A Cross-Platform Mobile Learning System Using QT SDK Framework

Akinkuolie, Babatunde; Lin, Chia−Feng; Yuan, Shyan-Ming

doi:10.1109/icgec.2011.47

Cited by 11 publications

(3 citation statements)

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“…Akinkuolie et al [2] added to a client interface in light of portable learning for learning Chinese as a second dialect. QT SDK FRAMEWORK was utilized to add to the framework which chips away at cell phone.…”

Section: Related Workmentioning

confidence: 99%

Malay Language Mobile Learning System (MLMLS) using NFC Technology

Shawai¹,

Almaiah²

2018

IJEME

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This paper proposes a portable learning framework that uses cell phones and Near Field Communication (NFC) innovation in which this application permits understudies to connect with genuine questions and get data from the labels that are put on the item by filtering the tag put on the article. These gimmicks empower the learning procedure at all over the place (pervasive learning) and enhance the viability of the learning methodology. In this paper, Mobile Application Development Lifecycle (MADLC) model was utilized to safeguard effective M-Lang framework conveyance. M-lang framework clients are required to utilize cell phones to advance the involvement in Malay Language learning.

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Section: Related Workmentioning

confidence: 99%

Malay Language Mobile Learning System (MLMLS) using NFC Technology

Shawai¹,

Almaiah²

2018

IJEME

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“…The radius (r) unit is cm, while the angle (θ) unit is radian. Qt is a cross-platform application development framework that provides a variety of components, tools, and programming languages to build applications [60]. Qt aims to simplify and accelerate the application development process by offering a consistent and robust framework [61].…”

Section: Methodsmentioning

confidence: 99%

Developing a Model for Curve-Fitting a Tree Stem’s Cross-Sectional Shape and Sapwood–Heartwood Transition in a Polar Diagram System Using Nonlinear Regression

Denih

Putra

Kurniawan

et al. 2023

Forests

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A function from the domain (x-set) to the codomain (y-set) connects each x element to precisely one y element. Since each x-point originating from the domain corresponds to two y-points on the graph of a closed curve (i.e., circle, ellipse, superellipse, or ovoid) in a rectangular (Cartesian) diagram, it does not fulfil the function’s requirements. This non-function phenomenon obstructs the nonlinear regression application for fitting observed data resembling a closed curve; thus, it requires transforming the rectangular coordinate system into a polar coordinate system. This study discusses nonlinear regression to fit the circumference of a tree stem’s cross-section and its sapwood–heartwood transition by transforming rectangular coordinates (x, y) of the observed data points’ positions into polar coordinates (r, θ). Following a polar coordinate model, circular curve fitting fits a log’s cross-sectional shape and sapwood–heartwood transition. Ellipse models result in better goodness of fit than circular ones, while the rotated ellipse is the best-fit one. Deviation from the circular shape indicates environmental effects on vascular cambium differentiation. Foresters have good choices: (1) continuing using the circular model as the simplest one or (2) changing to the rotated ellipse model because it gives the best fit to estimate a tree stem’s cross-sectional shape; therefore, it is more reliable to determine basal area, tree volume, and tree trunk biomass. Computer modelling transforms the best-fit model’s formulas of the rotated ellipse using Python scripts provided by Wolfram engine libraries.

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“…The developer has to develop the same App for all these platforms, to reach as many users as possible, using the different tools, programming languages, and libraries provided by each platform vendor. Therefore, there is a demand to develop cross-platform mobile Apps that serve the needs of the huge number of potential mobile users in different fields such as education [2,3], health [4], tourism [5] ... etc. There are different types of mobile Apps.…”

Section: Introductionmentioning

confidence: 99%

ICPMD: Integrated cross-platform mobile development solution

El-Kassas

Abdullah

Yousef

et al. 2014

2014 9th International Conference on Computer Engineering &Amp; Systems (ICCES)

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In these days, smartphones become much more used than the personal computers because of the various categories of applications downloadable from the store. The vendors of smartphones support different platforms hence to reach as many users as possible, the developer has to develop the same application for all these platforms using the different tools and programming languages provided by each platform vendor. Therefore the cross-platform mobile applications development solutions were introduced to develop the application once and run it everywhere. The cross-platform solutions use different approaches for native development such as cross-compilation, Model-Driven Development ... etc. None of these approaches claim that it provides a complete solution as they are still under research and development. This paper introduces a new integrated cross-platform mobile development solution that merges between different approaches to benefit from the advantages and minimize the drawbacks of each approach. The main contributions include: explore the approaches used in designing the new solution, explain the research methodology and the new solution architecture along with the implementation, and evaluate the limitations of the new proposed architecture and implementation compared to known solutions. The results show substantial improvement over existing solutions.

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A Cross-Platform Mobile Learning System Using QT SDK Framework

Cited by 11 publications

References 0 publications

Malay Language Mobile Learning System (MLMLS) using NFC Technology

Malay Language Mobile Learning System (MLMLS) using NFC Technology

Developing a Model for Curve-Fitting a Tree Stem’s Cross-Sectional Shape and Sapwood–Heartwood Transition in a Polar Diagram System Using Nonlinear Regression

ICPMD: Integrated cross-platform mobile development solution

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