Research

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The computer graphics field of sketch-based interfaces and modeling (SBIM) is concerned with algorithms and mathematical models inspired by the traditional use of sketches (1) to establish the geometry and topology of the subject being depicted; and (2) to conceptualize ideas and to interpret data.



(a)
Cherlin et al. '05; (b) Amorim R et al. '14; (c) Anastacio et al. ['06, '08];
(d) Chen et al. [
'06, '08]; (e) Amorim R et al. '12b

In SBIM, our group has focused on three main fundamental research directions: (1) Building the overall geometry and topology of 3D models; (2) Augmenting existing 3D models with geometric details; (3) Using sketches as operators, indicators, and for annotation. We apply our fundamental SBIM research to challenges and case-studies in Science, Engineering, Art/Design, and related.


Theses & Dissertations - PhD and MSc (Thesis-based)

01.

3D Geological Modeling from Concept Sketches and Annotations

Amorim R,

PhD

02.

Hybrid Sketch-based and Procedural Modeling of Plants

Anastacio

MSc

03.

Interactive Volume Manipulation

Chen

MSc

04.

Sketch-Based Modeling of Parametric Surfaces using Few Strokes

Cherlin

MSc

05.

Sketch-Based Modeling from Single-View Drawings and Applications

Ramos

PhD

06.

On Sketches for Modeling

Vital Brazil

PhD

07.

3D Sketching and Collaborative Design with Napkin Sketch

Xin

MSc


Other Related Projects (RT-2: SBIM)

Publications

01.

Rapid Reservoir Modeling (RRM)
Rule-based SBIM of Concept Geology

Jacquemyn et al. '21, Costa Sousa et al. '20,
Jackson et al.
'15, Rood et al. '15

02.

Exploring 3D Geology with Tabletops & Sketches

Sultanum et al. '13; Amorim R et al. '12b

03.

Survey & Taxnonomies

Olsen et al. '09, '08

04.

Model & Mesh Augmentation

Severn et al. '06, Olsen et al. '05

05.

Implicit Modeling with ShapeShop and MIBlob

Schmidt et al. '05(a,b), Araujo et al. '04

06.

Botanical SBIM with the Tractus Device

Streit et al. '06 -

07.

Sketch Editing of Multi-Channel Images -

Pereira et al. '11

08.

Gesture Recognition for Calligraphic Interfaces

Olsen et al. '07



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