filip; Mihai Ciuc (FG, 2019)

Task-Driven Image-to-Image Translation for Automotive Applications. - Alexandru Malaescu; Andrei Fratila; Liviu-Cristian Dutu; Alina Sultana; Dan Filip; Mihai Ciuc (IV, 2020)

Automatic Segmentation and Measurement of Infantile Hemangioma. - Serban Oprisescu; Mihai Ciuc; Alina Sultana (Symmetry, 2021)