Development Of Cloud Computing Technology Research Articles

Implementation of Cloud Run and Cloud Storage as REST API Service on OutfitHub Application

The development of Cloud Computing technology has progressed rapidly in recent years especially with the emergence of Google Cloud Services (GCR) which has become one of the leading cloud service providers. This research focuses on the OutfitHub application, which plays a role in assisting users in determining clothing styles using a personalized recommendation system. In developing this application, the research seeks to implement cloud computing services to improve application performance. The purpose of this research is to implement Cloud Computing, especially Cloud run and Cloud Storage services as Rest API in the Outfithub application. By implementing these two services, it is expected that there is no need to pay attention to the problem of Storage needs that are growing at any time and no need to worry about the need for server configuration because both of these things will be fully done by GCR. Implementing Cloud Computing will provide a variety of benefits in addition to those previously mentioned, such as: being able to access data from anywhere and at any time. This implementation is expected to be able to run OutfitHub applications in a Cloud environment in a serverless computing manner without requiring the design of unnecessary virtual machines.

Application and Development of Cloud Computing Technology in the Field of Financial Management Informatization - based on Zhong tong Financial Cloud

According the development of digital technology, we are entering an era of digital economy now. Digital information technology has begun to penetrate social and economic life in an all-round way, becoming a new driving force for economic growth. With the development of the digital technologies , more and more enterprises have begun to embark on the road of digitalization. Cloud computing technology has the obvious advantage of being able to process and calculate massive data at high speed, and can also meet the needs of financial accounting management of units.

Application and Development of Cloud Computing Technology in Computer Data Processing

In recent years, cloud computing technology has been extensively employed in various industries of society. Many enterprises generally use cloud computing technology to store data in computer hard disk and mobile hard disk. Cloud computing technology has grown the pace of local computer and data processing, and put forward the function of distributed storage for data storage, which speeds up the transformation of computer Internet mode. It is an instant service. Through the unique fixed matching mode, different client data and resources are sorted out and transmitted to the cloud to realize the calculation of big message and ensure the accuracy of the consequences. Cloud computing has its own characteristics, its computing power is not limited by the device itself, for example, through the Internet will need to provide services to request, through cloud computing will be presented in the mobile device terminal. Therefore, cloud technology has caused great changes to national life and production mode, and has greatly improved national level of scientific and technological development. At present, there are still some loopholes in computer data processing, so in order to further improve the perfection of data processing, it is necessary for relevant personnel to adopt reasonable technology for cloud computing application, perfect cloud computing technology analysis and research work, and then promote the quality of computer data processing, make sure the safety of computer information data, and ensure the scope and effectiveness of cloud computing in computer data progression.

Containers and orchestration of numerical ocean model for computational reproducibility and portability in public and private clouds: Application of ROMS 3.6

Various numerical models have been used to understand and predict ocean dynamics. For this reason, many information technology (IT) resources are required for high-resolution global ocean modeling. The development of cloud-computing technologies has enabled earth scientists to easily use numerical ocean models that require high-performance computing (HPC) and message-passing interface (MPI) software in private and public clouds. Although it is easier today to use computing resources than it was in the past, computational reproducibility and portability in diverse IT environments remain crucial issues. This study proposes a model execution architecture for computational reproducibility, portability, and agility based on container-based virtualization and orchestration technologies. We implement a containerized regional ocean-modeling system (ROMS), an MPI-based numerical ocean model that exists in various public or private cloud environments (e.g., personal computers and multiple-node servers). The preparation time for model setup is greatly reduced using our container-based HPC architecture. Containerization of ROMS is tested for its support of the portability of numerical modeling in a wide range of public-cloud environments. When leveraging an abstraction layer of complex and diverse infrastructure environments, we can run the ocean model more easily while obtaining computational reproducibility using a shareable deployment code. This advancement can be used to guide the containerization of various numerical models and to run them in parallel in public and private cloud-computing environments.