Security-aware multi-objective optimization of distributed reconfigurable embedded systems

Nam, Hyunsuk; Lysecky, Roman

doi:10.1016/j.jpdc.2018.02.015

Cited by 6 publications

(2 citation statements)

References 24 publications

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“…Furthermore contributions have been in presenting the frameworks that are related to Building Time components [23], developing frameworks that are related to development of real-time distributed embedded systems [24], Frameworks relating to either security aware or building security [25] A novel method has been presented by [J.K.R Sastry et al, 2015] [26] for networking different heterogeneous embedded systems through RS485 and bus-based serial communication system. One of the computing node connected to the network behaves like a master having full access and control of the bus.…”

Section: Related Workmentioning

confidence: 99%

A Formal and Enriched Framework for Testing Distributed Embedded Systems

Chaitanya¹,

Hyderabad²

2019

IJETER

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Distributed embedded systems frequently employed for implementing many of the applications such as home automation, Automobile systems, Air surveillance, and quite recently as subnets forming an IoT (Internet of things). Distributed Embedded systems are quite complex due to the existence of heterogeneity among hardware and software and due to the existence of variance between the message flows that should happen from the protocol uses and flow requirements of the application concerned. The distributed embedded systems must be tested considering hardware, software, and the system used for networking the individual embedded systems. For undertaking testing the distributed embedded systems, many gadgets, tools, methods, and mechanisms required. Testing communication that happens among the individual embedded systems is complex. Continuous availability of the entire distributed embedded system along with the testing system is a critical requirement for undertaking comprehensive testing, which as such cannot be guaranteed. In this paper, a framework proposed for undertaking the testing of the distributed embedded system.

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Section: Related Workmentioning

confidence: 99%

A Formal and Enriched Framework for Testing Distributed Embedded Systems

Chaitanya¹,

Hyderabad²

2019

IJETER

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“…Equation 8is an unconstrained minimization problem. It expresses the constraints of model (6) in the objective function in the form of penalty function [20].…”

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confidence: 99%

Data-Driven Optimal Control for Pulp Washing Process Based on Neural Network

Shan

Tang

2020

Mathematical Problems in Engineering

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Pulp washing process has the features of multivariate, time delay, nonlinearity. Considering the difficulties of modeling and optimal control in pulp washing process, a data-driven operational-pattern optimization method is proposed to model and optimize the pulp washing process in this paper. The most important quality indexes of pulp washing performance are residual soda in the washed pulp and Baume degree of extracted black liquor. Considering the difficulties of modeling, online measurement of these indexes, two-step neural networks, and multivariate logistic regression are used to establish the prediction models of residual soda and Baume degree. The mathematical model of the washing process can be identified, and the indexes can meet the production requirements. In the target of better product quality, low cost, and low energy consumption, a multiobjective problems is solved by ant colony optimization algorithm based on the optimized operational-pattern database. It shows that the theoretical analyses are correct and the practical applications are feasible, optimization control system has been designed for the pulp washing process, and the practical results show that pulp production increased by 20% and water consumption decreased by nearly 30%. This method is effective in the pulp washing process.

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