Functions
http://www.playtool.com/pages/artifacts/artifacts.html
Profile for Diagnose Video Card.
There are any numbers of reasons why you may wish to make a folder private in Windows XP. You could be on a shared computer without a requirement for a network log in, you may be storing files containing personal or confidential information that you want to keep safe from prying eyes, or you may simply not want other people modifying vital system operation files. Whatever the case, making the My Documents folder private, like securing any other folder, is simply a matter of setting it to be so in the folder's properties.
How to Make My Documents Private on Windows XP
There are any numbers of reasons why you may wish to make a folder private in Windows XP. You could be on a shared computer without a requirement for a network log in, you may be storing files containing personal or confidential information that you want to keep safe from prying eyes, or you may simply not want other people modifying vital system operation files. Whatever the case, making the My Documents folder private, like securing any other folder, is simply a matter of setting it to be so in the folder's properties.
Instructions
- 1
Double-click
the C drive in "My Computer."
- 2
Open the
"Documents and Settings" folder.
- 3
Right-click
on the folder that corresponds to your user name. Select "Properties"
from the sub-menu.
- 4
Click on
the "Sharing" tab. You will see a check box that reads, "Make
this folder private so that only I have access to it." Click on the check
box. Your My Documents folder is now secure, allowing only you to have access
to it when logged in to your window.
How to View a Hidden Partition on Windows XP
A partition is sometimes used to store passwords and important files on a
computer. You can also create more space with another partition on your
computer. If you have a hidden partition, Windows XP hides it as
default. You can unhidden the partition so you will be able to see it on
the My Computer or Windows Explorer screens.
1. Click "Start" and
"Control Panel."
2.
Click "Folder
Options." Click the "View" tab and under the "Advanced
Settings" section find "Hidden Files" and "Folder."
Choose "Show hidden files and folders." Unchecked "Hide protected
operating system files (Recommended.)"
3.
Click "Start" and
"My Computer." The partition will now be visible on this screen.
How to block the internet websites by using AVAST ANTI VIRUS:
Instruction:
1. If you have Antivirus
like avast, you can easily block the Internet (any websites you want to block).
All you have to do is:
2. Click the Avast Icon
place in the desktop, all programs or in a taskbar.
3. If it’s already open, click
"sitting" above.
4. First click the
password, then you can put password, but remember if the you forget the
password.You can never change it. The only way to change is your going to
format the OS.
5. After you put the password,
go to the “ADDITIONAL PROTECTION"
Then click "SITE BLOCKING”,
check "ENABLE SITE BLOCKING" enter the "URL". For example.,www.facebook.com.
6. Finish, the website is
already blocking.
terms of memory
Kibi, mebi, gibi, tebi, pebi, and all that
Also see Kilo, mega, giga, tera, peta, and all that.
Kibi, mebi, gibi, tebi, pebi, and exbi are binary prefix multipliers that, in 1998, were approved as a standard by the International Electrotechnical Commission (IEC) in an effort to eliminate the confusion that sometimes occurs between decimal (power-of-10) and binary (power-of-2) numeration terms.
At present, the prefix multipliers kilo- (k or K), mega- (M), giga- (G), tera- (T), peta- (P), and exa- (E) are ambiguous. In most of the physical sciences, and when describing quantities of objects generally, these multipliers refer to powers of 10. However, when used to define data quantity in terms of bytes, they refer to powers of 2. The following table denotes the most often-used prefixes and their meanings.
| Prefix | Symbol(s) | Power of 10 | Power of 2 |
| kilo- | k or K ** | 103 | 210 |
| mega- | M | 106 | 220 |
| giga- | G | 109 | 230 |
| tera- | T |
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| 1012 | 240 | ||
| peta- | P | 1015 | 250 |
| exa- | E | 1018 * | 260 |
| * Not generally used to express data speed | |||
| ** k = 103 and K = 210 | |||
The power-of-10 multipliers and the power-of-2 multipliers for a given word prefix are almost, but not quite, the same. For example, the power-of-10 definition of kilo- (k) refers to 1,000, while the power-of-2 definition (K) refers to 1,024. As if this is not confusing enough, when referring to a data speed of one kilobit per second (1 kbps), analysts generally mean 1,000 bits per second (103 bps), but when talking about one kilobyte (1 KB) of data storage, they usually mean 1,024 bytes (210 B). This prevailing confusion could be eliminated (some computer scientists believe) by adopting special prefixes referring to the binary quantities. The proposed scheme is as follows.
| Full technical name | Proposed prefix | Proposed symbol | Numeric multiplier |
| kilobinary | kibi- | Ki | 210 |
| megabinary | mebi- | Mi | 220 |
| gigabinary | gibi- | Gi | 230 |
| terabinary | tebi- | Ti | 240 |
| petabinary | pebi- | Pi | 250 |
| exabinary | exbi- | Ei | 260 |
In scenarios such as the one mentioned above, if the new binary prefixes are used, it should be easy to know whether an engineer is talking or writing about the decimal or binary multiplier. We will know that one kilobit per second (1 kbps) means 1,000 bps, and one kibibyte (1 KiB) means 1,024 bytes, for example.
As of this writing, the binary prefix multipliers have not yet come into general use.
Pronunciation: Based on a suggestion from NIST, "the first syllable of the name of the binary-multiple prefix should be pronounced in the same way as the first syllable of the name of the corresponding International Standard (SI) prefix, and the second syllable should be pronounced as 'bee.'" Thus, "kibi" would be pronounced "KIH-bee"; "mebi" would be "MEH-bee", and so forth.