Essential spectrum of the operators generated by PDE systems of stratified fluids and Lp-estimates for the solutions
Andrei Giniatoulline · International journal of computer science and applications · 2005
In real world monitoring engineering applications, knowledge engineers must face the complexity and diversity of tasks associated with specific problem domain. This often implies tackling simultaneously different types of knowledge (inaccurate, incorrect or redundant) from different data sources that require to be processed using different reasoning mechanisms. The real world problems may neither fit the assumptions of a single technique nor be effectively solved by the strengths and capabilities of a single technique. Within this paper an intelligent agent-based platform is being considered for implementation, where the approach of integrating the use of two or more techniques is taken, in order to combine their different strengths and overcome each other's weaknesses and generate hybrid solutions. The integration of various intelligent techniques is a very important way forward in the next generation of monitoring systems. Flexible software systems require a distributed architecture where each element works autonomously and co-operatively. This advanced architecture can be created by making use of Intelligent Agent technology, which will facilitate the creation of autonomous software components to utilize a wide variety of artificial intelligence techniques for different situations. This is in marked contrast to conventional centralized stand-alone applications.