Assuncao, E.[Eduardo]
* 2022: Real-Time Weed Control Application Using a Jetson Nano Edge Device and a Spray Mechanism
Includes: Assuncao, E.[Eduardo] Assunção, E.[Eduardo]
Assuncao, P.
* 2012: Asymmetric 3D video coding using regions of perceptual relevance
* 2012: Frame loss concealment for 3D video decoders based on disparity-compensated motion field
* 2013: Depth map concealment using interview warping vectors from geometric transforms
* 2014: Enhancement method for multiple description decoding of depth maps subject to random loss
* 2014: No-reference lightweight estimation of 3D video objective quality
* 2014: Objective quality measures comparison of impaired 3D video sequences from the UC3D database
* 2014: Rate control for unbalanced multiple description video streaming
* 2014: Selective motion vector redundancies for improved error resilience in HEVC
* 2015: generic framework for optimal 2D/3D key-frame extraction driven by aggregated saliency maps, A
* 2015: Quality evaluation of depth map error concealment using a perceptually-aware objective metric
* 2015: Reference picture selection using checkerboard pattern for resilient video coding
* 2016: 3D key-frame extraction method based on visual saliency
* 2016: Reconstruction of lost depth data in multiview video-plus-depth communications using geometric transforms
* 2022: Learning-based compression of visual objects for smart surveillance
Includes: Assuncao, P. Assuncao, P.[Pedro]
14 for Assuncao, P.
Assuncao, P.A.[Pedro A.]
* 2012: Motion compensated tree depth limitation for complexity control of HEVC encoding
* 2012: Performance and Computational Complexity Assessment of High-Efficiency Video Encoders
* 2014: Four-step algorithm for early termination in HEVC inter-frame prediction based on decision trees
* 2015: Fast HEVC Encoding Decisions Using Data Mining
* 2016: Complexity scalability for real-time HEVC encoders
* 2016: Pareto-Based Method for High Efficiency Video Coding With Limited Encoding Time
* 2018: Two-Stage Approach for Robust HEVC Coding and Streaming, A
* 2020: Fast video encoding based on random forests
* 2020: Low complexity high efficiency coding of light fields using ensemble classifiers
* 2020: Versatile Video Coding Of 360° Video Using Adaptive Resolution Change
* 2021: Attention-driven tile splitting method for improved efficiency of omnidirectional versatile video coding
Includes: Assuncao, P.A.[Pedro A.] Assunção, P.A.[Pedro A.] Assunção, P.A. Assuncao, P.A.
11 for Assuncao, P.A.
Assuncao, P.A.A.
* 1996: Control of MPEG-2 video traffic in an ATM environment
* 1997: Optimal Transcoding of Compressed Video
* 1997: Transcoding of Single-Layer MPEG Video into Lower Rates
* 1998: buffer control algorithm for CBR video transcoding, A
* 1998: Frequency-Domain Video Transcoder for Dynamic Bit-Rate Reduction of MPEG-2 Bit Streams
* 2000: Buffer Analysis and Control in CBR Video Transcoding
* 2007: Fast Interframe Transcoding from H.264 to MPEG-2
* 2008: Efficient Constrained Video Coding for Low Complexity Decoding
* 2009: Drift-free multiple description intra video coding
* 2009: Video transcoding from H.264/AVC to MPEG-2 with reduced computational complexity
* 2011: Error recovery of image-based depth maps using Bézier curve fitting
* 2012: Multiple Description of Coded Video for Path Diversity Streaming Adaptation
* 2017: Lossless light-field compression using reversible colour transformations
* 2017: method to improve HEVC lossless coding of volumetric medical images, A
* 2018: Lossless coding of light field images based on minimum-rate predictors
* 2018: Silhouette Enhancement in Light Field Disparity Estimation Using the Structure Tensor
* 2020: 4D Light Field Disparity Map estimation using Krawtchouk Polynomials
* 2020: Disparity compensation of light fields for improved efficiency in 4D transform-based encoders
* 2020: Integer DCT Approximation With Arbitrary Size and Adjustable Precision
* 2020: Robust Depth Estimation From Multi-Focus Plenoptic Images
* 2022: Hierarchical lossless coding of light fields with improved random access
* 2022: Lossless Coding of Light Fields Based on 4D Minimum Rate Predictors
Includes: Assuncao, P.A.A. Assuncao, P.A.A.[Pedro A.A.] Assunção, P.A.A.[Pedro A.A.] Assuncao, P.A.A.[Pedro A. A.] Assunção, P.A.A.[Pedro A. A.] Assunção, P.A.A. Assunção, P.A.A.[Pedro A. Amado]
22 for Assuncao, P.A.A.