What can SciSpace do ?
Best insight from top research papers
SciSpace is a Scientific Collaboration Workspace that provides a global view of information shared from multiple geographically dispersed HPC data centers under a single workspace. It supports native data-access to achieve high-performance when reading or writing data in the native data center namespace. SciSpace also implements a search and discovery service to optimize scientific collaborations across HPC data centers. The evaluation results show an average 36% performance boost when using the proposed native-data access in collaborations .
Answers from top 4 papers
More filters
| Papers (4) | Insight |
|---|---|
| The paper does not mention anything about SciSpace or its capabilities. The paper is about using space-based investigations to inform cancer research on Earth. | |
| The paper does not mention anything about "SciSpace" or its capabilities. The paper discusses the role of scientific publications in creating spaces for communities to converse and exchange on scientific subjects. | |
Open access•Posted Content | SciSpace can provide a global view of information shared from multiple geo-distributed HPC data centers under a single workspace, support native data-access for high-performance data read or write, and implement search and discovery service for optimizing scientific collaborations. |
11 Citations | SciSpace can provide a global view of information shared from multiple geo-distributed HPC data centers under a single workspace and supports native data-access for high-performance data read or write operations. |
Related Questions
How to use scispace?5 answersTo utilize SCISPACE effectively, users can access a global view of shared information from multiple geographically dispersed HPC data centers under a single workspace, enabling high-performance data read or write operations within the native data center namespace. Additionally, for cancer biologists, the Shiny Pan-cancer Accessible Chromatin Explorer (SPACE) web server offers an all-in-one platform supporting ATAC-seq analysis with matched clinical phenotype and transcriptome data, allowing exploration of regulatory elements, potential regulators, clinical relevance of peaks, prediction of pathways, correlations with RNAs, and insights into the immune-related tumor microenvironment. These tools provide valuable resources for collaborative data sharing and in-depth analysis in the fields of HPC data centers and cancer research.
What api is scispace based on?5 answersSCISPACE is based on an API that allows for native data-access and high-performance collaboration between geographically dispersed HPC data centers.
What are the pros and cons of using SciSpace?4 answersSciSpace has several pros and cons. On the positive side, it provides a global view of information shared from multiple geographically dispersed HPC data centers under a single workspace, improving information and resource sharing for joint simulation and analysis between the centers. It also supports native data-access, which allows for high-performance data read or write operations in the native data center namespace. Additionally, SciSpace implements a search and discovery service to optimize scientific collaborations across HPC data centers. On the negative side, there are challenges such as a collective view of multi-site shared data, minimal performance degradation of scientific applications, and data sharing policies in such collaborations. However, the feasibility of SciSpace has been demonstrated using real scientific datasets and applications, showing an average 36% performance boost when employing native-data access in collaborations.
How does scispace work ?5 answersScispace works by defining a virtual space where users can interact and exchange information on scientific topics. It involves the use of head-mounted display devices to provide a field of view of the virtual space. Users can control the motion of objects within the virtual space by detecting their own body movements in the real space. The position and movement of objects in the virtual space can be synchronized with the detected motion. Scispace also allows for the detection of predetermined relationships between objects and the ability to move objects in different directions based on certain conditions. The goal of scispace is to create a network of intelligences where the scientific community can engage in conversations and exchanges.
What are the benefits of using scispace?3 answersSciSpace provides several benefits in collaborative data centers. It offers a global view of information shared from multiple geographically dispersed HPC data centers under a single workspace, improving information and resource sharing for joint simulation and analysis between the centers. It supports native data-access, allowing for high-performance when reading or writing data in the native data center namespace. SciSpace also implements a search and discovery service to optimize scientific collaborations across HPC data centers. The evaluation results show an average 36% performance boost when using the proposed native-data access in collaborations. Overall, SciSpace enhances collaboration by providing a collective view of shared data, minimizing performance degradation, and implementing efficient data sharing policies.
What is the benefits of scispace?5 answersSciSpace, a Scientific Collaboration Workspace, provides several benefits. It offers a global view of information shared from multiple geographically dispersed HPC data centers under a single workspace, improving information and resource sharing for joint simulation and analysis between the centers. It supports native data-access, allowing for high-performance when reading or writing data in the native data center namespace. SciSpace also implements a search and discovery service to optimize scientific collaborations across HPC data centers. The evaluation results show an average 36% performance boost when using the proposed native-data access in collaborations. Overall, SciSpace enhances collaboration and data sharing between HPC data centers, improving the efficiency and effectiveness of scientific collaborations.