A wireless 64-channel ElectroCorticoGram (ECoG) recording implant named WIMAGINE
has been designed for various clinical applications. The device is aimed at interfacing a …

<? Pub Dtl=""?> Emerging applications in brain–machine interface systems require high-
resolution, chronic multisite cortical recordings, which cannot be obtained with existing …

Substantial improvements in neural-implant longevity are needed to transition brain-
machine interface (BMI) systems from research labs to clinical practice. While action …

Wireless implants for interaction with the cortex have developed rapidly over the last decade
and increasingly meet demands of clinical brain–computer interfaces. For such applications …

We present a micromachined 252-channel ECoG (electrocorticogram)-electrode array,
which is made of a thin polyimide foil substrate enclosing sputtered platinum electrode sites …

Simultaneous recordings of neural activity at large scale, in the long term and under bio-
safety conditions, can provide essential data. These data can be used to advance the …

Implantable electrodes for neural signal recording have great potentials to provide various
diagnostic options and curing methods in diverse neuroscience and biomedical fields …

Electrocorticography (ECoG) implants have recently demonstrated promising results
towards potential use in brain-computer interfaces (BCIs). Spectral changes in ECoG signals …

Brain–machine interfaces (BMIs) are promising devices that can be used as
neuroprostheses by severely disabled individuals. Brain surface electroencephalograms …

A novel computer aided manufacturing (CAM) method for electrocorticography (ECoG)
microelectrodes was developed to be able to manufacture small, high density …