The paper is dedicated to simulation of intelligent systems that “imagine” their possible future states by medium of simulation models handled by some of their elements. The reason and importance for simulation of such systems, the techniques for implementing their “nested” simulation models and the obstacles related to the implementation are described and some applications are presented.

SUMMARY Many protein-protein interactions are more complex than can be accounted for by 1:1 binding models. However, biochemists have few tools available to help them recognize and predict the behaviors of these more complicated systems, making it difficult to design experiments that distinguish between possible binding models. MTBindingSim provides researchers with an environment in which they...

The implementation process of complex agent and multiagent systems (AMAS) can benefit significantly from a simulation platform that would allow rapid prototyping and testing of initial design ideas and choices. Such a platform, should ideally have a small learning curve, easy implementation and visualisation of the AMAS under development, while preserving agent oriented programming characterist...

Fever is a diagnostic challenge in the patient with lupus. Infections can mimic a lupus flare which further complicates the diagnostic approach. Moreover, immunosuppressive treatment of SLE may promote the development of infections and poor outcome. We report the case of a patient with SLE with an initial diagnosis of lupus flare, who was found to have Q fever showing an excellent response to t...

The development of the automotive technology is toward to the intelligent direction, that automatic parking system is one of the aspects. This paper has been working on research of the path planning and control method of the automatic parking system. The vehicle’s kinematic model is established at the condition that the vehicle is in a low speed reversing movement. Through studying the vehicle’...

There are many difficulties associated with sampling an air-borne dust and with assessing its concentration, especially when the potential danger to the lungs is being considered. This is evident from the fact that such a large number of different dust-sampling instruments have been devised from time to time, no two of which give the same results under all conditions. This multiplicity of instr...

Biologically inspired algorithms (neural networks, evolutionary computation, swarm intelligence, etcetera) are commonly applied in development of digital games. We argue that there are opportunities and possibilities for integrating real biological organisms inside computer games, with potential added value to the game’s player, developer and integrated organism. In this approach, live organism...

Nowadays there is a clear trend towards using methods and tools that can help to develop multiagent systems (MAS). This study presents a multiagent based middleware for the agents behavior simulation. The main challenge of this work is the design and development of a new infrastructure that can act as a middleware to communicate the current technology in charge of the development of the multiag...

In this paper a new method is introduced to construct asymptotically f {distributed sequences of points in the IR d. The algorithm is based on a transformation proposed by E.Hlawka and R.M uck.By exploitation of the special structure the method proves to be very eecient. For the numerical tests a new procedure to evaluate the f {discrepancy in two dimensions is proposed. 1 The problem 1.1 The r...