Cyber‐physical systems opportunities in the chemical industry: A security and emergency management example

Squire, Richard H.; Song, Houbing

doi:10.1002/prs.11676

Cited by 14 publications

(11 citation statements)

References 2 publications

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“…This higher technological level has been demonstrated in this article, resulting in additional enhancements for several operational and business areas. It is a consistent competitive opportunity in a growing and increasingly demanding market [7]. The opportunities' areas brought by the authors address the 4.0 mainstays considered appropriate, as a technological situation in the reading of this business segment.…”

Section: Overall Performance Optimization In Essential Oil Industrymentioning

confidence: 96%

Manufacturing 4.0: Discussion on Application in the Extractive Industry of Essential Oils

Machado¹,

Andrade²,

Lepikson³

2020

JBTH

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Yield uncertainties characterize the industrial extraction of essential oils. The variable plant contents, undetected and uncorrected operational issues such as production in small batches, with a significant variation in the process cycles, productivity, and quality, compromise process performance, and the value of the finished product. The technological advances of industry 4.0 provide an opportunity to achieve economic, environmental, and productivity gains, even with the wide variety of products manufactured. This study aimed at improving the performance of such processes using the pillars of industry 4.0 as a method, highlighting the techniques of data acquisition and processing for intelligent analysis, based on automated and systemic learning, generating improvements for the overall performance of the operation as well as enhancing good manufacturing practices (process safety, quality, repeatability and traceability) and supply chain management. Our findings showed the adherence of 4.0 vision to this industry.

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Section: Overall Performance Optimization In Essential Oil Industrymentioning

confidence: 96%

Manufacturing 4.0: Discussion on Application in the Extractive Industry of Essential Oils

Machado¹,

Andrade²,

Lepikson³

2020

JBTH

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“…Internet of Thing (IoT), which is one of the most important and powerful communication paradigms of the 21st century has been a considerable attention from last few years [1]- [3]. It has been widely used in many fields, such as industrial control [4], network physical system [5], public security equipment [6], military investigation [7]. With the development of the intelligent and cognitive techniques, we enter the IoT era in which the communication network is becoming increasingly dynamic, the IoT technology is being confronted with a series of new challenges [8]- [12], more secure and reliable IoT device recognition technology need to be researched to adapt to the increasingly complex application environment.…”

Section: Introductionmentioning

confidence: 99%

Research on the Internet of Things Device Recognition Based on RF-Fingerprinting

Zhang

et al. 2019

IEEE Access

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Internet of Things (IoT) technology provides a large-scale network for information exchange and communication with big data. Because of the openness of IoT devices in the process of signal transmission, the recognition and access of different IoT devices are directly related to the wide application of its system. The radio frequency fingerprinting (RFF) is a unique characteristic closely related to the hardware of IoT devices themselves, which is difficultly tampered. In this paper, four kinds of RF fingerprint feature extraction algorithms based on statistical features are studied. Robust principle component analysis (RPCA) is used for the dimensionality reduction and the support vector machines (SVM) is used for classification. Through theoretical modeling and experimental verification, the reliability and distinguishability of RFFs are extracted and evaluated, and the classification results are displayed in the real IoT equipment environment.INDEX TERMS Internet of Things, radio frequency identification, robust principle component analysis, support vector machines.

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“…Similarly to any other security activities, measures related to information security also limit some of the critical and much needed functionalities of (business) information systems [ 4 ], thus creating a necessity to plan restrictions in a rational and analytical manner. When planning information security, one needs to consider that new technologies are being implemented for improving the ability to make quick and correct decisions and increasing the availability of required critical information in a mobile manner [ 17 ]. Remote access and interoperability are also among such requirements [ 5 ].…”

Section: Introductionmentioning

confidence: 99%

“…Remote access and interoperability are also among such requirements [ 5 ]. Following these requirements, an approach to building an effective business information system demands multidisciplinary skills and cross-disciplinary collaboration [ 17 ], while business models need to meet criteria related to cooperative control, agility, flexibility, operability and robustness [ 18 ]. In this way, the risk of narrow-minded and biased decisions is reduced, while plans are more adaptive and applicable to different situations.…”

Section: Introductionmentioning

confidence: 99%

Measuring Information Security Performance with 10 by 10 Model for Holistic State Evaluation

Bernik

Prislan

2016

PLoS ONE

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Organizations should measure their information security performance if they wish to take the right decisions and develop it in line with their security needs. Since the measurement of information security is generally underdeveloped in practice and many organizations find the existing recommendations too complex, the paper presents a solution in the form of a 10 by 10 information security performance measurement model. The model—ISP 10×10M is composed of ten critical success factors, 100 key performance indicators and 6 performance levels. Its content was devised on the basis of findings presented in the current research studies and standards, while its structure results from an empirical research conducted among information security professionals from Slovenia. Results of the study show that a high level of information security performance is mostly dependent on measures aimed at managing information risks, employees and information sources, while formal and environmental factors have a lesser impact. Experts believe that information security should evolve systematically, where it’s recommended that beginning steps include technical, logical and physical security controls, while advanced activities should relate predominantly strategic management activities. By applying the proposed model, organizations are able to determine the actual level of information security performance based on the weighted indexing technique. In this manner they identify the measures they ought to develop in order to improve the current situation. The ISP 10×10M is a useful tool for conducting internal system evaluations and decision-making. It may also be applied to a larger sample of organizations in order to determine the general state-of-play for research purposes.

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Cyber‐physical systems opportunities in the chemical industry: A security and emergency management example

Cited by 14 publications

References 2 publications

Manufacturing 4.0: Discussion on Application in the Extractive Industry of Essential Oils

Manufacturing 4.0: Discussion on Application in the Extractive Industry of Essential Oils

Research on the Internet of Things Device Recognition Based on RF-Fingerprinting

Measuring Information Security Performance with 10 by 10 Model for Holistic State Evaluation

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