Methodology to Create Optimized 3D Models Using Blender for Android Devices

Bhawar, Pooja; Ayer, Nitin; Sahasrabudhe, Sameer

doi:10.1109/t4e.2013.41

Cited by 14 publications

(5 citation statements)

References 4 publications

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“…Each triangle used for this visualization is defined by the coordinates of the triangle's vertices. Using this type of display technique, the more polygons used to display a 3D object, the more detailed the result will be [18]. The polygonbased visualization has three basic classes: faces, edges, and vertices [19].…”

Section: Visualization Techniquesmentioning

confidence: 99%

3D Visualization in Digital Medicine Using XR Technology

Vincze,

Molnar,

Kozlovszky

2023

Future Internet

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Nowadays, virtual reality is a new and rapidly developing technology that provides the opportunity for a new, more immersive form of data visualization. Evaluating digitized pathological serial sections and establishing the appropriate diagnosis is one of the key task of the pathologist in the daily work. The type of tools used by pathologists in the evaluation of samples has not changed much in recent decades. On the other hand, the amount of information required to establish an accurate diagnosis has been significantly increased. Nowadays, pathologists are working with the help of multiple high-resolution desktop monitors. Instead of the large screens, the use of virtual reality can serve as an alternative solution, which provides virtualized working space for pathologists during routine sample evaluation. In our research, we defined a new immersive working environment for pathologists. In our proposed solution we visualize several type of digitized medical image data with the corresponding meta data in 3D, and we also defined virtualized functions that support the evaluation process. The main aim of this paper is to present the new possibilities provided by 3D visualization and virtual reality in digital pathology. The paper presents a new virtual reality-based examination environment, as well as software functionalities that are essential for 3D pathological tissue evaluation.

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Section: Visualization Techniquesmentioning

confidence: 99%

3D Visualization in Digital Medicine Using XR Technology

Vincze,

Molnar,

Kozlovszky

2023

Future Internet

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“…In the literature, the less polygon number of two models of the same object is generally defined as low poly [13]. In addition, methods of reducing the number of polygons by preserving the geometry of a model are also included in this modeling definition [14]. Furthermore, with Low Poly Modeling, smaller file sizes can be processed [15].…”

Section: Low Poly Mesh Modelingmentioning

confidence: 99%

A Study on Digital Low Poly Modeling Methods as an Abstraction Tool in Design Processes

Keleşoğlu¹,

Özer²

2021

cea

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Low Poly Modeling, as one of the most common abstraction methods, initially emerged to maximize the efficiency of the digital modeling process. Besides decreasing the file size, novel designs may develop by simplifying the 3D objects by low poly modeling. There are various simplification methods via different software. In this paper, polygon reduction algorithms named (i) Decimate-Collapse in Blender 2.80, (ii) ProOptimizer in 3dsMax 2019, and (iii) "Clustering Decimation" in MeshLab 2019 are compared through sphere geometry to understand the potential of low poly modeling. Low poly sphere models in different levels of detail are produced from each algorithm. The comparison criteria are (i) geometric change/level of fidelity, (ii) number of polygons, and (iii) file size. Accordingly, algorithms are evaluated within and compared with each other. As a result, 3ds Max ProOptimizer comes forward as the most efficient tool to reduce the file size. Therefore, it is efficient for saving time. Blender Decimate-Collapse is more efficient at preserving the geometry to low levels of detail, so it is the best abstraction method of fidelity. On the other hand, MeshLab Clustering Decimation is more efficient at creating a new form without losing fidelity, but it cannot produce models in every level of detail. As a future study, MeshLab Clustering Decimation has potential in artificial intelligence studies in designing new objects.

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“…The major benefit of the combination of these tools -the AR app, the analogy, and the flashcards -is their accessibility in the classroom. The app is built using low-poly 3D assets, a technique that shows a reduction in file sizes, mesh-density and loading time on Android devices [32]. In this regards, most Android (version 4.1.x+) smartphones and tablets can handle the animations without any problem.…”

Section: The Parallelar Appmentioning

confidence: 99%

ParallelAR: An Augmented Reality App and Instructional Approach for Learning Parallel Programming Scheduling Concepts

Abernethy¹,

Sinnen²,

Adams³

et al. 2018

2018 IEEE International Parallel and Distributed Processing Symposium Workshops (IPDPSW)

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Parallel programming has rapidly moved from a special-purpose technique to standard practice. This newfound ubiquity needs to be matched by improved parallel programming education. As parallel programming involves higher level concepts, students tend to struggle with turning the abstract information into concrete mental models. Analogies are known to aid in this knowledge transfer, by providing an existing schema as the basis for the formation of a new schema. Additionally, technology has been proven to increase motivation and engagement in students, which ultimately improves learning. Combining these ideas, this paper presents several contributions that enhance aspects of parallel programming education. These contributions include a set of collaborative learning activities to target fundamental scheduling concepts, a detailed analogy to assist in the understanding of the scheduling concepts, and an augmented reality application to facilitate the collaborative learning activity by bringing the analogy to life.

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Methodology to Create Optimized 3D Models Using Blender for Android Devices

Cited by 14 publications

References 4 publications

3D Visualization in Digital Medicine Using XR Technology

3D Visualization in Digital Medicine Using XR Technology

A Study on Digital Low Poly Modeling Methods as an Abstraction Tool in Design Processes

ParallelAR: An Augmented Reality App and Instructional Approach for Learning Parallel Programming Scheduling Concepts

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