Integrated energy is an important component of the new power system, and its IoT components need to collect and process energy equipment measurement data in real time. In order to solve the problems of large batches o...
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As cloud computing advances, safeguarding cloud data centers from security threats takes precedence. Enter SynerGATE, a hybrid intrusion detection system. SynerGATE combines LSTM and GRU networks, aiming to predict te...
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ISBN:
(数字)9798350361513
ISBN:
(纸本)9798350361513;9798350372304
As cloud computing advances, safeguarding cloud data centers from security threats takes precedence. Enter SynerGATE, a hybrid intrusion detection system. SynerGATE combines LSTM and GRU networks, aiming to predict temporal patterns within network traffic. SynerGATE's core architecture features dual LSTM and GRU layers, trained using the cross-entropy loss function. These algorithms uncover long-term feature dependencies, with extracted features classified by the Adam classifier. This fusion provides a holistic understanding of network behavior, exposing intrusion attempts. Real-world experiments in live cloud data centers evaluated SynerGATE, using metrics like accuracy, precision, recall, and F1-score. Results highlight its ability to predict network patterns, swiftly detect traffic shifts, and identify evolving threats in dynamic conditions. SynerGATE excels in adapting to ever-evolving attack strategies, enhancing security in the cloud.
With the continuing advancement of ubiquitous computing and various sensor technologies, we are observing a massive population of multimodal sensors at the edge which posts significant challenges in fusing the data. I...
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CERN is an European research facility that operates the largest and most powerful particle accelerator in the world, called the Large Hadron Collider (LHC). The LHC hosts four large experiments studying proton-proton ...
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Every single day, users are increasing as the world has explored technology where data is producing more and more big data and cloud technologies are the reason behind the scene because big data and cloud computing ar...
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Aiming at the problem of large data Transmission delay and computation delay in dataprocessing of High-frequency information acquisition in low-voltage substations area, the model of edge intelligent high-frequency i...
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New clients cost a business significantly more money in e-commerce than keeping its existing clients. Companies can boost consumer retention, which will result in more revenue and faster growth, by anticipating which ...
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Smart gadgets can now communicate from close to a long distance with one another and with the Internet or cloud. Internet of things (IOT) brings a paradigm shift of employing low resource IOT smart system with cloud c...
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A very quick progress in information technologies as well as the telescope creation technologies produce a big volume of astronomical big data as well as high dimensional information. All such big data are needed to b...
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Cloud computing is already a part of the daily lives of both people and companies and as such, there is a concern about how it impacts the environment. The union of these two realities provides an opportunity for the ...
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ISBN:
(纸本)9781665492874
Cloud computing is already a part of the daily lives of both people and companies and as such, there is a concern about how it impacts the environment. The union of these two realities provides an opportunity for the emergence of Green Cloud computing with new proposals, approaches, and metrics to make data centers more efficient, mainly in terms of energy, as well as to reduce CO2 emissions and its environmental impact. Knowing the metrics that can be used to measure the energy cost and environmental impact of data centers are fundamental in Green computing, this article studies the relationship between energy consumption and execution times, architecture, and costs of a cloud environment. Using simulators it was possible to see an improvement in energy efficiency above 44%, as well as to get a cost reduction of at least 17%, and a reduction of of 55% in the environmental impact from the emission of CO2. It is important to note that there was no impact on processing times, by using the adoption of algorithms for complex problems, in the scheduling of Virtual Machines.
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