... small amounts of money from many bank customers this adding up to a great deal of money. I also read about phone phreaks more known as "Phreakers." They steal long distance phone services. Phreakers commit many other crimes against phone companies. In the book Computer Crime it states, most people commit thesis crimes, because they where carious and wanted to explore the system. All they want to do is exploit systems not destroy it. It is purely intellectual. I know one reason is that is can be very rewarding. Hackers are drawn to computers for the aninymity they allow. They feel powerful and can do anything. Hackers can be there own person out side the r ...

... have no thoughts of their own, they cannot understand. Any actions being performed to simulate behavior are confined by the programs available to the computer. He presents the example of a man linking Chinese characters and appearing to know the language, but in reality the man is just following the instructions given to him ( the program). This example serves well to explain how although a computer can look like it understands a story, it can do no more than "go through the motions." Of course such a definitive standpoint on an issue as controversial as the capacity of an AI to understand will draw many critics. The criticism of his theory tha ...

... common uses of today are: banking and retail, mo-bile communications, information technology, identity and health, park-ing, public telephony, mass transit and campus ID solutions; and areas of use increase every day. One of the most fast developing areas of use is Banking and Retail. For business of financial transactions is very competitive and fast-changing, banks are always seeking for new valuable services for their customers. give an ability to deploy and manage multiple ap-plications on a wallet-size plastic card. Smart card technology also prom-ises to resolve the security problems through a better methods of protec-tion against theft and fraud. Here ...

... put himself at the mercy of some salesman who may not know much more than he does. If one would follow a few basic guidelines, he could be assured of making a wise purchase decision. A computer has only one purpose; to run programs. Some programs require more computing power than others. In order to figure out how powerful a computer the consumer needs, therefore, a person must first determine which programs he wants to run. For many buyers, this creates a problem. They cannot buy a computer until they know what they want to do with it, but they cannot really know all of the uses there are for a computer until they own one. This problem is not as tough as it see ...

... CD-driver in your car, and tell the computer where to go. The rest will be done automatically. This will be a safer, faster, and more comfortable way to travel. Another new area, called "virtual reality" is currently being tested. This is a way to simulate reality on a monitor. In order to feel this so-called reality you have to wear special electronic glasses and an electronic suit. Fastened to the suit are sensors, which send information to the main computer. This computer works with the data and displays them on the electronic spectacles. This is a technique which use three-dimentional views, therefore the scenery seems incredibly realistic. If you want to be a ...

... speaks of will be undoubtedly small, in fact, nano- structures will only measure 100 nanometers, or a billionth of a meter (Stix 94). Being as small as they are, nanostructures require fine particles that can only be seen with the STM, or Scanning Tunneling Microscope (Dowie 4). Moreover the STM allows the scientists to not only see things at the molecular level, but it can pick up and move atoms as well (Port 128). Unfortunately the one device that is giving nanoscientists something to work with is also one of the many obstacles restricting the development of nanotech. The STM has been regarded as too big to ever produce nanotech structures (Port 128). Other ...

... that display words and graphics so that a person can see them. Many people can easily understand why the monitor is a form of output device since it is the screen that tells them what the computer is actually doing. Simply put, without a monitor, the computer itself is basically useless. Another form of output, which is rarely noticed by many computer users however, is the printer. Many people have probably used a printer before, but it is just that they never realize it is also a form of output. As opposed to 'output', 'input' consists of components that take in information from the users themselves so that the computer will know the tasks it is supposed ...

... security works by many ways of password use or by locking it up. The password method is enforced by prompting a computer user to enter a password before they can access any programs or information already contained within the computer. Another password security method would be to have the computer user carry a digital screen that fits in your pocket. This digital screen receives an encrypted message and displays numbers that change every few minutes. These numbers make the password one needs for the next few minutes in order to access the computer. This password method is somewhat new. It is also better, for the previous password method is not totally fool ...

... development and environmental degradation. I will look first at the way in which development occurred in the South, and the reason it happened the way that it did. From there, I will show how these methods of development proceeded to eventually cause widespread environmental damage and it's effect on the local people. . DEVELOPMENT: "WESTERN" STYLE When I refer to "the environment", I mean not only the habitat that humans, plants and animals inhabit, but also the physical, emotional and psychological attitudes that are encompassed by these in their daily existence. Development, by my definition, will consequently refer to the technological advancement of a comm ...

... only additions of numbers entered by dials and was intended to help Pascal's father, who was a tax collector" (Buchsbaum 13). However, in 1671, Gottfried Wilhelm von Leibniz invented a computer that could not only add but, multiply. Multiplication was quite a step to be taken by a computer because until then, the only thing a computer could do was add. The computer multiplied by successive adding and shifting (Guides 45). Perhaps the first actual computer was made by Charles Babbage. He explains himself rather well with the following quote: "One evening I was sitting in the rooms of the Analytical Society at Cambridge with a table full of logarithms lyin ...