Role of Cyber Ethics in information technology. I think I found an answer. Cyber Ethics refers to the code of responsible behavior on the Internet. Just as we are taught to act responsibly in everyday life, with classes such as "Do not take what is not yours" and "Do not harm others" – we must act responsibly in the cyber world as well . What is responsible behavior on the Internet? Responsible behavior on the Internet in many ways aligns with acceptable behavior in everyday life, but the consequences can be very different. For example, verbal gossip is often limited to the immediate audience (those within earshot) and may well be forgotten the next day. However, the buzz on the Internet can reach a much wider audience. The "words" not forgotten the next day, but can live on the Internet for days, months or years and cause tremendous damage. Some people try to hide behind a false sense of anonymity on the Internet, in the belief that no matter if they behave badly online because no one knows who they are or how to identify them. That's not always true. Computers, browsers and Internet service providers may keep records of their activities that can be used to identify illegal or inappropriate behavior. The basic rule is to do something in Cyberspace you consider wrong or illegal in everyday life. When determining responsible behaviors, consider the following: Do not use rude or offensive language. Do not be a bully on the Internet. Do not call people names, lie about them, send embarrassing pictures of them, or do anything to try to hurt them. Do not copy information from Internet and claim it as their own. That's called plagiarism. Comply with copyright restrictions when downloading material including software, games, movies or music from the Internet. Do not enter someone else's computer. Do not use anyone else's password. Do not attempt to infect or otherwise try to make someone else's computer unusable. We were taught the rules of "good and evil" while growing up. We just have to apply the same rules for cyberspace.
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What is intel p4 htt technology. Basically … The HT technology Hyper Threading technology represents. The benefits of Hyper-Threading technology is listed as: Improved support for multi-threaded code, allowing multiple threads to run simultaneously, improved reaction and response time, and a server can support more users . According Intel, the first application uses only about 5% of the surface of the dies to the "normal" processor, however, resulted in improvements in the yield of 15 to 30%. Intel ensures up to 30% improvement in speed compared with an otherwise identical, non Pentium4 SMT. The performance improvement seen is very application dependent, however, and some programs actually slow down slightly when HTT is on. This is due to the repeater system Pentium 4 tying valuable execution resources, thereby denying the other thread. However, any performance degradation is unique to the Pentium 4 (due to various shades of architecture), and is not characteristic of simultaneous multithreading in general. Hyperthreading allows the operating system to see two logical processors instead of the present one physical processor Hyper-Threading works by duplicating certain sections of the processor for storing the states, but not duplicating the main execution resources architectural. This allows a Hyper-Threading equipped processor to pretend to be two "logical" processors to the host operating system, allowing the operating system to schedule two threads or processes simultaneously. When the execution resources in a processor capable not Hyper-Threading are not used by the current task, especially when it has stopped the processor, Hyper-Threading processor equipped may use those execution resources to execute another scheduled task. (The processor may stall due to lack of cache, branch prediction or erroneous data dependency.) Except for its performance implications, this innovation is transparent to operating systems and programs. Most required to take advantage of Hyper-Threading technology support symmetric multiprocessing (SMP) in the operating system, as the logical processors appear as standard separate processors. However, it is possible to optimize the behavior of the operating system on systems capable of Hyper-Threading, such as the techniques discussed in Linux Kernel Traffic. For example, consider an SMP system with two physical processors that are both Hyper-Threaded (for a total of four logical processors). If the operating system process scheduler is not aware of the Hyper-Threading technology, would treat all four processors of the same. As a result, if there are only two processes are eligible to run, you may choose to schedule those processes on the two logical processors that happen to belong to one of the physical processors. Therefore, a CPU would be engaged while the other CPU would be completely inactive, which leads to poor performance in general. This problem can be avoided by improving the scheduler to treat different logical processors of physical processors; in a sense, it is a limited form of the scheduler changes that are required for NUMA systems.
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