Titlebook: Biometric-Based Physical and Cybersecurity Systems; Mohammad S. Obaidat,Issa Traore,Isaac Woungang Book 2019 Springer Nature Switzerland A

畸形

William S. Davis,Brianna Janssen Sánchezhe design of EEG-based authentication systems, of the authentication paradigms proposed, and of the empirical evaluations reported in the research literature. We conclude that EEG-based biometrics is still far from becoming a practical proposition. In particular, the time it takes to perform EEG-bas

AVANT

https://doi.org/10.1007/978-3-030-93467-5ld for providing security to various systems. Most of the mono-biometric authentication systems give high error rate as they use only one feature. Hence, multimodal biometric systems are introduced, which can help in reducing the error rate at the cost of maintaining more data related to the feature

Electrolysis

Yuzo Kimura,Luxin Yang,Yoshiyuki Nakataneration is highly required during communication between a controller and healthcare sensors in order to protect and maintain accuracy of sensitive data of a human. Runtime secret key generation is possible after getting the physiological and behavioral information from a human. Therefore, the healt

CHART

半身雕像

https://doi.org/10.1007/978-3-030-93467-5ss of authentication systems. The chapter starts by introducing the concept of using cognitive biometrics in authentication. It illustrates the mechanics of the authentication process and how such biometrics can be incorporated to complement the security of the process. Three cognitive biometrics ar

LINE

https://doi.org/10.1007/978-981-15-5515-2owledge-based methods alone cannot provide the required level of security. Hence, they are started to be used in conjunction with various biometrics. There are several biometric traits explored till now, such as face, palm, iris, fingerprint, etc., but it has been shown that all of them have several

倫理學(xué)

Mohammad S. Obaidat,Issa Traore,Isaac WoungangPresents a comprehensive compilation of the latest advances in biometric security systems in both academia and industry from experts around the world.Addresses many critical and contemporary questions

Parley

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Obliterate

Recognition-Based on Eye Biometrics: Iris and Retinahighest security requirements. Eye attributes that are being scanned and used for identification are unique for each individual, and the probability of two same identifiers is many times lower, for example, in comparison with fingerprints recognition.

使混合

John Trent,Xuesong Gao,Mingyue Guhighest security requirements. Eye attributes that are being scanned and used for identification are unique for each individual, and the probability of two same identifiers is many times lower, for example, in comparison with fingerprints recognition.