Sensory Restoration via Brain-Computer Interfaces: A Unified 2 x 2 Framework and Convergence Roadmap
arXiv:2606.15091v1 Announce Type: cross Abstract: Millions of individuals worldwide suffer from sensory and communication deficits caused by neurodegenerative diseases, stroke, or trauma. Brain-computer interfaces (BCIs) offer a promising avenue for sensory and motor restoration. However, the scientific literature remains highly fragmented between invasive neuroprosthetics and non-invasive electrophysiological decoders, with a lack of consistent terminology and comparison metrics. This chapter proposes a unified 2 x 2 framework categorizing BCIs along two axes: degree of invasiveness (invasive
The proliferation of neurodegenerative diseases and trauma, combined with advancements in BCI technology, is creating an urgent need for cohesive frameworks to guide research and development in sensory restoration.
This framework offers a critical step toward standardizing the fragmented BCI field, which could accelerate therapeutic development and market adoption for individuals with sensory and communication deficits.
The proposed 2x2 framework provides a unified language and categorization for BCI research, potentially fostering more focused development and clearer comparative metrics across diverse BCI approaches.
- · Brain-Computer Interface developers
- · Neuroprosthetics industry
- · Patients with sensory deficits
- · Medical research institutions
- · Fragmented research efforts
- · Companies slow to adopt unified frameworks
Standardization efforts in BCI research lead to more efficient development cycles and clearer product roadmaps.
Accelerated development of effective sensory and motor restoration BCIs improves quality of life and expands the BCI market.
Successful integration of BCIs into daily life could challenge existing definitions of human capability and disability, potentially leading to new ethical and societal considerations.
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Read at arXiv cs.AI