interactive computing
1.When two sorts of uncertain problems are discussed, various theoretical models including Ontology model, CBR Model (Cased-Based Reason Model), BCN Model, Risk Analysis Model and Interactive Computing Model, are used and explored.
2.Maple is a powerfully functional tool for symbolic processing and numerical analysis, being a mighty interactive computing software, it affords powerful access program and toolbox to help accomplish programs.
3.D.Schere, P.Dubois,and B. Sherwood. Vpython:3D Interactive Science Graphicsfor Student[J]. Computing in Science and Engineering, 2000，2(5): 55-62.
5.We can extend the functions of Web-based applications by Distributed Object Technology. In this way, the applications can enhance the ability of distributed computing, interactive processing and network access controlling.
6.Abstract: In this paper, we first briefly introduce and analyze the recent intelligent Agents architectures researches, then Focus on deeply researching on application of interactive Agents architectures basing on Unmanned Multi-Agent Defense Work System and expatiate upon coordination mechanism, communication mechanism, partial global planning approach of intelligent Agents and on co-evolution computing etc.
7.Multi-Agent theory and technique can largely improve cooperating ability of varies kinds of software distributed in heterogeneous environment, favorable to control the complexity of distributed computing and adapt to construct an interactive and parallel distributed systems which can be managed centralizedly and simply and be available to certain intelligences.
8.This method is based upon the wave theory, and combines the batch computing and visual interactive processing to analyze the time migration velocity, especially the depth migration velocity in time coordinate and depth coordinate, respectively. According to the velocity analysis results, the interval velocity model is built in time and depth domain in order to provide the rational and reliable velocity model for the 3D wave equation pre-stack depth migration.
