چكيده به لاتين
One of the key topics in today's society is the security, identification and authenticity. Nowadays, biometric methods are very common in identifying or authenticating individuals in security affairs of some places such as airports and ministries. Advanced office attendance systems, special entry and exit protective systems, etc. use different biometric identification methods. Biometrics is an appropriate way to identify humans based on certain physiological and behavioral characteristics. Recently, biometrics of ear has emerged, as a new field, in biometrics and has made it possible to widely use the ear to identify a person. Centralized researches in this field illustrates that the need for feasibility study of this biometrics exists, and its potentials, especially in cases where identification is possible only with the ear, should be applied. The purpose of this study is to emphasize the importance of ear biometrics, because the biometrics of the ear with many positive points, compared to other biometrics, can be more applied to the biometrics and practical software of individuals' identification and authenticity. Many studies have been done in the past, but unfortunately, due to the difficult and time-consuming implementation of them, the simulation of a device based on ear biometrics to make it practical has not yet been done. The algorithms associated with the deep learning field presented in this study, in addition to high precision and low percentage error, have eliminated the difficulties associated with the implementation. Thus, by relying on this mechanism, it is easy to design a system that, in real situations and places, identifies the individuals. In the context of biometrics, new studies have been presented on the existence of relationship between various biometrics in the human. These researches are very novel, important and valuable. So that it is possible to design more advanced and precise systems by using specific relationships between biometrics. This issue made us, for the first time, to investigate the relationship between the biometrics of ear and the biometrics of palm. The result is an important achievement in the multimodal biometric science, which is to prove the existence of a special relationship between the ear and the palm of individuals, which can be the background for future researches, also can motivate further studying of more relationships between biometrics.
