Situational Awareness (SAW) is a concept widely used in areas that require critical decision making, such as in the field of emergency management. SAW is related to the level of perception and understanding that an individual has about real events occurring in complex scenarios, which must be managed by critical systems. Such critical systems require specialized user interfaces (UI) to give operators a dynamic understanding of what is happening in the environment. A challenging issue in the design of SAW-oriented interfaces is to determine how the human-computer interface process can be constructed for SAW enrichment, considering environments with heterogeneous data sources, limitations in data quality, and ever-changing situations. The problem increases when information is subject to uncertainties, which may compromise the situation analysis process. In addition, humans make decisions based on their own understanding of the event, which allied with experience and knowledge can be valuable assets to be used to process situational information about emergencies for the acquisition of SAW. The objective of this work is to demonstrate how to include a SAI-oriented UI in the process of evaluating emergency situations and to present the development of a UI that promotes the management of situational information of emergencies to promote the acquisition of SAW. The results present a specified routine for employing specialized UIs in SAW as part of a situation assessment process, which supports a strong integration between the human operator and other phases of the process, such as quality assessment, data fusion and information visualization , As well as a prototype interface that meets the process. A case study with a critical scenario of a theft event is also presented to demonstrate the applicability of the proposed approach
The individual's perception and understanding obtainment on events that transform an environment and their real critical contexts, is named Situational Awareness (SA). This process assists emergency management situation, allowing experts on SA acquisition and maintenance process, and provide subsidies for an assertive decision making. Specialized SA User Interfaces (UI) may facilitate the knowledge acquisition, allowing the perception and dynamic comprehension. The UIs design of SA-oriented systems in critical scenarios, as emergency management is a challenging issue, considering the presence of multiple heterogeneous data source, the information about situation that's in constant transformation and quality limitations associated every new inference. Known approaches seek to present specifically solutions to their application domain and are inevitably limited as the described needs in this paper. This paper presents the UI development to promote the visualization and situational information evolution follow-up, information quality aware, driven to a case of study in emergency management, which includes new challenges like the data presentation from human intelligence.
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