Brain-computer interfaceCybersecurityRFIDBCISecureReaderBrain Computer Interface BCI is a real-time communication system that connects the brain and external devices. The BCI system can directly convert the information sent by the brain into com- mands that can drive external devices and replace human...
Brain–Computer InterfaceBiometric authenticationEEGSignal acquisitionSecurity authentication is one of the most important levels of information security. Nowadays, human biometric techniques are the most secure methods for authentication purposes that cover the problems of older types of authentication like ...
336 publications from Scopus.Footnote1The search string used was “brain computer interface” that, as per the Scopus research rules, includes other similar string variations: brain-machine interface; Brain Computer Interface; Brain-C...
Brain-computer interface (BCI) represents an emerging and potentially disruptive area of technology that, to date, has received minimal public discussion in the defense and national security policy communities. This research considered key areas in which future BCI technologies might be relevant for the...
Brain-computer interfaces in safety and security fields: Risks and applications F.Brocal, inSafety Science, 2023 1Introduction Brain-Computer Interface(BCI) emerged as a technology that integrates computer systems with the human brain (Bernal, S. L. et al., 2020) quantifying central nervous system...
1. Brain-machine interface-wiki解释 人机接口(BCI=brain–computer interface),通常被称为思想机器接口(MMI=mind-machine interface),或有时直接称为神经接口或脑机接口(BMI=brain–machine interface ),是一个直接的大脑和外部设备之间的通信途径。人机接口常常用来协助(assisting),加强(augmenting)修复(reparing)人类...
Role: In an age of digital threats, the security of brain-computer interfaces is paramount. Focus: This sector is dedicated to safeguarding against potential hacking and unauthorized access. It ensures the data privacy of users, making certain that the intimate neural data remains confidential a...
Fig. 2: Organoid brain-computer interface was constructed in vivo. ASchematic illustration of the organoid-brain-computer interfaces (OBCIs) in vivo. The red squares represent the stimulated sites. M1, primary motor cortex; S1, primary sensory cortex; Fig. 2A (the third figure) was created wi...
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This article examines state-of-the-art research into the impact of virtual reality (VR) on brain–computer interface (BCI) performance: how the use of virtual reality can affect brain activity and neural plasticity in ways that can improve the performance of brain–computer interfaces in IoT con...