Prantik Kundu – författare

Precision Functional Mapping explores next-generation functional neuroimaging techniques, focusing on the pursuit of accuracy and scalability in understanding the human brain, to the extent of enabling individual-subject level insights on brain function. Precision Functional Mapping: From Neuroscience to Engineering provides a clear and practical guide to implementing precision functional mapping. It uniquely balances the theoretical foundations of advanced functional neuroimaging with actionable strategies for implementation. With an emphasis on precision, scalability, and practical relevance, it addresses both current limitations and future possibilities in the field. By focusing on underexplored areas such as sparsity, temporal precision, and regulatory considerations, it offers a fresh perspective. Readers interested in neuroscience research, clinical applications, or technology development will find this book gives them tools and insights to push the boundaries of what is possible with functional neuroimaging.Underlying Principles: Explains the fundamental biophysical and computational aspects of functional neuroimagingApplications: Practical insights for clinicians, researchers, and industry professionals in areas such as diagnostics, drug development, and human-machine interaction.Latest Research: Updates on cutting-edge developments in multi-echo fMRI, noise modeling, and temporal precisionGuidance: Practical tips for experimental design, data analysis, and navigating common challenges in neuroimaging studiesCode & Methods: Clear descriptions of algorithms and workflows, emphasizing usability and efficiencyFuture Directions: Discussion of emerging technologies, such as high-field MRI and distributed computing, and their implications for the fieldDistinct Value: Introduces fresh perspectives on sparsity, dimensionality, and brain dynamics that are essential for precision imaging