Multimodal biometric systems have become the best suited solution for any industry where high accuracy and security is required because they require two biometric credentials for positive identification instead of one in a unimodal system. Based on our own research, we have concluded that multimodal biometric systems have more advantages over unimodal biometric systems or traditional authentication systems. We have done extensive research on this culminating in the release of our whitepaper available for download: Here are the top 5 reasons that organizations may consider deploying multimodal biometrics:
Biometric authentication is the process of comparing data for the person's characteristics to that person's biometric "template" in order to determine resemblance. The reference model is first store in a database or a secure portable element like a smart card. multimodal biometric system information reconciliation can occur in any of the aforementioned modules (see Figure 1). (a) Fusion at the data or . Biometrics allows a person to be identified and authenticated based on a set of recognizable and verifiable data, which are unique and specific to them. Biometric authentication is the process of comparing data for the person's characteristics to that person's biometric "template" in order to.
The reference model is first store in a database or a secure portable element like a smart card. In this mode, the question being asked is: The aim is to capture an item of biometric data from this person.
This data is then compared to the biometric data of several other persons kept in a database. One of these technologies, biometrics, has quickly established itself as the most pertinent means of identifying and authenticating individuals in a reliable and fast way, through the use of unique biological characteristics.
Today, many applications make use of this technology. That which in the past was reserved for sensitive applications such as the security of military sites is now developing rapidly through applications in the public domain. Biometrics is the science of analyzing physical or behavioral characteristics specific to each individual in order to be able to authenticate their identity.
These mainly consist of fingerprints, the shape of the hand, of the finger, vein pattern, the eye iris and retinaand the shape of the face, for morphological analyses. For biological analyses, DNA, blood, saliva or urine may be used by medical teams and police forensics.
The different techniques used are the subject of ongoing research and development, and, of course, are being constantly improved. However, the different sorts of measurements do not all have the same level of reliability.
Physiological measurements are usually considered to offer the benefit of remaining more stable throughout the life of an individual. For example, they are not as subject to the effects of stress, in contrast to identification by behavioral measurement.
When was biometrics first invented? Going as far back as prehistoric times, man already had a feeling that certain characteristics such as the trace of his finger were sufficient to identify him, and he "signed" with his finger.
In the 19th century, Bertillon took the first steps in scientific policing. He used measurements taken of certain anatomical characteristics to identify reoffending criminals, a technique which often proved successful, though without offering any real guarantee of reliability.
This budding use of biometrics was then somewhat forgotten, only to be rediscovered by William James Herschela British officer, to be used for an entirely different purpose. Having been put in charge of building roads in Bengal, he had his subcontractors sign contracts with their fingerprints.
The French police started to intitiate the same process in late Telegraph operators using Morse code recognized each other by the way they would send dash and dot signals. Biometrics is growing fast, particularly in the field of identity documents. It is generally combined with other security technologies such as smart cards.Use of Multimodal Biometric System for the Authentication and Security - Free download as PDF File .pdf), Text File .txt) or read online for free.
With such a broad definition, the term multimodal biometrics solution can refer to any technology that combines different types of biometrics, either to work together as a multifactor solution, or to allow a multitude of authentication options.
Multimodal Biometric Authentication Methods: A COTS Approach M.
Indovina1, U. Uludag2, R. Snelick1, of multimodal biometrics have been limited to relatively into a fingerprint biometrics system.
The report recommends a system employing dual biometrics . The novel multimodal authentication framework subsequently presented to support text-based biometrics was designed to add additional security to a mobile handset, providing transparent and continuous authentication.
The system is designed using a variety of single and multimodal biometric techniques without any additional hard-ware. Multimodal biometric system makes use of different biometric traits simultaneously to authenticate a person’s identity. Robustness and high security of authentication can be achieved by using the multimodal biometric.
Universality: A multimodal biometric system is universal in nature, even if a person is unable to provide a form of biometric due to disability or illness, the system can take other form of biometric for authentication.