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In order to support the advanced concept technology demonstration of intelligence reconnaissance activities, multiple sensors simulation needs to provide enough detail to examine sensing dynamics on future battlefield. However, most current researches lack a modeling mechanism based on platform-level agent interactions and limit the implementation of agent-based simulations. In this paper, platform-level...
Tactical warfare process, e.g., engagement between opposite forces, is full of unpredictability and platform-level interactions that result great difficulties in performing battlefield entities simulation. In this paper, modeling and simulation based on multi-agent interactions is applied to solve the problem. Based on the analysis on the requirement and countermeasure, the mapping from tactical warfare...
It is an important basic research task in computer engineering to describe complex behaviors of warfare system by intelligent warfare actions analysis and modeling. To perform modeling and simulation for dynamic, complex and intelligent process of intelligence reconnaissance on information battlefield, multi-agent system technology is used in this paper. Based on agent analysis, definition and description...
In order to support the advanced concept technology demonstration of intelligence reconnaissance activities, multi-agent-based battlefield reconnaissance simulation is studied to provide enough detail to examine dynamic tactical process by a novel method of task decomposition and allocation. Our work includes four parts: (1) describing task by means of Behavior Definition Frame; (2) analyzing task...
The FIPA Contract Net Protocol (CNP) is an approach to cooperation and coordination in multi-agent systems, inspired by a market-like model. In order to solve the problems about description of military entities interactions in an agents-based modeling, the original CNP is extensively used, i.e., an extended CNP is proposed in this paper. The proposed extended CNP, which is based on FIPA standards,...
In order to solve the problems about simulation of intelligent warfare entities actions on dynamic battlefield environment because of the complexity of warfare system, intelligent-agents-based modeling approach is applied in this paper. Based on analysis on caste diagram of warfare entities, the mapping from warfare entities to respective agents is set up, by which the simulation infrastructure is...
In this paper, an agent-based model is proposed to support the advanced concept technology demonstration of tactical engagement on future battlefield. Based on the description on physical modeling, behavioral modeling and modeling process, agent architecture and multi-agent conversations are analyzed. The task of tactical engagement entity agents is described by means of Behavior Definition Frame...
To meet the requirements of knowledge classification and process of knowledge updating or modifying frequently in a military command entity agent, and effective expression of collaboration process, a formal bottom-up modeling method called Object Oriented Fuzzy Petri Net (OOFPN) and Colored Petri Net (CPN) modeling approach is used in this paper. Based on the analysis of a command entity agent model,...
In the spatial data grid, the distribution of query and the data is unevenly some resource become hotspot and the hotspots are changing over time, which may cause the global load unbalanced, this dynamic problem becomes a key challenge in Data Grid. Data replication is a way to deal with this problem, which improves data availability, reduces latency and increases throughput. In this paper, we present...
Tactical warfare process, e.g., engagement between opposite forces, is full of unpredictability and platform-level interactions that result great difficulties in performing virtual battlefield simulation. In this paper, a novel approach, i.e., multi-agent interactions centric simulation is applied to solve the problem. Based on the analysis on the requirement and countermeasure, the mapping from tactical...
The cooperative task processing and resource management among autonomous and heterogeneous spatial database systems in a grid environment is a challenge work. In this paper, we propose a BDI agent framework to process spatial query and dynamically manage resource in a grid environment. The BDI rational engine and the FIPA Contract Net Interaction Protocol can help spatial query agents to dynamically...
Since the grid and agent communities both develop concepts and mechanisms for open distributed systems, agent-based grid computing is put forward. However, there are challenges about effective load balancing for grid computing, because of the highly heterogeneous and complex computing environments, even though agents and agent-based grid computing approach are used. To solve the problems, in this...
In order to support the advanced concept technology demonstration of military command system application on future information battlefield, multi-agent-oriented modeling technology is applied in this paper. Based on description of the principles, requirements and process of modeling, mappings from military command system's members, i.e., command entities to respective cognitive agents, are set up,...
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