To understand brain functions and diagnose brain disorders, scientists have developed
various probing tools and techniques. This development has been facilitated by the rapid …

A human‐machine interface (HMI) is all the hardware and software components that allow a
human user and a machine to engage in an interactive system to complete a specific task …

Human‐machine interfaces (HMIs) are fully on‐board software and hardware that enable
control and communication with medical devices and processes, including cardiac …

ABSTRACT The development of Brain–Computer Interfaces (BCIs) requires specialists in
various fields, including engineering, computer science, medicine and neuroscience. Each …

One of the most ambitious goals of neuroscience and its neuroprosthetic applications is to
interface intelligent electronic devices with the biological brain to cure neurological …

We have developed a closed-loop, high-throughput system that applies electrical stimulation
and optical recording to facilitate the rapid characterization of extracellular, stimulus-evoked …

Innovation of neurotechnological tools during the last two decades, especially in the realm of
micro-and-nano-machined devices, has allowed the neuroscientific community to study the …

In recent years Multi-Electrode Arrays (MEAs) have emerged as a powerful tool to study
brain (dys) functions in-vivo and in in-vitro animal models. Typically, each session of …

Neuronal probes can be defined as biohybrid entities where the probes and nerve cells
establish a close physical interaction for communicating in one or both directions. During the …

Microelectrode-Arrays (MEAs) allow neural recording of thousands of neurons/mm 2 by
sensing: Extracellular Action Potentials (EAP) and Local Field Potentials (LFP). MEAs …