Pricing model for revenue generation using Recurrent Neural Network for Cloud service provider

As more and more power information systems are gradually deployed to cloud servers, the task scheduling of a secure cloud is facing challenges. Optimizing the scheduling strategy only from a single aspect cannot meet the needs of power business. At the same time, the power information system deployed on the security cloud will face different types of business traffic, and each business traffic has different risk levels. However, the existing research has not conducted in-depth research on this aspect, so it is difficult to obtain the optimal scheduling scheme. To solve the above problems, we first build a security cloud task-scheduling model combined with the power information system, and then we define the risk level of business traffic and the objective function of task scheduling. Based on the above, we propose a multi-objective optimization task-scheduling algorithm based on artificial fish swarm algorithm (MOOAFSA). MOOAFSA initializes the fish population through chaotic mapping, which improves the global optimization capability. Moreover, MOOAFSA uses a dynamic step size and field of view, as well as the introduction of adaptive weight factor, which accelerates the convergence and improves optimization accuracy. Finally, MOOAFSA applies crossovers and mutations, which make it easier to jump out of a local optimum. The experimental results show that compared with ant colony (ACO), particle swarm optimization (PSO) and artificial fish swarm algorithm (AFSA), MOOAFSA not only significantly accelerates the convergence speed but also reduces the task-completion time, load balancing and execution cost by 15.62–28.69%, 66.91–75.62% and 32.37–41.31%, respectively.

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“…The pricing of virtual resources, such as CPU cores, memory, and bandwidth, is based on the values in Refs. [28,29], as listed in Table 8.…”

Section: Experimental Environment and Parameter Settingmentioning

confidence: 99%

Multi-Objective Optimization of a Task-Scheduling Algorithm for a Secure Cloud

Fan

Dang³

et al. 2022

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Effective Machine Learning Pricing Model for Indian FMCG Market

Bhattacharya

2024

Fostering Cross-Industry Sustainability With Intelligent Technologies

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An AI platform is a suite of services that supports the life cycle of machine learning and helps clients select the best product. Its purpose is to maximize the sale of the product, and the resulting profit is focused on various product parameters (like their pricing, their packaging, their expiry dates, and many more). AI algorithms support diverse scenarios such as a seller-buyer relationship to maximize profit for both parties. These platforms are aimed at solving the challenges faced by the growth of global industries and companies, namely the visibility of data throughout the value chain. Systems powered by artificial intelligence improve the productivity, growth, and robustness of the company's foundation. They improve the efficiency of services and resources. This will help the customer identify, choose efficiently, and re-deploy resources into high business potential choices continuously.

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Pricing model for revenue generation using Recurrent Neural Network for Cloud service provider

Cited by 2 publications

References 4 publications

Multi-Objective Optimization of a Task-Scheduling Algorithm for a Secure Cloud

Multi-Objective Optimization of a Task-Scheduling Algorithm for a Secure Cloud

Effective Machine Learning Pricing Model for Indian FMCG Market

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