MilNova: An approach to the IoT solution based on model-driven engineering for the military health monitoring

Reyes, Ch. Rolando P.; Vaca, Hugo Pérez; Calderón, Darwin Manolo Paredes; Montoya, Luis; Aguilar, Wilbert G.

doi:10.1109/chilecon.2017.8229585

Cited by 15 publications

(8 citation statements)

References 8 publications

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“…The propose system also outclassed the previous researches such as in [12] by using filtering algorithms firstly, to remove excessive noise or outliers from sensed image/data and secondly, eliminates redundant data/image so as to obtain relevant information. It also monitors the health status of military personel and their locations while in active operations either on border patrol or in warfare, as opposed by previous work in [13] that only consider the health status of grandtroop personel. This was actualized by a wearable RFID tags as discussed in the section above.…”

Section: Discussionmentioning

confidence: 99%

“…It also proffers solutions to resolve the aforementioned challenges. In [13] a model-driven engineering (MDE) approach is proposed for the implementation of military health monitoring, to resolve the issue of technological fragmentation between the military settings (e.g., Navy, Air force and army). It also integrates the components and applications deployed by researchers and engineers in various disciplines.…”

Section: Introductionmentioning

confidence: 99%

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Deployment of internet of things-based cloudlet-cloud for surveillance operations

Abel

Shafie

Chan

2021

IJ-AI

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This research proposes the design of internet of things (IoT) camera/toxic gas sensors for the surveillance of a nation’s borders. Also, a wearable radio frequency identification (RFID) tag with built-in body-temperature/heartbeat sensors, for monitoring the health status and locations of military personnel while on border patrol duty or in battlefield combats. Mobile micro-controllers are deployed to gather sensed data retrieved from the sensors/RFID tags and transmitted to a cloudlet situated at the command control center, located 200 meters away from the sensor devices. Consequently, sensed data are dispatch to the cloud data center when there is a need for offline data mining or analysis. The distinguishing feature of our proposed system from previous researches is that the health status and locations of troops (soldiers) are monitored while they are in border patrol duty or in battlefield combats. Also, the introduction of cloudlet services closer to the IoT sensor devices for collection of sensed data. This way, the sensed data or information gathered at the cloudlet will aid timely information retrieval that will speed up intelligence gathering for strategic military operations, especially in critical situations. This is an innovative attempt to apply IoT-enabled cloudlet-based cloud computing to support military operations.

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Section: Discussionmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

Deployment of internet of things-based cloudlet-cloud for surveillance operations

Abel

Shafie

Chan

2021

IJ-AI

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“…DSLs can be based on the UML extension mechanism, called UML profiles, or on meta-models. Considering this, modeling stakeholders harness the capabilities of MDE to reduce a system’s complexity in many research fields and applications areas, including health [ 5 , 6 ], telecommunication [ 7 ], systems security [ 8 ], Internet of things [ 9 , 10 ], Robotics [ 11 ], Big Data [ 12 , 13 ], Aerospace applications [ 14 ], automotive systems [ 15 ], Cyber-Physical systems [ 16 ] and Climate change [ 17 ]. MDE languages allow the modeling of various constituents of systems, including the structure and the behavior.…”

Section: Introductionmentioning

confidence: 99%

Model-Driven Architectural Framework towards Safe and Secure Nuclear Power Reactors

Ouni¹,

Aussaguès²,

Dhouib³

et al. 2021

Sensors

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Sensor-based digital systems for Instrumentation and Control (I&C) of nuclear reactors are quite complex in terms of architecture and functionalities. A high-level framework is highly required to pre-evaluate the system’s performance, check the consistency between different levels of abstraction and address the concerns of various stakeholders. In this work, we integrate the development process of I&C systems and the involvement of stakeholders within a model-driven methodology. The proposed approach introduces a new architectural framework that defines various concepts, allowing system implementations and encompassing different development phases, all actors, and system concerns. In addition, we define a new I&C Modeling Language (ICML) and a set of methodological rules needed to build different architectural framework views. To illustrate this methodology, we extend the specific use of an open-source system engineering tool, named Eclipse Papyrus, to carry out many automation and verification steps at different levels of abstraction. The architectural framework modeling capabilities will be validated using a realistic use case system for the protection of nuclear reactors. The proposed framework is able to reduce the overall system development cost by improving links between different specification tasks and providing a high abstraction level of system components.

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Section: Introductionmentioning

confidence: 99%

Novel Model-Based approach for instrumentation and control of nuclear reactors

et al. 2021

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Technological platforms dedicated for digital instrumentation and control of nuclear reactors are quite complex in terms of functionalities and devices. Hence, the design of these platforms requires high-level abstraction layers able to reduce the complexity, to rise the automation and to check the consistency between different development stages. The development of such systems is a challenging task that requires modeling of various components at different levels of abstraction and viewpoints, notably functional, hardware and software levels. In this paper, a new system engineering methodology is proposed to provide high-level models of different components and inter/intra-communication between them. These models are used for system specification, architecture design, performance evaluation or verification and validation. This approach focuses on the internal behavior of different components at different levels of abstraction in order to enable the interoperability of these components and to enhance cooperation between different stakeholders of the development process. An experimental setup has been carried out to validate this approach by customizing an open source model based engineering tool, Eclipse Papyrus, towards a significant reduction of system development cost in terms of engineering resources and equipment devices.

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MilNova: An approach to the IoT solution based on model-driven engineering for the military health monitoring

Cited by 15 publications

References 8 publications

Deployment of internet of things-based cloudlet-cloud for surveillance operations

Deployment of internet of things-based cloudlet-cloud for surveillance operations

Model-Driven Architectural Framework towards Safe and Secure Nuclear Power Reactors

Novel Model-Based approach for instrumentation and control of nuclear reactors

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