The meta-synthetic methodology is the scientific and effective way to solve the problems of the complicated large *** the meta-synthetic Hall,we combined the expert,repository,and simulation test together,building an ...
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The meta-synthetic methodology is the scientific and effective way to solve the problems of the complicated large *** the meta-synthetic Hall,we combined the expert,repository,and simulation test together,building an environment to realize the Meta-Synthesis *** this article,we put forward simulation architecture for the Meta-Synthesis *** the architecture,we can build the simulation system and do experiment for the Hall,supporting expert discussion and repository *** can solve the system experiment and data collection problems for complicated large system analysis,enforces system improve and perfect.
In the process of ground simulation object maneuver simulation in large-scale operation simulation, an efficient path planning method based on A*algorithm is proposed. By means of introducing all kind of geography fac...
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The transition trajectory guidance technology for a conceptual space-based missile is studied in this paper. Firstly the conception of using a missile striking from space is described. For the extraatmospheric flight ...
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ISBN:
(纸本)9781479937097
The transition trajectory guidance technology for a conceptual space-based missile is studied in this paper. Firstly the conception of using a missile striking from space is described. For the extraatmospheric flight phase, the time-fixed orbital transfer theory is utilized to determine braking position and braking velocity. And then a finite thrust guidance approach with gravity anomaly compensation by virtual reentry position prediction is presented to eliminate planning error. Finally, the performance of the proposed guidance approach is verified and analyzed by computer simulation.
This research focuses on the role of trust in human-agent interaction, particularly in the context of home robot systems. The study found that participants were more likely to collaborate when they understood the agen...
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Pitched at problems needing to be solved for evaluating the digitized forcespi0215es command & control (DF C2) system, this paper proposes the major contents and processes for evaluating the C2 systemspi0215es eff...
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In the complex electromagnetic environment of modern electronic warfare, active deception jamming poses a serious threat to radar. This paper proposes the identification of active deception jamming based on residual n...
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To address the limitations of the FDNA approach, in this paper, we analyze the dependency of the receiver node on the feeder nodes as well as the impact of the node's operability level on the system effectiveness,...
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With the global climate change, the frequency and destructiveness of emergencies in the coastal areas worldwide have increased in recent years. The rapid response of the existing equipment and means is insufficient. I...
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ISBN:
(纸本)9781728137933
With the global climate change, the frequency and destructiveness of emergencies in the coastal areas worldwide have increased in recent years. The rapid response of the existing equipment and means is insufficient. It is urgent to improve response speed for marine research, disaster investigation, marine rescue, maritime surveillance and other maritime emergencies. With the development of high-speed civil aircraft technology, the high-speed UAV platform can form an unmanned emergency response system, taking advantage of fast arrival, wide coverage and flexibility. The simulation shows that the unmanned emergency system has outstanding advantages compared with the existing subsonic UAV, and can effectively execute emergency marine missions.
Heterogeneous multi-core platforms, e.g., ARM's ***, are a promising trend to improve the performance and energy efficiency of future mobile systems. However, the immediate benefits and the challenges to take adva...
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To cope with the increasing complexity and constantly changing capability requirements of system-of-systems, an architectural approach for capability mapping and gap analysis is ***, a more specific architecture frame...
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To cope with the increasing complexity and constantly changing capability requirements of system-of-systems, an architectural approach for capability mapping and gap analysis is ***, a more specific architecture framework is presented. Secondly, on the basis of the analysis of the semantic relationships between constituent architecture data elements, a capability mapping approach is proposed to manage the relations between capabilities and systems based on the mapping matrixes representing associations of core entities. Then, a four-step capability mapping process for the mapping from capabilities to systems is suggested. Moreover, the capability gap analysis on how to identify and fill the capability gaps is also studied. Finally, an example of specific Net-Centric Warfare mission of Precision Engagement is used to illustrate the feasibility of the approach.
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