Neuroscience research generates vast amounts of data that require advanced computing resources for data storage, management, analysis, and simulation. Efficiently using high-performance compute architectures and processing these massive data sets pose significant challenges that require the development of new computational methods and algorithms. The use of advanced computational methods and algorithms is crucial in addressing these challenges.
The goal of this Research Topic is to explore current advances and promising directions for large-scale computing in neuroscience research. This Research Topic aims to provide a comprehensive overview of the current challenges in large-scale computing in neuroscience research and provide future directions to address those challenges.
We welcome contributions that address the key challenges in large-scale computing in neuroscience. Specific themes include:
(i) Interdisciplinary strategies and collaborations to address issues related to data sharing, integration, and analysis
(ii) Security and privacy challenges, such as ethical issues, regulation, and government policies, and the potential for harmful or accidental data breaches
(iii) Reproducibility and transparency concerns in large scale computing, including data sharing, standards, and best practices for data collection, analysis, and archival
(iv) Novel strategies and algorithms to exploit large-scale computing architectures and cloud technologies in neuroscience, e.g., for simulation, analysis, and data presentation
All the manuscripts studying the aspects of Large Scale Data Analysis in Neuroscience should be submitted to
Emerging Trends in Large-Scale Data Analysis for Neuroscience Research.
We encourage authors to present original research articles, reviews, opinion pieces, perspectives, and innovative studies in this field.
Overall, this Research Topic aims to foster a deeper understanding of the challenges and opportunities in large-scale computing in neuroscience and to highlight new pathways for advanced research in this critical field.