Energy data, especially power data, has the advantages of covering a wide range of industries, high value density, and good accuracy, relying on energy big data can widely describe all kinds of terminal production and...
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ISBN:
(纸本)9798350366105;9798350366099
Energy data, especially power data, has the advantages of covering a wide range of industries, high value density, and good accuracy, relying on energy big data can widely describe all kinds of terminal production and life activities. However, the privacy computing platforms of various vendors often adopt different technical architectures and algorithm protocols in the early implementation process, which makes the implementation of various platforms have great differences, resulting in the direct interconnection between heterogeneous privacy computing platforms of various organizations. Aiming at the interoperability needs and problems of energy big data privacy computing platforms with different technical architectures, this paper decouple the management plane and data plane of the privacy computing platform, and in accordance with the principle of business priority, proposes a new privacy computing interconnection model of "unified business collaboration component + flexible configuration algorithm engine" suitable for energy big data. Through the design of the east-west and North-South interface framework of the privacy computing platform and the security access principle of the algorithm engine, the whole processcontrol, cross-platform interconnection, and internal and external network penetration modeling and analysis of energy big data collaboration with the outside world are realized, which meets the key data security protection requirements of the State Grid such as distributed computing and storage of data inside and outside the platform. It is of great significance to promote energy big data to empower external institutions such as governments, banks and operators.
The work substantiates the use of modern information technologies and mathematical modeling based on the analysis of interval data as effective process management tools in biogas plants. The use of interval modeling a...
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Quality control mathematical model is a mathematical model based on the principle of statistical processcontrol. Its application in modern quality management provides a scientific basis for quality management. The es...
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In order to improve the intelligent control effect of building electrical, this paper combines wireless communication technology with Internet of Things technology, and proposes a new type of building intelligent syst...
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This study presents a geospatial analysis approach to derive the failure probability of GPS spoofing attacks by utilizing Poisson Point process (PPP) modeling. The research begins by establishing a robust framework fo...
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Robotic process automation (RPA) automates tasks traditionally performed by employees, reducing repetitive and error-prone work. While RPA bot models are based on graphical notations, data, a key component of RPA, is ...
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ISBN:
(纸本)9783031484230;9783031484247
Robotic process automation (RPA) automates tasks traditionally performed by employees, reducing repetitive and error-prone work. While RPA bot models are based on graphical notations, data, a key component of RPA, is often not explicitly represented, making it difficult to understand how data contributes to the automation. This paper explores the role of data in RPA, extends the ontology of RPA operations by data aspects, and proposes a visualization of data in RPA bot models, promoting the design of more comprehensible RPA bot services and enabling different bot analysis techniques.
This study presents a novel two-dimensional statistical pattern analysis (2D-SPA) method, specially designed to address the challenges inherent in monitoring and modelingprocesses within low-volume, high-quality food...
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In recent decades, with the vigorous development of the national economy, the living standards of residents have also risen, and various types of consumption have emerged. In order to study the consumption situation o...
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Digital twin achieves interactive mapping between physical entities and virtual models, enabling continuous real-time monitoring of process quality in virtual spaces. This paper addresses the issues of high latency an...
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System modelling is an essential task for controller design. System identification is widely used for dynamic systems modelling and provides high performance practical dynamic systems modelling. In this paper, a least...
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ISBN:
(纸本)9798350343427;9798350343434
System modelling is an essential task for controller design. System identification is widely used for dynamic systems modelling and provides high performance practical dynamic systems modelling. In this paper, a least square approach and recursive least square based identification techniques are proposed for comparative analysis of dynamic modelling of a single -input single-output tank process. Chirp and multi-sine signals are utilized for system modelling as they provide the required data for capturing the system dynamics. A comparative analysis is carried out with nonlinear recursive least square techniques such as ARX model, ARMAX model, Box-Jenkins model, OutputError model for evaluating the proposed approach effectiveness. The ARX method provided high performance for single-input single-output tank system identification in the presence of system noise.
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