... beneficial must conform to. At last, a realistic model using replication techniques for beneficial purposes is proposed and directions are given in which this technique can be improved further. The paper also demonstrates that the main reason for the conflict between those supporting the idea of a "beneficial virus" and those opposing it, is that the two sides are assuming a different definition of what a computer virus is. 1. What Is a Computer Virus? The general public usually associates the term "computer virus" with a small, nasty program, which aims to destroy the information on their machines. As usual, the general public's understanding of the term is inc ...
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... For example, let's say we decide to use the key "+4." That would mean we'd switch each letter in our message with the letter that comes four places later in the alphabet. D would become H; R would become V, and so on. You, or anyone else who knows the key can easily switch the H back to a D, the V back to an R, and figure out where to meet. Theses two examples are on opposite sides of the spectrum, but both have their similarities and their differences. The major difference complexity, the government pays mathematicians to research complex algorithms by which to encode the messages, like the system used by Captain Video but these algorithms are complex enough ...
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... Computers are instruments of crime when used to plan or control such criminal acts as complex embezzlements that might occur over long periods of time, or when a computer operator uses a computer to steal valuable information from an employer. Computers have been used for most kinds of crime, including fraud, theft, larceny, embezzlement, burglary, sabotage, espionage, murder, and forgery, since the first cases were reported in 1958. One study of 1,500 computer crimes established that most of them were committed by trusted computer users within businesses; persons with the requisite skills, knowledge, access, and resources. Much of known computer crime h ...
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... it be me or the next guy , whose intelligence is greater then those who make the software . According to the federal government , that by the way has no real control over america since they can't even control themselves , software is protected from the moment of its creation . As soon as that software hits the store it is protected by the United States Federal Government . Yet , thousands of software titles have been put out there , and the government hasn't protected a fucking thing from happening . What a joke , how can we let such morons run this nation . The law in the USA states that a person may who buys the software may (I) copy it to a single computer a ...
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... are suffered in virtually every region of the world. In some areas (i.e., Indonesia), the rate of unauthorized copies is believed to be in excess of 99%. Why do People Use Pirated Software? A major reason for the use of pirated software is the prices of the REAL thing. Just walk into a CompUSA, Electronics Boutique, Computer City, Egghead, etc and you will notice the expensive price tags on copies of the most commonly used programs and the hottest games. Take the recent Midwest Micro holiday catalogue for example and notice the prices. Microsoft Windows 95: $94, Microsoft Office 95: $224, Microsoft Visual C++: $250, Borland C++: $213, Corel Draw 7 ...
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... to accept technical challenges."(Shannon, 16:2) "It is tempting to liken computer criminals to other criminals, ascribing characteristics somehow different from 'normal' individuals, but that is not the case."(Sharp, 18:3) It is believed that the computer criminal "often marches to the same drum as the potential victim but follows and unanticipated path."(Blumenthal, 1:2) There is no actual profile of a computer criminal because they range from young teens to elders, from black to white, from short to tall. Definitions of computer crime has changed over the years as the users and misusers of computers have expanded into new areas. "When computers wer ...
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... semiconductor material used today. It is used for diodes, transistors, integrated circuits, memories, infrared detection and lenses, light-emitting diodes (LED), photosensors, strain gages, solar cells, charge transfer devices, radiation detectors and a variety of other devices. Silicon belongs to the group IV in the periodic table. It is a grey brittle material with a diamond cubic structure. Silicon is conventionally doped with Phosphorus, Arsenic and Antimony and Boron, Aluminum, and Gallium acceptors. The energy gap of silicon is 1.1 eV. This value permits the operation of silicon semiconductors devices at higher temperatures than germanium. Now I ...
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... world demands the competitive organization employs computer systems analysts in order to integrate their information, management, accounting, manufacturing and distribution sales systems. This analysis will describe the typical responsibilities of the computer systems analyst, including the job market and outlook for the career that may be one of the most misunderstood occupations in modern times. The computer systems analysts is often misunderstood because they speak a techno-language that sounds more Greek than Greek, with common words like Sat, FoxPro, VB-4, C++ Himmelberg (8G), often leaving non-analysts scratching their heads. However, the devel ...
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... researchers who are trying to create very real applications for medical, space, physical, chemical, and entertainment uses among other things. In order to create this alternate reality, however, you need to find ways to create the illusion of reality with a piece of machinery known as the computer. This is done with several computer-user interfaces used to simulate the senses. Among these, are stereoscopic glasses to make the simulated world look real, a 3D auditory display to give depth to sound, sensor lined gloves to simulate tactile feedback, and head-trackers to follow the orientation of the head. Since the technology is fairly young, these interfaces hav ...
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... sometimes intentionally, sometimes not. (Microsoft Encarta 1996) Most viruses are created out of curiosity. Viruses have always been viewed as a well written, creative product of software engineering. I admit there are many out there who create them out of malice, but far more people are just meeting a challenge in software design. The people who make anti-virus software have much more to benefit from the creation of new virii. This is not a slam, just an observation. A common type of virus would be a Trojan Horse, or a destructive program disguised as a game, a utility, or an application. When run, a Trojan Horse does something devious to the computer system ...
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