D 4.7.1 SP4 Theoretical Neuroscience - Results for SGA1 Period 1

WPs involved: WP4.1, WP4.2, WP4.3, WP4.4, WP4.5 & WP4.7 Summary of SP Results for M1-12, broken down by Task: • Actual vs. planned results (due & done/due & not done) • Results passed to another Task, WP or SP (due & done/due & not done) • CDP products (due & done/due & not done) • Milestones due and achieved, how validated, by whom. • Milestones due but not achieved, why, impact, corrective action • Publications • SP Roadmap for SGA2, validated by other SPs receiving inputs from your SP NOTE: In order to report fully on the above topics, the Deliverable may need to include information that we would not wish to make public. This material will be included in the Deliverable for the EC and Reviewers, but not in the version published on the HBP public website. COULD INCLUDE: • WP4.1 Period 1: Report of publications on theoretical approaches that bridge scales for model types, for brain signals and for model scales. Report of publications on theoretical approaches that bridge scales for model types (detailed vs. simplified), for brain signals (cellular vs. large-scale) and for model scales (cellular vs populations). • WP4.2 Period 1: Implementation of multi-area model of macaque visual cortex relating macroscopic brain connectivity to the microscopic connectivity. Implementation of multi-area model of macaque visual cortex relating macroscopic brain connectivity to the microscopic connectivity available to consortium through collaboratory and documented. • WP4.3 Period 1: Report of publications on theoretical approaches that relate learning and memory to synaptic plasticity. Report of publications on theoretical approaches that relate learning and memory to synaptic plasticity. • WP4.4 Period 1: Models of neural and large-scale brain activity to understand the constraints imposed by structural connectivity on their behaviour with applications to resting-state brain activity, vision, motor-control and spatial navigation. WP 4.4 will create models of neural and large-scale brain activity to understand the constraints imposed by structural connectivity on their behaviour with applications to resting-state brain activity, vision, motor-control and spatial navigation. • WP4.5 Period 1: Report on first use case(s) for the comparison of brain activity data and model simulation(s). Report on first use case(s) for the comparison of brain activity data and model simulation