Recent technological advancements in pervasive systems have shown the potential to address challenges in the military domain. Research developments in military-based mission-critical systems have refined a lot as in autopilot, sensing true target behavior, battle damage conditions, acquiring, and manipulating command control information. However, the application of pervasive systems in the military domain is still evolving. In this paper, an intelligent framework has been proposed for mission-critical systems to incorporate advanced heterogeneous communication protocols; service-oriented layered structure and context-aware information manipulation. The proposed framework addresses the limitation of “time-space” constraints in mission-critical systems that have been improved significantly. This improvement is courtesy to enhancing situation-aware tactical capabilities such as localization, decision significance, strategic span, strategic intentions, resource coordination, and profiling concerning the situation. A comprehensive use case model has been presented for a typical battle-field scenario followed by a comparison of the proposed framework with existing techniques. It is evident from experiments and analyses that the proposed framework provides more effective and seamless interaction with contextual resources to improve tactical capabilities.

中文翻译：

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用于安全关键任务系统的上下文感知和智能框架

普遍系统的最新技术进步显示出解决军事领域挑战的潜力。基于军事的关键任务系统的研究发展已经改进了很多，例如自动驾驶仪、感知真实目标行为、战斗损伤条件、获取和操纵指挥控制信息。然而，普适系统在军事领域的应用仍在不断发展。在本文中，为关键任务系统提出了一个智能框架，以结合先进的异构通信协议；面向服务的分层结构和上下文感知信息操作。拟议的框架解决了已显着改进的关键任务系统中“时空”约束的限制。这种改进是为了增强态势感知的战术能力，例如定位、决策意义、战略跨度、战略意图、资源协调和有关情况的剖析。已经为典型的战场场景提出了一个综合用例模型，然后将提议的框架与现有技术进行了比较。从实验和分析中可以明显看出，所提出的框架提供了与上下文资源更有效和无缝的交互，以提高战术能力。已经为典型的战场场景提出了一个综合用例模型，然后将提议的框架与现有技术进行了比较。从实验和分析中可以明显看出，所提出的框架提供了与上下文资源更有效和无缝的交互，以提高战术能力。已经为典型的战场场景提出了一个综合用例模型，然后将提议的框架与现有技术进行了比较。从实验和分析中可以明显看出，所提出的框架提供了与上下文资源更有效和无缝的交互，以提高战术能力。