Can Braincomputer Interfaces Achieve Bidirectional Control Sufficient For

Entities in the same semantic neighborhood but without a typed relation to this one — candidates for new edges or unrecognized duplicates.

• Brain-computer interface enables paralyzed patient to write via motor cortex decodingfinding0.765
  Artificial chimaera merging biological motor cortex with software enabling novel communication without understanding underlying neural mechanisms.
• Brain–computer interfaceconcept0.754
  Technology enabling direct communication between the brain and an external device.
• Brain-Machine Interfacesmethod0.744
  Interfaces enabling direct integration of biological neural tissue with machine components, cited as evidence against life/machine binary
• Our method enables bidirectional steering of model behavior.finding0.742
  The method can steer the model in both positive and negative directions on the target semantic.
• How do we establish bidirectional causal relationships between neural systems?question0.740
  Motivates the bidirectional design of MAS over unidirectional model stitching.
• Cognitive capacities exist on a spectrum and tools from behavioral sciences can be productively applied to understand and control systems far beyond familiar animals with central nervous systems.claim0.730
  Core tenet of diverse intelligence; justifies the methodological borrowing across fields.
• Can Bioelectric Systems Be Used To Rationally Controlquestion0.726
• Willett et al. brain-computer interface for paralyzed patient handwritingfinding0.724