The processing and analysis results based on bigdata provide reliable decision support for decision makers and users. With the further development of agricultural informatization, bigdata technology has been gradual...
The processing and analysis results based on bigdata provide reliable decision support for decision makers and users. With the further development of agricultural informatization, bigdata technology has been gradually applied to agricultural planning, production, management and marketing of agricultural products. Firstly, the problems to be solved in the application of bigdata in agriculture are put forward. Then, the main contents and difficulties of data acquisition, data analysis and processing, data application and service in the application of bigdata in agriculture are analysed. Finally, the problems in the application of bigdata in agriculture are proposed and the application of bigdata in agriculture is prospected.
Containerization technology makes use of operating system-level virtualization to pack application that runs with required libraries and is isolated from other processes on the same host. The lightweight easy deployme...
详细信息
ISBN:
(纸本)9781665461092
Containerization technology makes use of operating system-level virtualization to pack application that runs with required libraries and is isolated from other processes on the same host. The lightweight easy deployment of containers made them popular at many data centers. It has captured the market of virtual machines and emerged as lightweight technology that offers better microservices support. Many organizations are widely deploying container technology for handling their diverse and unexpected workload derived from modern applications such as Edge/ Fog computing, bigdata, and IoT in either proprietary clusters or public, private cloud data centers. In the cloud computing environment, scheduling plays a pivotal role. In the same way in container technology, scheduling also plays a critical role in achieving the optimum utilization of available resources. Designing an efficient scheduler is itself a challenging task. The challenges arise from various aspects like the diversity of computing resources and maintaining fairness among numerous tenants, sharing resources with each other as per their requirements, unexpected variation in resource demands and heterogeneity of jobs, etc. This survey provides a multi-perspective overview of container scheduling. Here, we have organized the container scheduling problem into four categories based on the type of optimization algorithm applied to get the linear programming Modeling, heuristic, meta-heuristic, machine learning, and artificial intelligence-based mathematical model. In the previous research work has been done on either Virtual machine placements to Physical Machines or Container instances to Physical machines. This leads to either underutilized PMs or over-utilized PMs. But in this paper, we try to combine both virtualization technology Containers as well as VMs. The primary aim is to optimize resource utilization in terms of CPU time. in this paper, we proposed a meta-heuristics algorithm named Sorted Task-base
The proceedings contain 9 papers. The special focus in this conference is on Performance Evaluation and Benchmarking. The topics include: EvoBench: Benchmarking Schema Evolution in NoSQL;Everyone is a Winner: Int...
ISBN:
(纸本)9783030944360
The proceedings contain 9 papers. The special focus in this conference is on Performance Evaluation and Benchmarking. The topics include: EvoBench: Benchmarking Schema Evolution in NoSQL;Everyone is a Winner: Interpreting MLPerf Inference Benchmark Results;CH2: A Hybrid Operational/Analytical Processing Benchmark for NoSQL;Orchestrating DBMS Benchmarking in the Cloud with Kubernetes;a Survey of bigdata, High Performance computing, and Machine Learning Benchmarks;tell-Tale Tail Latencies: Pitfalls and Perils in database Benchmarking;Quantifying Cloud data Analytic Platform Scalability with Extended TPC-DS Benchmark.
The current state of research involving the application of machine learning (ML) algorithms on various topics that directly impact human beings does not sufficiently focus on identifying and filling in research gaps. ...
详细信息
Multi-view document clustering, which learns common representations from multiple views to achieve consistent partition, has emerged lots of increasing work. Though promising performance has been demonstrated in vario...
详细信息
ISBN:
(数字)9783031171208
ISBN:
(纸本)9783031171208;9783031171192
Multi-view document clustering, which learns common representations from multiple views to achieve consistent partition, has emerged lots of increasing work. Though promising performance has been demonstrated in various applications, their view representations are learned with no consideration of achieving a consistent clustering partition. In this paper, we propose a Multi-view document Clustering model with Joint Contrastive learning (MCJC) to address the aforementioned issue. Our model learns the view representations with a joint contrastive learning module by introducing a task-specific objective so that it can effectively achieve consistency both in cluster-wise and featurewise hidden spaces. Meanwhile, in the clustering module, we collect the view-level cluster agreement and document-level clustering partition to refine the contrastive learning and obtain document assignments. As a result, the proposed model can use a joint contrastive module to learn clustering-friendly representation and through multi-level clustering to achieve better clustering performance. Extensive experiments on real datasets demonstrate that our model achieves state-of-the-art clustering effectiveness.
Educational Artificial intelligence is driving broader and deeper changes in higher education. This paper adopts the teaching process data of four classes of Computer System in the 2022-2023-1 semester of school of In...
Educational Artificial intelligence is driving broader and deeper changes in higher education. This paper adopts the teaching process data of four classes of Computer System in the 2022-2023-1 semester of school of Information Engineering, Wuhan Business University, using machine learning methods, through the analysis of students’ participation data, to explore and establish an analysis and prediction model of the influence of students' participation in teaching on their final examination results. After the model approximation and comparison between multiple linear regression and polynomial regression, the better polynomial linear regression fitting influence model is obtained, while the linear regression intuitively gives the weight of four variables. The model developed in this paper helps to quantify the effect of students' participation in the teaching process on their final exam results and can predict their final exam results through their teaching participation data, also can help teachers to make real-time adjustment of teaching methods in the teaching process, in order to achieve better learning effects.
Personalized suggestions, such as those based on a user's search history, purchase history, or other online activity, are a common use of artificial intelligence. AI is used a lot in commerce to do things like opt...
详细信息
In this paper a Fully Connected Neural Network (FCNN) model is developed for the prediction of the material thermal conductivity. The traditional theoretical experimental research and computational simulation could no...
详细信息
Rarity is known to be a factor in the price of non-fungible tokens (NFTs). Most investors make their purchasing decisions based on the rarity score or rarity rank of NFTs. However, not all rare NFTs are associated wit...
详细信息
In the context of the era of bigdata, it not only creates a lot of opportunities for the development of modern society but also poses more challenges. If the society wants to develop better, it must take good technic...
In the context of the era of bigdata, it not only creates a lot of opportunities for the development of modern society but also poses more challenges. If the society wants to develop better, it must take good technical means to process computer data to accurately mine the contained value. The application of cloud computing technology can achieve this purpose. Based on this, this paper analyzes the correlation between cloud computing technology and computer data processing through an overview of cloud computing technology, and then analyzes the cloud computing process based, so as to provide support for better application of cloud computing technology.
暂无评论