Osaka University and NEC have joined forces to create a cutting-edge data infrastructure that supports Open Science. This collaboration aims to address the growing need for sharing research data and promoting its utilization. By developing three elemental technologies, including a data aggregation platform, research process information generation, and high-speed data transmission, the joint research laboratory is paving the way for accelerated Open Science. In this article, we will delve into the background, research results, and the upcoming exhibition at SC23, where these groundbreaking technologies will be showcased.
Creating a Data Infrastructure for Open Science
Learn about the collaboration between Osaka University and NEC to develop a data infrastructure supporting Open Science.
Open Science has become a global movement, with universities and research institutions striving to share research data with society. Osaka University and NEC have recognized the importance of creating a data infrastructure that enables the sharing of research data and promotes its utilization. Through their collaboration, they have developed a cutting-edge data aggregation platform that allows researchers to store and share data with ease.
The joint research laboratory at Osaka University has been at the forefront of this initiative, working on three elemental technologies that form the foundation of the data infrastructure. These technologies include integrating a data aggregation platform and data publication platform, generating research process information on supercomputers, and implementing a high-speed data transmission function.
By combining their expertise and resources, Osaka University and NEC are revolutionizing the way research data is managed and shared. This collaboration is a significant step towards accelerating Open Science and fostering collaboration between industry and academia.
Integrating Data Aggregation and Publication Platforms
Discover how the integration of data aggregation and publication platforms simplifies the process of sharing research data.
Sharing research data with the wider scientific community and society is crucial for advancing scientific knowledge. However, the process of making data public can be burdensome for researchers. To address this challenge, Osaka University and NEC have developed a unique technology that integrates a data aggregation platform with a data publication platform.
This integration allows researchers to seamlessly transition from sharing data with other researchers within the data aggregation platform to publishing it through the institutional repository managed by the Osaka University Library. By streamlining the publication process, researchers can focus more on their work and contribute to the Open Science movement.
This innovative technology has been tested and proven to reduce the burden on researchers, making it easier for them to share their research data with the scientific community and the public. It is a significant step towards creating a robust data infrastructure that supports Open Science.
Generating Research Process Information on Supercomputers
Explore the technology that automatically generates research process information on supercomputers.
Supercomputers play a vital role in scientific research, generating vast amounts of data. However, keeping track of the research process and linking it to the data manually can be challenging for researchers. To address this issue, Osaka University and NEC have developed a technology that automatically generates research process information on supercomputers.
This technology records provenance information, describing the computing processes as part of the research process. By automating this process, researchers can accurately and efficiently document their work without additional burden. This ensures the reliability and reusability of research data, contributing to the advancement of Open Science.
The automatic generation of research process information on supercomputers is a significant achievement in data management. It simplifies the research process and enhances the integrity of research data, making it more valuable for future scientific endeavors.
Enabling High-Speed Data Transmission
Learn about the high-speed data transmission function that facilitates rapid sharing of research data.
In today's data-driven world, the ability to share research data quickly and efficiently is crucial for collaboration and scientific progress. Osaka University and NEC have developed a high-speed data transmission function that enables the rapid sharing of research data among research groups.
This function allows research groups to upload large amounts of data to the data aggregation platform and share it instantaneously with other groups. It promotes seamless collaboration and enhances the exchange of knowledge and insights.
Furthermore, this high-speed data transmission function has the potential to facilitate international data sharing. Osaka University and NEC are exploring the possibility of using this system for data sharing with external research groups, further expanding the reach and impact of Open Science.
Showcasing the Research Results at SC23
Discover the upcoming exhibition at SC23 where the research results will be showcased.
The research results of the collaboration between Osaka University and NEC will be showcased at the International Conference for High Performance Computing, Networking, Storage, and Analysis (SC23). This prestigious event, scheduled to be held in Denver, Colorado, provides a platform for researchers and industry professionals to exchange knowledge and insights.
At the exhibition, the technology integrating data aggregation and publication platforms, the generation of research process information on supercomputers, and the high-speed data transmission function will be demonstrated. This is an excellent opportunity for attendees to witness firsthand the innovative solutions developed by Osaka University and NEC.
By sharing their research results at SC23, Osaka University and NEC aim to inspire and collaborate with the scientific community, fostering further advancements in Open Science and data infrastructure.
Conclusion
The collaboration between Osaka University and NEC to develop a data infrastructure supporting Open Science is a significant milestone in the research community. By integrating data aggregation and publication platforms, generating research process information on supercomputers, and enabling high-speed data transmission, they have paved the way for accelerated Open Science and enhanced research data management.
These innovative technologies simplify the process of sharing research data, improve the reliability and reusability of data, and promote collaboration between researchers. The upcoming exhibition at SC23 provides an excellent opportunity to showcase these research results and inspire further advancements in Open Science.
Osaka University and NEC's commitment to creating a robust data infrastructure demonstrates their dedication to fostering scientific progress and collaboration. With their combined expertise and resources, they are shaping the future of Open Science and driving innovation in research data management.
FQA
What is the significance of the collaboration between Osaka University and NEC?
The collaboration between Osaka University and NEC is significant as it aims to create a data infrastructure supporting Open Science. This infrastructure enables the sharing of research data, promotes collaboration between researchers, and enhances research data management.
What technologies have been developed as part of this collaboration?
As part of this collaboration, three elemental technologies have been developed: integrating data aggregation and publication platforms, generating research process information on supercomputers, and enabling high-speed data transmission. These technologies revolutionize the way research data is managed and shared.
How will these technologies benefit the research community?
These technologies simplify the process of sharing research data, improve the reliability and reusability of data, and promote collaboration between researchers. They enhance research data management and contribute to the advancement of Open Science.
Where will the research results be showcased?
The research results will be showcased at the International Conference for High Performance Computing, Networking, Storage, and Analysis (SC23) in Denver, Colorado. This exhibition provides an opportunity for researchers and industry professionals to witness the innovative solutions developed by Osaka University and NEC.
What is the future impact of this collaboration?
The collaboration between Osaka University and NEC sets the stage for future advancements in Open Science and research data management. It demonstrates the commitment to fostering scientific progress, collaboration, and innovation in the research community.
