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Recommended: Biometric
Biometrics is a preset method to recognize a person based on a physiological or behavioral attribute. The present features are face recognition, fingerprints, handwriting, hand geometry, iris, vein, voice and retinal scan. In the early years of the 21st century, we find ourselves persistently moving further away from the stipulation of physical human interface playing a major part of basic everyday tasks. Striding ever closer to an programmed society, we interact more habitually with mechanical agents, unsigned users and the electronic information sources of the World Wide Web, than with our human counterpart. It is therefore possibly sardonic that identity has become such an important issue in the 21st century. Face recognition has been related as the divine Grail of biometric recognition systems, due to a number of noteworthy advantages over other methods of identification. Video-based face recognition has the advantage over other trustworthy characteristics for biometric recognition, such as iris and fingerprint scans, that it does not require the cooperation ...
In the real life, it is hard to judge our personal identity: we are aware of who we are every second and minute, we also are able to check our appearance that we have known since we were born from looking at mirror. We know “I am myself” all the time.
What if the government were not allowed to ask you for information that is discoverable through computer matching? Should the government be allowed to use this technique to yield the same information? This ethical dilemma is covered in this paper. Relevant information will be used from the laws in the United States and the European Union to illustrate the different perspectives on the privacy of citizens and the approaches each government takes to it.
Biometrics-based authentication applications include workstation, network, and domain access, single sign-on, application logon, data protection, remote access to resources, transaction security and Web security (Campbell, 1995). Utilized alone or integrated with other technologies such as smart cards, encryption keys and digital signatures, biometrics are set to pervade nearly all aspects of the economy and our daily lives (Campbell, 1995). Among the features measured are; face, fingerprints, hand geometry, iris, and voice (Campbell, 1995).
Now-a-day, biometric authentication system or simply biometric system, offers a reliable and user-friendly solution to the problem of identity management by establishing the identity of an individual based on “who the person is”, rather than the knowledge-based i.e. “what the person knows" or token-based i.e. “what the person carries” (Jain et al., 1999). The word biometrics is derived from the Greek words bios (meaning life) and metron (meaning measurement); biometric identifiers are measurements from living human body (Maltoni et al., 2003). Biometric system refers to automatically identify or verify an individual's identity based on his physiological characteristics (e.g. fingerprints, face, iris and hand geometry) and behavioral characteristics (e.g. gait, voice and signature) (Figure 2.1). Ancillary characteristics (also known as soft biometric) such as gender, ethnicity, age, eye color, skin color, scars and tatoos also provide some information about the identity of a person. However, soft biometric traits do not provide sufficient evidence to precisely determine the identity (Jain et al., 2004a). Biometric traits provide a unique and permanent binding between an individual and his identity. This “binding" cannot be easily lost, forgotten, shared or forged and free from making false repudiation claims. Biometrics offers several advantages over conventional security measures. These include
It is easy to think of biometrics as the future science technology are always happened in some fictions, associated with solar car and clones together. In fact, it has long history that people understood the basic principle and application of the biometric. Thousands of years ago, the people of the Nile basin used the biometric in everyday transactions (such as scarring, skin tone, eye color, height, etc.) for identification. Of course, they had no any automatic electronic identification system, or computer network, but the principle is similar.
Identity theft has been a major issue of privacy and fraud. In the data breach analysis from the Identity Theft Resource Center (2013), the number of data breaches from the year 2005 to 2012 increased. In 2012, there had been 49% where the data breach exposed people Social Security Number. The data breach of 2012 has a rate of 27.4% caused by hackers. These breaches were commonly from 36.4% businesses and 34.7% health and medical (Identity Theft Resource Center 2013). The number of identity theft varies from physical possession to digital possession. At least one-fifth of trash cans contains papers listing people’s credit card number and personal information. People that throw away their trash mails contain much personal information that is useful to steal someone's identity (Davis, 2002). Technology becomes a need where people use it daily and as a result it has also become a use for identity theft as well. Throughout the years as technology develops so does identity theft. This paper shows the types, methods and technique used for identity theft, and it also examines possible risk of identity theft from current technology.
The rapid growth in technology has been impressive over the past 20 years from television graphics and multi-purpose phones to world-wide connections. Unfortunately, the government is having trouble with this growth to protect the people from having their privacy violated due to the information being stored electronically. In “The Anonymity Experiment”, by Catherine Price, states how easily a person can be track and how personal can be lost. Also, in “Social Security and ID theft”, by Felipe Sorrells, states how social security numbers and personal identities can be stolen and how the government is trying to stop that theft. They both intertwine with technology and privacy though Price's article has a broad overview of that, while Sorrells's focus is mainly on social security number and identity thief part. Price and Sorrells shows that companies are taking too much advantage from the customer, the government, even though their trying, needs to start helping the people protect their privacy, and a balance between the amount of trust people should have giving out their sensitive records to which information is protected.
Biometrics is described as the use of human physical features to verify identity and has been in use since the beginning of recorded history. Only recently, biometrics has been used in today’s high-tech society for the prevention of identity theft. In this paper, we will be understanding biometrics, exploring the history of biometrics, examples of today’s current technology and where biometrics are expected to go in the future.
While the idea of human tracking has its share of benefits, there certainly are numerous pitfalls that also exist. While the ability to identify someone with an ID tag may have practical uses, the security and privacy issues could seem potentially alarming to some. Not only that, a closer look may show that the technology doesn’t necessarily offer very many advantages when considering the costs of nation-wide adoption of the technology. This paper will try to investigate into these issues, whilst attempt to come up with some solutions.
Biometric technology is used for the ways humans can be identified by unique aspects of their bodies, such as fingerprints, body odor, our voices and many more. If one was to think about privacy rights, he/she would be concerned about the widespread adoption of these systems, since such systems could easily be used to develop a record of known rebellious people and/or dangerous criminals, to be used for social control purposes. Although that may seem pretty good and a positive thing for the society, one should take into account of the defects and errors of technology. Of the many biometrics technologies that are being developed and are already developed, facial recognition is one of the most threatening because it can be deployed secretly; one may not know whether or when they can be caught in a surveillance camera for such facial recognition biometrics. Additionally, tests have found that the miscalculations for facial biometrics technologies are very high. As a result, according to Privacy Rights Clearinghouse, innocent people can be erroneously identified as dangerous criminals and actual dangerous criminals and/or suspected terrorists can fail to be detected overall, allowing for a huge injustice and unfairness. Privacy rights concerned with biometrics have sparked a concern and should be dealt with; otherwise, this is just one of the
A general statement of the face recognition problem can be formulated as follows: Given still or video images of a scene, identify or verify one or more persons in the scene using a stored database of faces. Due to this definition well-known algorithms such as PCA, ICA, LDA, EBGM, Bayesian Framework, HMM, SVM and Boosting are proposed by Turk et al. [1], Bartlett et al. [2], Zhao et al. [3], Wiskott et al. [4], Moghaddam et al. [5], Nefian et al. [6], Heisele et al. [7], and Lu et al. [8].These algorithms have acceptable success on the test image databases. Nevertheless, utilizing these algorithms in the commercial applications is subject to som...
As we evolve in the information age, online privacy rights have grown over the past years. In 1986, a federal law was passed to protect an individual’s electronical information. “This law was produced to make a fair balance among the privacy expectations of citizens and the legitimate needs of law enforcement” (EPIC). With the Internet developing intensely, there is a great deal at stake such as the theft of your identification. But where it all begins is when you access the Internet. This is the first step in being aware of your privacy because you go through the process in signing up with an Internet Service Provider (ISP). With this process you have a IP address attached to your ISP. This is the primary step on how your information starts
Iris recognition is very accurate and distinctive because iris has a complex texture that can produce a substantial amount of information to identify a person. Furthermore, the iris remains almost unchanged from childhood, only minuscule variations are presented. The biometric data is captured using a small and high definition camera that is able to recognize different characteristics of the iris. Moreover, the system can detect the use of contact lens with a fake iris and can realize with the natural movement of the eye if the sample object is a living being. Although initially iris recognition systems were expensive and complex to use, new technology developments have improved these weaknesses.
Computers can also tie information together in an impersonal and systematic way that can lead to invasions of privacy. Take for example the situation wh...
In the early years of computers and computerized technology, computer engineers had to believe that their contribution to the development of computer technology would produce positive impacts on the people that would use it. During the infancy of computer technology, ethical issues concerning computer technology were almost nonexistent because computers back then were not as multifaceted as they are today. However, ethical issues relating to computer technology and cyber technology is undeniable in today’s society. Computer technology plays a crucial role in all aspects of our daily lives. Different forms of computer technology provide unique functionalities that allow people to perform daily activities effectively and efficiently. In modern society, we use computer and cyber technology to communicate with friends and family via social networking sites, participate in business transactions, and get current news. Different tasks require unique technological feature in computer technology to function properly. Although, unique technological features increase people’s proficiency in accomplishing various tasks, unique technological features in computer and cyber technology increase security vulnerabilities. In many cases, the security vulnerabilities in computer technology are exploited by cybercriminals to invade people’s privacy, and steal people’s identity. We know that computers have no moral compass; they cannot make moral decisions for themselves. Essentially, people make moral decisions that affect others positively or negatively depending on how they use computer technology. Some of the biggest ethical issues facing people in the computing environment include privacy concerns on the web and identity theft. Privacy concerns...