• In this news page we will recent information about scientific computing (latest advancement). Physics modeling has become an inevitable research area focusing on the development and usage of computational methods to solve problems in science and engineering. Scientific computing, including modeling and simulation, has become crucial for research problems that are not solvable by traditional theoretical and experimental approaches, hazardous to study in the laboratory, or time-consuming or expensive to solve by traditional means.

Creating Pair of Objects Using Boost Range and Lambda

Tips and Tricks

We present a little example of the use of boost range and the lambda expression, supported by C++11, that show manipulating range is made easy and don’t need extra programming of function for simple task.

Modeling And Simulation of Electro-Optical Sensor Systems


I’m currently working on a military project as a Software System Engineer (training system) of UAS (Unnamed Aerospace System). The software system is currently utilized for training systems supporting military, defense and security forces.

Usage of Boost and STL in Scientific Programming

Tips and Tricks

I present a mathematic algorithm taken from our scientific programming environment. It demonstrates that by using concepts borrow from Boost and STL as well as new features of C++11, we can write clean code that is easy to maintain and to understand.

Basics of Container of pointers: Part I

Tips and Tricks

Containers of pointers are common and important. For example, if you want to implement reference semantics you need to store objects’ addresses in a container. Another good reason to create such containers and the most important one is polymorphism. In this blog I discuss some of the issues when working with pointer containers and give a brief introduction to boost container of pointer library.

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