Add to ORKGIn the presented work I discuss possible options of implementing a physical simulation that can be run on today's mobile phones. I describe several approaches from which I choose one and discuss it in more depth. Next, I talk about general methods of optimizing programs targeted to mobile phones and how they apply to the implemented physical simulation. Finally, I show a very simple game which demonstrates the power of the simulator and it's usability in praxis
In this paper, we show a real-time lightning simulation for smart device game. Our proposed method u...
Current mobile devices (e.g., smartphones) are equipped with several sensors that allow different fo...
With the advancement of technology, mobile phones these days contains advanced features like touch s...
In the presented work I discuss possible options of implementing a physical simulation that can be r...
Android is the fastest growing and best selling operating system for mobile devices. This paper brie...
Physical simulation in mobile applications is, for the most part, non-existent; with the exception o...
Mobile devices offer an advantageous platform on which to perform training simulations. However, the...
Game physics has been around since the first game were created around thirty years ago, it was first...
Numerical simulations on mobile devices create new applications supporting engineers and scientists ...
Mobile phones are very useful devices. One can phone with them but one can also use them to reach an...
With technology advancement and the rise of popularity of mobile devices, mobile gaming has and will...
Smart phones are equipped with a wide range of sensors (such as GPS, light, accelerometer, gyroscope...
This article discusses the ways and prospects of using mobile applications in teaching physics
The goal of this paper is to study how software based virtual prototypes and hardware simulation too...
This article discusses the ways and prospects of using mobile applications in teaching physics
In this paper, we show a real-time lightning simulation for smart device game. Our proposed method u...
Current mobile devices (e.g., smartphones) are equipped with several sensors that allow different fo...
With the advancement of technology, mobile phones these days contains advanced features like touch s...
In the presented work I discuss possible options of implementing a physical simulation that can be r...
Android is the fastest growing and best selling operating system for mobile devices. This paper brie...
Physical simulation in mobile applications is, for the most part, non-existent; with the exception o...
Mobile devices offer an advantageous platform on which to perform training simulations. However, the...
Game physics has been around since the first game were created around thirty years ago, it was first...
Numerical simulations on mobile devices create new applications supporting engineers and scientists ...
Mobile phones are very useful devices. One can phone with them but one can also use them to reach an...
With technology advancement and the rise of popularity of mobile devices, mobile gaming has and will...
Smart phones are equipped with a wide range of sensors (such as GPS, light, accelerometer, gyroscope...
This article discusses the ways and prospects of using mobile applications in teaching physics
The goal of this paper is to study how software based virtual prototypes and hardware simulation too...
This article discusses the ways and prospects of using mobile applications in teaching physics
In this paper, we show a real-time lightning simulation for smart device game. Our proposed method u...
Current mobile devices (e.g., smartphones) are equipped with several sensors that allow different fo...
With the advancement of technology, mobile phones these days contains advanced features like touch s...