palm vein technology
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Palm vein technology uses the unique vein patterns in a person's palm for biometric identification and authentication. An infrared scanner reads the vein pattern and compares it to a registered template for verification. The technology is highly secure with a very low false acceptance and false rejection rate. It has applications in banking for ATM access, personal computers for login verification, and in hospitals and libraries for security and access control. The technology provides reliable and accurate identification without issues of forgotten passwords or codes, and no two individuals share the same vein pattern.
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PPT (2)
1. Palm vein authentication technology uses the unique vein patterns in individuals' palms as a biometric identifier for authentication. A palm vein scanner captures a near-infrared image of the palm's vein pattern and converts it into a template for matching.
2. The technology has very low false acceptance and false rejection rates, and palm vein patterns are impossible to forge as they are internal. It provides a highly secure, contactless, and hygienic means of authentication.
3. Palm vein authentication is being used widely in Japan for applications like ATM security, electronic ID cards, computer login, and physical access control in places like hospitals and libraries.
Palm vein technology
The document discusses palm vein biometric authentication technology. It explains that palm vein authentication uses infrared light to scan the unique vein patterns in a person's palm, which are then converted into encrypted data and stored in a database. This provides highly accurate personal identification without physical contact. Palm vein authentication has advantages over other biometric methods in being non-invasive, hygienic, and difficult to fake due to the complexity of palm vein patterns. It is being adopted for uses like ATMs, computers, and hospitals due to its security and contactless features.
Plam vein technology
Palm vein technology uses near-infrared light and sensors to identify individuals based on the unique patterns of veins in their palms. It has a very low false acceptance rate of 0.00008% and false rejection rate of 0.01%, outperforming other biometric technologies like fingerprints, facial recognition, and iris scanning in accuracy. The vein patterns are internal and difficult to forge, making palm vein authentication a secure identification method with applications in access control and financial transactions.
Palm vein Technology
Palm vein technology uses the unique vein patterns in a person's palm for biometric identification and authentication. An infrared scanner reads the vein pattern and compares it to a registered template for verification. The technology is highly secure with a very low false acceptance and false rejection rate. It has applications in banking for ATM access, personal computers for login verification, and in hospitals and libraries for security and access control. The technology provides reliable and accurate identification without issues of forgotten passwords or codes.
Palm view technology
The document discusses palm vein technology, which uses the unique pattern of veins in a person's palm for biometric identification and authentication. It provides an overview of how palm vein technology works, including how palm vein patterns are registered and used to verify a person's identity. The technology is highly secure since vein patterns are internal and difficult to forge. The document also outlines some advantages and applications of palm vein technology, such as its use for ATM access and electronic payments.
Palm vein technology.pptx
This document discusses palm vein recognition technology for biometric authentication. It begins by explaining biometrics and some common biometric techniques like fingerprints, iris scans, and voice recognition. It then introduces palm vein recognition which uses infrared light to scan the unique vein patterns in one's palm. The document details how the palm vein pattern is extracted, encrypted, stored and used for matching during authentication. It notes the advantages of palm vein recognition over other techniques in terms of accuracy, security and inability to forge. Finally, it discusses some applications and challenges of the technology.
Palm vein Technology
Palm vein technology uses the unique vein patterns in a person's palm as a biometric identifier for authentication. It works by using infrared light to capture an image of the palm's vein pattern and create a template for verification. Palm vein patterns are complex, internal, and remain unchanged throughout life, making them very difficult to forge or spoof. Testing by Fujitsu found false rejection and acceptance rates of less than 0.01% and 0.00008%, respectively, demonstrating its high level of accuracy. Potential applications include use in ATMs, banks, hospitals, access control, and personal devices.
1.palm vein technology(final)
This document discusses palm vein technology for biometric identification. Palm vein patterns are complex and internal, making them difficult to replicate. The technology works by capturing a vein pattern image and comparing it to a stored database template. It has applications in banking, computers, and other areas requiring authentication. Palm vein recognition provides accurate and secure identification while being non-invasive and relatively inexpensive compared to other biometric technologies. However, factors like temperature, humidity, and camera calibration can impact image quality.
Recommended
PPT (2)
1. Palm vein authentication technology uses the unique vein patterns in individuals' palms as a biometric identifier for authentication. A palm vein scanner captures a near-infrared image of the palm's vein pattern and converts it into a template for matching.
2. The technology has very low false acceptance and false rejection rates, and palm vein patterns are impossible to forge as they are internal. It provides a highly secure, contactless, and hygienic means of authentication.
3. Palm vein authentication is being used widely in Japan for applications like ATM security, electronic ID cards, computer login, and physical access control in places like hospitals and libraries.
Palm vein technology
The document discusses palm vein biometric authentication technology. It explains that palm vein authentication uses infrared light to scan the unique vein patterns in a person's palm, which are then converted into encrypted data and stored in a database. This provides highly accurate personal identification without physical contact. Palm vein authentication has advantages over other biometric methods in being non-invasive, hygienic, and difficult to fake due to the complexity of palm vein patterns. It is being adopted for uses like ATMs, computers, and hospitals due to its security and contactless features.
Plam vein technology
Palm vein technology uses near-infrared light and sensors to identify individuals based on the unique patterns of veins in their palms. It has a very low false acceptance rate of 0.00008% and false rejection rate of 0.01%, outperforming other biometric technologies like fingerprints, facial recognition, and iris scanning in accuracy. The vein patterns are internal and difficult to forge, making palm vein authentication a secure identification method with applications in access control and financial transactions.
Palm vein Technology
Palm vein technology uses the unique vein patterns in a person's palm for biometric identification and authentication. An infrared scanner reads the vein pattern and compares it to a registered template for verification. The technology is highly secure with a very low false acceptance and false rejection rate. It has applications in banking for ATM access, personal computers for login verification, and in hospitals and libraries for security and access control. The technology provides reliable and accurate identification without issues of forgotten passwords or codes.
Palm view technology
The document discusses palm vein technology, which uses the unique pattern of veins in a person's palm for biometric identification and authentication. It provides an overview of how palm vein technology works, including how palm vein patterns are registered and used to verify a person's identity. The technology is highly secure since vein patterns are internal and difficult to forge. The document also outlines some advantages and applications of palm vein technology, such as its use for ATM access and electronic payments.
Palm vein technology.pptx
This document discusses palm vein recognition technology for biometric authentication. It begins by explaining biometrics and some common biometric techniques like fingerprints, iris scans, and voice recognition. It then introduces palm vein recognition which uses infrared light to scan the unique vein patterns in one's palm. The document details how the palm vein pattern is extracted, encrypted, stored and used for matching during authentication. It notes the advantages of palm vein recognition over other techniques in terms of accuracy, security and inability to forge. Finally, it discusses some applications and challenges of the technology.
Palm vein Technology
Palm vein technology uses the unique vein patterns in a person's palm as a biometric identifier for authentication. It works by using infrared light to capture an image of the palm's vein pattern and create a template for verification. Palm vein patterns are complex, internal, and remain unchanged throughout life, making them very difficult to forge or spoof. Testing by Fujitsu found false rejection and acceptance rates of less than 0.01% and 0.00008%, respectively, demonstrating its high level of accuracy. Potential applications include use in ATMs, banks, hospitals, access control, and personal devices.
1.palm vein technology(final)
This document discusses palm vein technology for biometric identification. Palm vein patterns are complex and internal, making them difficult to replicate. The technology works by capturing a vein pattern image and comparing it to a stored database template. It has applications in banking, computers, and other areas requiring authentication. Palm vein recognition provides accurate and secure identification while being non-invasive and relatively inexpensive compared to other biometric technologies. However, factors like temperature, humidity, and camera calibration can impact image quality.
Palm-Vein Technology
The document discusses palm vein technology, which uses the unique vein patterns in people's palms for personal identification. It has high accuracy, with a false acceptance rate of 0.00008% and false rejection rate of 0.01%. Palm vein patterns are difficult to forge or steal. The technology works by capturing a snapshot of the palm veins, converting it to an algorithm, and comparing it to stored databases. It has various practical applications like ATM access and is gaining popularity due to its contactless, non-invasive nature and high security compared to other biometrics. However, it remains relatively expensive.
palm vein technology and its applications
This document summarizes palm vein biometric authentication technology. It explains that palm vein patterns are unique and used like passwords to verify identity. An infrared scanner reads the vein pattern and compares it to a registered profile to grant or deny access. Palm vein authentication provides highly accurate identification without physical contact and remains valid throughout one's lifetime. It is a more advantageous biometric technique than fingerprint or iris scanning.
Palm vein technology
Palm vein technology uses the unique vascular patterns in individuals' palms for contactless identification and authentication. It works by scanning palm veins with infrared light and comparing the vein pattern images to those stored in a database. The technology is highly secure due to the uniqueness and complexity of palm vein patterns, with a very low false acceptance and rejection rate. Potential applications of palm vein technology include banking authentication, computer and device login, ID cards, and building access where hygienic and secure biometric identification is required. While accurate, the technology is still relatively expensive and has limitations related to image quality that can be addressed with further development.
Palm vein technology
Palm vein technology uses near-infrared light to capture a unique pattern of veins inside the palm. During registration, this vein pattern is digitized and stored as a template. To authenticate, the user places their palm over a scanner, which compares the live scan to the registered template. This technology offers several advantages over other biometrics, as the vein pattern cannot be stolen, remains the same from childhood to adulthood, and is unaffected by skin conditions or injuries. Potential applications include security systems, logins, attendance tracking, and financial services.
Palm Vein Technology
Palm vein technology uses the unique vein patterns in people's palms as a contactless biometric identifier for authentication. It captures an infrared image of the palm veins, extracts an algorithm-based representation, and compares it to stored palm vein patterns to verify identity. Palm vein patterns are hidden, difficult to forge, and unaffected by skin or hand conditions. Studies show palm vein technology has a very low false acceptance rate of less than 0.00008% and false rejection rate of 0.01%, outperforming other biometrics like fingerprints, iris scans, and voice recognition. While palm vein authentication is highly secure, non-intrusive, and gaining applications like ATM access, it remains relatively expensive and has not seen global
Palm vein new
Palm vein technology uses the unique vein patterns in individuals' palms for biometric identification and authentication. An infrared scanner reads the vein patterns and converts them into encrypted data points for verification. It has a very low false acceptance and rejection rate due to the uniqueness of palm vein patterns. Some applications of this technology include ATMs, laptops, passports, and areas requiring high security. Its advantages are high security, low cost, and lifelong usability. However, it is still relatively expensive compared to other biometric technologies.
Palm vein technology ppt
The document discusses palm vein biometric authentication technology. It provides an overview of biometric technologies including fingerprint, face, iris, and palm vein scans. Palm vein technology uses infrared light to scan the vein patterns in the palm, which are unique to each individual, for identity verification purposes. The technology provides highly accurate authentication with false acceptance and rejection rates of 0.00008% and 0.01%. It has applications in banking, computers, ID cards, hospitals, and industries due to its accuracy, speed, and difficulty to forge.
Biometric securityfujitsupalmveintechnology
Palm vein authentication uses near-infrared light to capture images of vein patterns in the palm, which are unique to each individual. It has advantages over other biometric technologies in that it is highly accurate with low false acceptance and rejection rates, non-invasive, and difficult to forge. Some applications of palm vein authentication include security systems, computer and network logins, ATMs, and door access control.
PALM VEIN TECHNOLOGY
Network security through bio-metrics.
Among all bio-metric methods palm vein technology is an accurate one.
Palm vein technology
1) Palm vein authentication is a biometric security technology developed by Fujitsu that uses the unique palm vein pattern for identification and authentication.
2) A palm vein scanner uses near-infrared light to capture an image of the palm's vein pattern which is then registered and stored in a database.
3) When authenticating, the scanner takes another vein image and matches it to the registered pattern, allowing access if they match with over 99.99% accuracy.
Palm Vein Technology
This presentation Includes the introduction, working principle & technology and experimental observations of palm vein technology on the basis of which it is considered one of the most secure authentication technology.
Palm vein technology latest ppt
Vishesh Gupta presents on biometric authentication using palm vein recognition technology. Biometrics can identify individuals based on physical characteristics unlike passwords which can be shared. Palm vein recognition uses infrared light to identify unique vein patterns in the palm and is highly accurate for authentication. It has a very low false rejection and acceptance rate. Applications of palm vein recognition include banking ATMs, computers, ID cards and passports, and hospitals due to its speed, inability to forge, and affordability. It can revolutionize authentication by ensuring employees work proper hours if used in government offices.
Palmvein ppt
Palm vein technology provides a secure, non-invasive method for identity verification. It uses infrared light to scan the vein patterns beneath a person's palm, which are unique to each individual. During registration, an individual places their hand near a scanner, which records their palm vein pattern and stores it along with their personal details in a database. When logging in, the system scans the palm vein pattern and matches it to the stored record. Palm vein patterns have a very low false acceptance and rejection rate. While palm vein scanning provides strong security and identification, it also has some disadvantages such as high costs and potential issues with image quality.
Palm Vein Technology
Palm vein technology uses the unique vein patterns in people's palms as a biometric identifier for authentication. It works by using infrared light to scan and analyze the vein patterns, then comparing them to a stored profile. This contactless method provides hygienic and highly secure identification with a very low false acceptance and rejection rate. Potential applications include security access for buildings, computers, banking, and anywhere else that requires strong user authentication. The key advantages are its accuracy, permanence of vein patterns, and that it does not require physical contact. However, the scanners can be affected by temperature and environmental factors.
Palmvein Technology
Palm vein technology uses near-infrared light to capture a high-resolution image of the palm vein pattern, which is then digitized and stored as a template. The palm vein pattern is unique to each individual and cannot be stolen, as the veins exist inside the body. Palm vein authentication has a very low false acceptance rate of less than 0.00008% and false rejection rate of 0.01%, providing highly accurate authentication. The palm vein scanner captures a user's palm vein pattern upon placing their palm near the scanner, registers it, and compares it to stored templates for authentication. Palm vein technology has applications in security, banking, healthcare, and commercial sectors due to its contactless and hygienic nature and
Palmsecure
Fujitsu has developed a contactless palm vein pattern authentication technology called PalmSecure. It uses the unique vein pattern in a person's palm, which contains over 5 million reference points and remains the same throughout one's life, to identify individuals with a high level of precision. The PalmSecure sensor uses near-infrared light to extract the vein pattern without touching the palm. This technology offers stronger security than passwords or ID cards as vein patterns cannot be forged or shared, while being hygienic, accurate, and easy to use.
Biometrics
This document presents an overview of biometrics by Vishwajeet and Adothu Rambabu from the National Institute of Technology in Jamshedpur, India. It defines biometrics as identifying individuals based on physiological or behavioral traits. It discusses various biometric methods including fingerprints, face recognition, retina scanning, and others. It explains how biometric systems work by capturing samples, extracting data, comparing to templates, and matching or non-matching. The document also reviews advantages and disadvantages of different biometric techniques and their applications.
Palm vein-technology.doc
Palm vein technology uses the unique vein patterns in people's palms to identify individuals. It captures an image of the veins by detecting their pattern when illuminated with infrared light. This technology is highly secure because vein patterns are internal and difficult to forge, and also accurate because each person's vein pattern is complex and unique. The contactless and hygienic nature of palm vein scanning makes it suitable for use in public environments such as buildings, banks, and hospitals.
palm vein technology
The document discusses palm vein authentication technology, which uses infrared light to photograph the vein patterns in someone's palm as a contactless method of personal identification. It provides background on the increasing importance of identity verification and compares palm vein identification to other biometric methods like fingerprints and facial recognition. The technology works by capturing images of palm veins using infrared light since deoxygenated blood absorbs infrared at certain wavelengths, allowing high accuracy authentication through vein patterns that are unique to each individual.
Palm vein technology
This document discusses palm vein biometric technology. It begins with an introduction explaining that palm vein recognition uses vein patterns in the palm to identify individuals contactlessly. It then explains that palm veins are protected inside the body, unique, and remain unchanged over a person's lifetime. The document proceeds to describe how palm vein systems work using infrared light to image palm vein patterns. It compares palm vein technology to other biometrics like fingerprints and iris scanning, noting palm vein's relative accuracy and cost. Applications discussed include use in hospitals, computers, ATMs, and door security. The document concludes that palm vein authentication could help solve identification problems.
Li fi technology
This document discusses Li-Fi technology, which transmits data through illumination using LED light bulbs. It operates based on visible light communication (VLC) within the visible light spectrum. Li-Fi has advantages over Wi-Fi like higher speeds up to gigabits per second, low cost, and an unlicensed spectrum. However, it requires line of sight and can be interrupted by light interference. The document compares Li-Fi to other wireless technologies and outlines some potential applications.
1st part
Li-Fi is a wireless optical networking technology that uses light-emitting diodes (LEDs) for data transmission. It was invented by Harald Haas and is a safer, more energy efficient alternative to Wi-Fi. Li-Fi uses visible light communication and is 100 times faster than Wi-Fi. It has wide applications for places that prohibit radio waves like hospitals and aircraft. Li-Fi transmits data through rapid pulses of light by switching LED bulbs on and off faster than the human eye can detect. It has potential for speeds over 10Gbps and is being developed as the next-generation wireless optical network technology.
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Palm-Vein Technology
The document discusses palm vein technology, which uses the unique vein patterns in people's palms for personal identification. It has high accuracy, with a false acceptance rate of 0.00008% and false rejection rate of 0.01%. Palm vein patterns are difficult to forge or steal. The technology works by capturing a snapshot of the palm veins, converting it to an algorithm, and comparing it to stored databases. It has various practical applications like ATM access and is gaining popularity due to its contactless, non-invasive nature and high security compared to other biometrics. However, it remains relatively expensive.
palm vein technology and its applications
This document summarizes palm vein biometric authentication technology. It explains that palm vein patterns are unique and used like passwords to verify identity. An infrared scanner reads the vein pattern and compares it to a registered profile to grant or deny access. Palm vein authentication provides highly accurate identification without physical contact and remains valid throughout one's lifetime. It is a more advantageous biometric technique than fingerprint or iris scanning.
Palm vein technology
Palm vein technology uses the unique vascular patterns in individuals' palms for contactless identification and authentication. It works by scanning palm veins with infrared light and comparing the vein pattern images to those stored in a database. The technology is highly secure due to the uniqueness and complexity of palm vein patterns, with a very low false acceptance and rejection rate. Potential applications of palm vein technology include banking authentication, computer and device login, ID cards, and building access where hygienic and secure biometric identification is required. While accurate, the technology is still relatively expensive and has limitations related to image quality that can be addressed with further development.
Palm vein technology
Palm vein technology uses near-infrared light to capture a unique pattern of veins inside the palm. During registration, this vein pattern is digitized and stored as a template. To authenticate, the user places their palm over a scanner, which compares the live scan to the registered template. This technology offers several advantages over other biometrics, as the vein pattern cannot be stolen, remains the same from childhood to adulthood, and is unaffected by skin conditions or injuries. Potential applications include security systems, logins, attendance tracking, and financial services.
Palm Vein Technology
Palm vein technology uses the unique vein patterns in people's palms as a contactless biometric identifier for authentication. It captures an infrared image of the palm veins, extracts an algorithm-based representation, and compares it to stored palm vein patterns to verify identity. Palm vein patterns are hidden, difficult to forge, and unaffected by skin or hand conditions. Studies show palm vein technology has a very low false acceptance rate of less than 0.00008% and false rejection rate of 0.01%, outperforming other biometrics like fingerprints, iris scans, and voice recognition. While palm vein authentication is highly secure, non-intrusive, and gaining applications like ATM access, it remains relatively expensive and has not seen global
Palm vein new
Palm vein technology uses the unique vein patterns in individuals' palms for biometric identification and authentication. An infrared scanner reads the vein patterns and converts them into encrypted data points for verification. It has a very low false acceptance and rejection rate due to the uniqueness of palm vein patterns. Some applications of this technology include ATMs, laptops, passports, and areas requiring high security. Its advantages are high security, low cost, and lifelong usability. However, it is still relatively expensive compared to other biometric technologies.
Palm vein technology ppt
The document discusses palm vein biometric authentication technology. It provides an overview of biometric technologies including fingerprint, face, iris, and palm vein scans. Palm vein technology uses infrared light to scan the vein patterns in the palm, which are unique to each individual, for identity verification purposes. The technology provides highly accurate authentication with false acceptance and rejection rates of 0.00008% and 0.01%. It has applications in banking, computers, ID cards, hospitals, and industries due to its accuracy, speed, and difficulty to forge.
Biometric securityfujitsupalmveintechnology
Palm vein authentication uses near-infrared light to capture images of vein patterns in the palm, which are unique to each individual. It has advantages over other biometric technologies in that it is highly accurate with low false acceptance and rejection rates, non-invasive, and difficult to forge. Some applications of palm vein authentication include security systems, computer and network logins, ATMs, and door access control.
PALM VEIN TECHNOLOGY
Network security through bio-metrics.
Among all bio-metric methods palm vein technology is an accurate one.
Palm vein technology
1) Palm vein authentication is a biometric security technology developed by Fujitsu that uses the unique palm vein pattern for identification and authentication.
2) A palm vein scanner uses near-infrared light to capture an image of the palm's vein pattern which is then registered and stored in a database.
3) When authenticating, the scanner takes another vein image and matches it to the registered pattern, allowing access if they match with over 99.99% accuracy.
Palm Vein Technology
This presentation Includes the introduction, working principle & technology and experimental observations of palm vein technology on the basis of which it is considered one of the most secure authentication technology.
Palm vein technology latest ppt
Vishesh Gupta presents on biometric authentication using palm vein recognition technology. Biometrics can identify individuals based on physical characteristics unlike passwords which can be shared. Palm vein recognition uses infrared light to identify unique vein patterns in the palm and is highly accurate for authentication. It has a very low false rejection and acceptance rate. Applications of palm vein recognition include banking ATMs, computers, ID cards and passports, and hospitals due to its speed, inability to forge, and affordability. It can revolutionize authentication by ensuring employees work proper hours if used in government offices.
Palmvein ppt
Palm vein technology provides a secure, non-invasive method for identity verification. It uses infrared light to scan the vein patterns beneath a person's palm, which are unique to each individual. During registration, an individual places their hand near a scanner, which records their palm vein pattern and stores it along with their personal details in a database. When logging in, the system scans the palm vein pattern and matches it to the stored record. Palm vein patterns have a very low false acceptance and rejection rate. While palm vein scanning provides strong security and identification, it also has some disadvantages such as high costs and potential issues with image quality.
Palm Vein Technology
Palm vein technology uses the unique vein patterns in people's palms as a biometric identifier for authentication. It works by using infrared light to scan and analyze the vein patterns, then comparing them to a stored profile. This contactless method provides hygienic and highly secure identification with a very low false acceptance and rejection rate. Potential applications include security access for buildings, computers, banking, and anywhere else that requires strong user authentication. The key advantages are its accuracy, permanence of vein patterns, and that it does not require physical contact. However, the scanners can be affected by temperature and environmental factors.
Palmvein Technology
Palm vein technology uses near-infrared light to capture a high-resolution image of the palm vein pattern, which is then digitized and stored as a template. The palm vein pattern is unique to each individual and cannot be stolen, as the veins exist inside the body. Palm vein authentication has a very low false acceptance rate of less than 0.00008% and false rejection rate of 0.01%, providing highly accurate authentication. The palm vein scanner captures a user's palm vein pattern upon placing their palm near the scanner, registers it, and compares it to stored templates for authentication. Palm vein technology has applications in security, banking, healthcare, and commercial sectors due to its contactless and hygienic nature and
Palmsecure
Fujitsu has developed a contactless palm vein pattern authentication technology called PalmSecure. It uses the unique vein pattern in a person's palm, which contains over 5 million reference points and remains the same throughout one's life, to identify individuals with a high level of precision. The PalmSecure sensor uses near-infrared light to extract the vein pattern without touching the palm. This technology offers stronger security than passwords or ID cards as vein patterns cannot be forged or shared, while being hygienic, accurate, and easy to use.
Biometrics
This document presents an overview of biometrics by Vishwajeet and Adothu Rambabu from the National Institute of Technology in Jamshedpur, India. It defines biometrics as identifying individuals based on physiological or behavioral traits. It discusses various biometric methods including fingerprints, face recognition, retina scanning, and others. It explains how biometric systems work by capturing samples, extracting data, comparing to templates, and matching or non-matching. The document also reviews advantages and disadvantages of different biometric techniques and their applications.
Palm vein-technology.doc
Palm vein technology uses the unique vein patterns in people's palms to identify individuals. It captures an image of the veins by detecting their pattern when illuminated with infrared light. This technology is highly secure because vein patterns are internal and difficult to forge, and also accurate because each person's vein pattern is complex and unique. The contactless and hygienic nature of palm vein scanning makes it suitable for use in public environments such as buildings, banks, and hospitals.
palm vein technology
The document discusses palm vein authentication technology, which uses infrared light to photograph the vein patterns in someone's palm as a contactless method of personal identification. It provides background on the increasing importance of identity verification and compares palm vein identification to other biometric methods like fingerprints and facial recognition. The technology works by capturing images of palm veins using infrared light since deoxygenated blood absorbs infrared at certain wavelengths, allowing high accuracy authentication through vein patterns that are unique to each individual.
Palm vein technology
This document discusses palm vein biometric technology. It begins with an introduction explaining that palm vein recognition uses vein patterns in the palm to identify individuals contactlessly. It then explains that palm veins are protected inside the body, unique, and remain unchanged over a person's lifetime. The document proceeds to describe how palm vein systems work using infrared light to image palm vein patterns. It compares palm vein technology to other biometrics like fingerprints and iris scanning, noting palm vein's relative accuracy and cost. Applications discussed include use in hospitals, computers, ATMs, and door security. The document concludes that palm vein authentication could help solve identification problems.
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Palm vein technology
The document discusses palm vein technology, which uses near-infrared light to scan and analyze the vein patterns in a person's palm. It can be used for secure authentication, as each person's vein pattern is unique. The technology works by capturing a high-resolution image of the palm's vein pattern and converting it into biometric data for verification. It has applications in banking (ATM access), computers, hospitals, and other secure access systems due to its accuracy and difficulty to forge. The document provides details on how palm vein scanning works, its security advantages over other methods, and real-world uses.
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This document discusses palm vein technology for biometric authentication. It begins with an introduction to palm vein scanning and then describes how the technology works by scanning the unique vein patterns in a user's palm. It registers these patterns during enrollment and then authenticates users by comparing live scans to the stored patterns. The technology provides highly accurate identification and strong security since vein patterns are difficult to forge. It has various applications like banking, computers, ID cards, and hospitals due to being contactless, hygienic, and secure.
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The document discusses palm vein technology, which uses the unique vein patterns in individuals' palms for biometric identification and authentication. It describes how palm vein scanning works by using infrared light to capture images of the vein patterns. The technology has very low false acceptance and rejection rates. It is highly secure because vein patterns cannot be replicated easily and remain unchanged throughout one's life. The document outlines some key applications of palm vein technology, including use for ATM access, personal computers, hospitals, and other areas requiring strong authentication.
Biometics technology
This document discusses biometrics, which is the measurement and analysis of people's physical and behavioral characteristics for identification purposes. It describes several biometric technologies including fingerprint recognition, facial recognition, voice recognition, iris recognition, retina recognition, and hand geometry. For each technology, it explains the basic process and how unique physical traits are measured and analyzed. The advantages of biometrics are that they cannot be lost, stolen, or forgotten like passwords. However, biometrics also have disadvantages like high costs and potential inaccuracies. Biometrics have applications in security, banking, healthcare, and other fields.
Biometrics fingerprint
Biometrics is the study of automated identification, by use of physical or behavioural traits.
Check the slide where you will get all the information related to fingerprint technology like how it works, what are the requirements, process, etc.
Palm veim technology.pptx
Palm vein technology uses the unique vein patterns in people's palms as a biometric identifier for authentication. A palm vein scanner captures an image of the veins under the skin's surface and matches it to the registered pattern for verification. This technology provides highly accurate identification due to the complex and unique nature of each person's palm vein structure. It has error rates below 0.01% and can be used for security applications like ATMs, computers, buildings, and more. Advantages include lifetime usability, low cost, and difficulty spoofing the biometric, while disadvantages include potential image quality issues and higher initial costs than other methods.
Biometric technology
This document discusses various biometric technologies including fingerprint recognition, iris scanning, retina scanning, voice recognition, signature verification, face recognition, and hand geometry recognition. It describes how each type of biometric works, including capturing biometric data, extracting distinguishing features, enrollment, verification, and matching against stored templates. Biometrics are increasingly used for identification and access control because they cannot be lost, stolen, or forgotten like ID cards or passwords. However, biometric systems must also account for changes in biometrics over time.
Fingerprint recognition system by sagar chand gupta
This document provides an overview of fingerprint recognition systems. It defines biometrics and discusses physiological and behavioral characteristics used for identification, including fingerprints. The history of fingerprint analysis and classification of fingerprint patterns are covered. The document explains that fingerprint recognition systems work by acquiring fingerprints, extracting minutiae features, and matching minutiae between samples. Various fingerprint sensor technologies and applications like banking security and access control are also summarized.
sagarppt111111-150929182421-lva1-app6891.pptx
This presentation provides an overview of fingerprint recognition systems. It defines biometrics and fingerprints, explaining that fingerprints are unique to each individual. The document outlines the history of fingerprint analysis and describes the key aspects of fingerprint patterns. It then explains how fingerprint recognition systems work, involving fingerprint acquisition, minutia extraction, and minutia matching. Different types of fingerprint sensors and applications of fingerprint recognition technology are also summarized.
Biometrics
This document discusses biometrics, which uses human body characteristics for authentication purposes. It describes biometric devices that scan and digitize characteristics like fingerprints, irises, and facial patterns. Biometrics can be physiological (fingerprints, iris scans) or behavioral (signatures, voice). To work, characteristics must be universal, unique, and permanent for each individual. Biometric systems enroll users by storing their data, and then verify identities by matching live scans to enrolled data. Examples of biometric technologies discussed include fingerprint recognition, face recognition using facial features, voice recognition, iris recognition using iris patterns, and signature verification.
Biometrics
This document discusses biometrics, which uses human body characteristics to authenticate identity. It describes how biometric devices work by scanning a trait, converting it to digital form, and comparing it to stored data. There are two main classes of biometrics: physiological (face, fingerprints, iris) and behavioral (signature, voice). Biometrics has advantages like accuracy but also disadvantages like cost and the possibility that some traits may change over time.
Biometrics
This document discusses biometrics, which uses human body characteristics to authenticate identity. It describes biometric devices that scan and digitize characteristics like fingerprints, irises, voice patterns. Biometrics can be physiological (face, fingerprints) or behavioral (signature, voice). To be used for identification, characteristics must be universal, unique, permanent, collectible, and difficult to circumvent. The document outlines various biometric modalities like fingerprint recognition, face recognition, voice recognition, and iris recognition. It also discusses advantages like accuracy but notes disadvantages like cost and changing characteristics with age, disease, or environment.
Iris Recognition Technology
A study of Iris Recognition technology over the in use biometric technologies these days. These Study shows how beneficial the iris technology can be to the Human in future.
I have put all my efforts in this study and have made an simple easy to understand ppt.
Biometric security tech
Biometrics uses measurements of physical and behavioral characteristics to authenticate identity. During enrollment, a biometric sample is taken and stored in a database. When authenticating, a new sample is taken and matched against stored data. If the samples match within a set threshold, access is granted. Common biometric traits include fingerprints, iris scans, facial recognition, voice recognition, and hand geometry. While effective, biometrics raise privacy and security concerns if biometric data is stolen or shared without consent. Implementation also faces challenges of user acceptance, high costs, and accuracy limitations. Overall, biometrics can reliably verify identities but organizations must consider implications and mitigate risks to privacy.
palm vein technology (1).pptx
This document discusses palm vein technology, which uses patterns of veins in the palm for personal identification and authentication. It begins by introducing palm vein technology, which was developed by Fujitsu and is considered the world's first contactless identification. It then explains how palm vein authentication works by comparing vein patterns and discusses how secure the technology is. Applications mentioned include use in ATMs, personal computers by integrating sensors into mice, and in hospitals and libraries. Advantages include high security, not needing passwords, and resistance to changes in skin color or injury. Disadvantages include potential issues with image quality and higher costs compared to other technologies.
Biometric by amin
This document summarizes different types of biometrics, including physiological and behavioral biometrics. It provides details on common biometrics like fingerprint recognition, face recognition, speaker recognition, and iris recognition. It also discusses less common biometrics still in early stages of development, such as DNA recognition, retina recognition, thermograms, gait analysis, keystroke recognition, ear recognition, skin reflection, lip motion analysis, and body odor analysis. The document compares DNA biometrics to conventional biometrics and provides examples of applications of different biometrics technologies.
It's about biometric system L10A_Savvides_Biometrics.pdf
This document provides an introduction to biometric technologies and applications. It discusses some of the common problems with traditional security systems like passwords, including passwords being forgotten, stolen, or cracked. Biometric technologies provide an alternative for verifying or identifying individuals based on unique physiological or behavioral characteristics. Examples of biometric modalities discussed include fingerprints, face recognition, iris recognition, and voice recognition. Applications of biometric technologies include identification by matching against a database and verification by comparing to an enrolled template.
2019001791_Fingerprint_Authentication.pptx
This document provides information about fingerprint authentication technology. It begins by defining biometrics as automated methods of identifying or verifying a person's identity using physiological characteristics like fingerprints. Fingerprint recognition works by analyzing the unique ridge and valley patterns of fingerprints. The verification process involves enrolling a fingerprint sample in a database and then comparing subsequent samples to entries in the database. Fingerprint authentication is widely used for security systems due to the low probability of any two fingerprints being identical. Common applications include securing devices, buildings, and network access.
Biometrics final ppt
its a science and technology for measuring and analyzing human biological data based on physiological and behavioral characteristics
Ranjith_Bm
This document discusses various biometric identification techniques including 3D facial recognition, iris recognition, and keystroke dynamics. It provides details on how each method works, advantages, limitations, and applications. 3D facial recognition involves capturing a facial image and transforming it into a unique face print using elastic graph matching algorithms to allow identification from several meters away. Iris recognition uses the colored iris surrounding the eye which is stable over a person's lifetime allowing identification with low error rates. Keystroke dynamics analyzes typing patterns such as keystroke duration and pressure to continuously authenticate computer users with minimal hardware requirements.
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Fingerprint recognition system by sagar chand gupta
Fingerprint recognition system by sagar chand gupta
It's about biometric system L10A_Savvides_Biometrics.pdf
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palm vein technology
- 2. What is biometrics?? Biometrics can be defined as recognizing and identifying a person based on physiological or behavioral characteristics The behavioral characteristics measure the movement of a user, when users walk, speak, type on a keyboard or sign their name. The physiological characteristics would be the physical human traits like fingerprints, hand shape, eyes and face, veins, etc
- 3. Disadvantages of other technologies 1 )Finger print • Some people may feel offended about placing their fingers on the same place where many other people have continuously touched • Wrong results if the finger is dirty. 2)Face recognition • 2D recognition is affected by changes in lighting, the person’s hair, the age ,and if the person wear glasses.
- 4. Disadvantages of other technologies 1 )Finger print • Some people may feel offended about placing their fingers on the same place where many other people have continuously touched • Wrong results if the finger is dirty. 2)Face recognition • 2D recognition is affected by changes in lighting, the person’s hair, the age ,and if the person wear glasses.
- 5. • It also depends on orientation/angle of user’s face with camera 3)IRIS scan • Difficult to use because of positioning eye. Requires more time for matching with database stored • Many commercial Iris scanners can be easily fooled by a high quality image of an iris or face in place of the real thing
- 6. INTRODUCTION • Palm vein technology is the upcoming technology in this world • It is the worlds first contactless personal identification system that uses the vein pattern in human palm to confirm persons identity • It is one of the biometric authentication technology, which identifies people by their unique biological information
- 7. How does it work? Simply hold your palm a few centimeters over the scanner and with a second it reads your unique vein pattern .
- 8. when near-infrared light passes, deoxygenated hemoglobin in the blood flowing through the veins absorbs near- infrared rays, causing it to be visible as black regions to the scanner
- 9. • Then it compares it with the pre registered one with the help of infra red rays • Generated image is digitized,encrypted & finally stored as a registered image template in database • If there is a match found then access is allowed else access is denied
- 10. How secure is this technology? • On the basis of testing the technology on more than 70,000 individuals, Fujitsu declared that the new system had a false rejection rate of 0.01% • And a false acceptance rate of less than 0.00008% (i.e., incorrect approval for access in one in over a million scan • And if you registered your profile as a child, itll still be recognized as you grow, as an individuals patterns of veins are established in utero
- 11. What happens if hands get damaged • There may be a chance that the palm we had registered may get damaged then we cannot use this technology. • During the time of registration we take the veins of both the hands so that if one gets damaged we can access through the second hand. • When hand get damaged upto large extent we can get veins because deeper into the hand veins are obtained
- 12. Applications • ATM & BANKING • PERSONAL COMPUTERS • HOSPITALS &LIBRARIES
- 13. ATM & BANKING • The Bank of Tokyo launched its “Super –IC Card”. • This card combines the functions of a bankcard, credit card, electronic money and palm vein authentication. • This system is advantageous because the customer’s information is not stored at the bank. • To activate the palm vein authentication function, the customer brings the card and his passbook and seal to the bank counter where the customers vein information is registered on the card .
- 14. PERSONALCOMPUTERS In personal computers palm vein technology can be applied by inserting the vein sensor inside mouse or on the keyboard. When power is supplied to system the mouse/keyboard also gets power and the sensor in the mouse/keyboard will be ready to sense palm veins
- 15. IN HOSPITALS AND LIBRARYS Palm Secure device can also be used in hospitals for doctor and patient’s identification and where the high level of security is required
- 16. ADVANTAGES • This technology is, — More Reliable, More Accurate — Fast — Small — Relatively cheap to implemented and operate • —No more problems of forgotten passwords and id codes. • —No two people in the world share a palm vein pattern- even those of identical twins differ.
- 17. Conclusion • Palm vein pattern authentication technology developed by Fujitsu was being used in a wide range • If this technology is introduced in our country we can solve many problems such as password protection in ATM , security in various fields and if we implement this technology in government offices we can make the employees to work according the government timings. surely this technology will bring a revolution in the field of science and technology in the near future.