Mobile applications for the Android platform can be implemented using Java or C#. The article presents a comparison of the time performance of these languages when sending various text, image and video files in a mobile application. The tests were carried out using two mobile applications with identical functionalities. Based on the collected data, the server application calculated statistics, such as, for example, the time required to send 1MB of data depending on the file type and size. Based on the results obtained, it was proved that in the case of data transfer via a wireless network, an application written in Java is characterized by greater time efficiency than an analogous application written in C#
The article presents the results of a review of libraries for the Android platform, supporting the i...
Mobile applications for the iOS platform can be developped using the Swift and Objective-C languages...
This article presents the results of a literature study related to the construction and operation of...
Mobile applications for the Android platform can be implemented using Java or C#. The article presen...
This paper presents the results of a comparative analysis of Java and Dart programming languages in ...
This publication presents the results of a comparative analysis of Java and Kotlin programming langu...
Article shows analysis of Xamarin technology in two modes: Xamarin Forms and Xamarin Native, used fo...
Solutions that allow developers to create application for different mobile systems in which they can...
The purpose of this article is to analyze the impact of Jetpack Compose on user interface performanc...
The article presents the results of a comparative analysis of selected applications for Android mobi...
Mobile applications dedicated to iOS can be developed natively or hybrid. The subject of this paper ...
The article presents the development of the Android runtime. Own application for Android is presente...
Over the last few years many frameworks allowing programming mobile applications have been created. ...
Android is a mobile device platform, whose resources are limited. Games, and high-performance applic...
The article presents the results of a review of libraries for the Android platform, supporting the i...
Mobile applications for the iOS platform can be developped using the Swift and Objective-C languages...
This article presents the results of a literature study related to the construction and operation of...
Mobile applications for the Android platform can be implemented using Java or C#. The article presen...
This paper presents the results of a comparative analysis of Java and Dart programming languages in ...
This publication presents the results of a comparative analysis of Java and Kotlin programming langu...
Article shows analysis of Xamarin technology in two modes: Xamarin Forms and Xamarin Native, used fo...
Solutions that allow developers to create application for different mobile systems in which they can...
The purpose of this article is to analyze the impact of Jetpack Compose on user interface performanc...
The article presents the results of a comparative analysis of selected applications for Android mobi...
Mobile applications dedicated to iOS can be developed natively or hybrid. The subject of this paper ...
The article presents the development of the Android runtime. Own application for Android is presente...
Over the last few years many frameworks allowing programming mobile applications have been created. ...
Android is a mobile device platform, whose resources are limited. Games, and high-performance applic...
The article presents the results of a review of libraries for the Android platform, supporting the i...
Mobile applications for the iOS platform can be developped using the Swift and Objective-C languages...
This article presents the results of a literature study related to the construction and operation of...