Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Contemporary surveys focus on the ideal iris biometric systems, which are generally used for overt applications: e.g., border crossing control. Notably, these systems perform ll for ideal data, but poorly for non-ideal data. It is because that their iris segmentation modules are generally developed for ideal data, which is acquired under controlled environment using the near infra-red (NIR) illumination only. On other hand, a subject could relatively be on-the-move and/or at-a-distance from the image acquisition device in non-ideal systems. Non-ideal systems use either the visible wavelength (VW) or NIR illumination while acquiring image data. Non-ideal images may contain noisy factors such as off-axis and off-angle eyeimages, non-circular iris boundaries, and non-uniform illumination. For secure and reliable security measures, non-ideal iris biometric systems are strongly desired around the globe in particular for the covert applications, e.g., monitoring the terrorist's activities. It is observed that literature encompasses research work from the prominent journals in this concern until 2010; therefore, this study includes significant publications following 2010 for both NIR and VW image data. Notably, the main objective of this survey is to offer a quick-reference regarding recent developments in non-ideal iris biometrics, supplemented with some indispensible prerequisites for beginners and professional researchers. A survey of non-ideal iris segmentation/localization schemes since 2010.Schemes for the visible wavelength iris databases.Schemes for the near infra-red iris databases as ll.Helpful for both the beginners and seasonal researchers.A reference document to the latest research work in iris biometric.
['Farmanullah Jan']
I am writing a research paper on a idea Segmentation and localization schemes for non-ideal iris biometric systems
[{"from": "human", "value": "I am writing a research paper on a idea Segmentation and localization schemes for non-ideal iris biometric systems"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Contemporary surveys focus on the ideal iris biometric systems, which are generally used for overt applications: e.g., border crossing control. Notably, these systems perform ll for ideal data, but poorly for non-ideal data. It is because that their iris segmentation modules are generally developed for ideal data, which is acquired under controlled environment using the near infra-red (NIR) illumination only. On other hand, a subject could relatively be on-the-move and/or at-a-distance from the image acquisition device in non-ideal systems. Non-ideal systems use either the visible wavelength (VW) or NIR illumination while acquiring image data. Non-ideal images may contain noisy factors such as off-axis and off-angle eyeimages, non-circular iris boundaries, and non-uniform illumination. For secure and reliable security measures, non-ideal iris biometric systems are strongly desired around the globe in particular for the covert applications, e.g., monitoring the terrorist's activities. It is observed that literature encompasses research work from the prominent journals in this concern until 2010; therefore, this study includes significant publications following 2010 for both NIR and VW image data. Notably, the main objective of this survey is to offer a quick-reference regarding recent developments in non-ideal iris biometrics, supplemented with some indispensible prerequisites for beginners and professional researchers. A survey of non-ideal iris segmentation/localization schemes since 2010.Schemes for the visible wavelength iris databases.Schemes for the near infra-red iris databases as ll.Helpful for both the beginners and seasonal researchers.A reference document to the latest research work in iris biometric."}]