Random ramblings from a guy who is too busy to have a Web site. On the bright side, you won't find any ads, pop-ups, hype, or any attempts to sell you anything at all. Furthermore, you won't find any pages divided into a hundred little boxes. And the text is so large, you don't need an electron microscope to read it. A refreshing break from reality. Anyway, here's what I have so far as I gradually resurrect my poor neglected Web site.
PC Survival Camp
Being new to computers, or even just being a “casual user”, isn’t always fun. It's as though everybody on the planet assumes you already know all the buzzwords, and already possess all the skills necessary to use a computer. Which is a really big assumption, when you consider that nobody was ever born knowing how to use a computer. The links below provide some quick mini-tutorials on all the skills and buzzwords that everyone else seems to assume you already know. Click on any link (underlined text) for a quick mini-lesson. Use the Back button at the bottom of any
page to work your way back to this page.
|
TechFear Camp |
Jargon Camp |
Internet Camp |
Windows XP Camp |
|
Wrong button! |
Hardware |
What is the Net? |
Desktop |
|
Crash the Internet! |
Ports |
What's Bandwidth? |
Start menu |
|
Erase everything! |
KB, megabytes, etc. |
What's Download? |
Taskbar |
|
Run out of space! |
Software |
What Web browser? |
Quick Launch |
|
Email privacy! |
Toolbars |
Getting around |
Notifications |
|
Viruses! |
|
What e-Mail client? |
Moving and Sizing |
|
Hackers! |
|
Death to pop-ups |
Control Panel |
|
|
|
|
More... |
If you're looking for Microsoft Access stuff, click here.
l I'm gradually bringing back some of my old HTML stuff here.
l If you have a question, Ask Alan
1.Who is the passage written for?
A．Everyone B．College students.
C．Anyone who wants to use a computer. D．An expert on computers.
2.What’s the advantage of this web site?
A．It’s cheap. B．There are no ads.
C．It’s modern. D．It provides an electron microscope.
3.You can learn computer skills except_____.
A．Erase everything! B．Software. C．Flash . D．Taskbar.
4.If you have problems, ask____ for help.
A．Coolnerds.com B．PC survival Camp
C．Alan D．HTML Stuff
1.C
2.B
3.C
4.C
【解析】
試題分析：本文中作者為電腦使用者介紹了一個沒有廣告的網站以及如何操作。
1. 根據Random ramblings from a guy who is too busy to have a Web sit。故選C。
2.根據On the bright side, you won't find any ads, pop-ups, hype, or any attempts to sell you anything at all.故選B。
3.根據page to work your way back to this page的這個圖表，故選C。
4.根據If you have a question, Ask Alan ，故選C。
考點：本題是一篇信息尋找類閱讀理解。
點評：先閱讀問題，然后帶著問題，再讀全文，找出答題所需要的依據，完成閱讀。這篇文章非常容易，根據問題找到相關問題的段落或句子，便可選出答案。
科目：高中英語 來源：（外研社英語高一必修4） Module 2 課時同步訓練 題型：閱讀理解
B
Typing your password or credit card number into a computer is a moment’s work. But if you think your personal details disappear as soon as you hit the Return key, think again: they can sit on the computer’s hard disk for years waiting for a hacker to rip them off.
As people spend more time on the web and hackers become more sophisticated, the dangers of storing personal information on computers are growing by the day, security experts say. There are some safeguards, such as never allowing your computer to store your passwords. But even that is no guarantee of security.
When you type in a password, it is stored in random access memory (RAM), where it is held temporarily until other data overwrites it or the computer is switched off.
But every so often, the computer copies the contents of its RAM onto hard disk, where it is easy prey for a hacker, who can read it directly or design a worm to e-mail it back. The longer sensitive data stays in RAM, the more likely it is to be copied onto the disk, where it stays until it is overwritten—which might not happen for years.
Tal Garfinkel and colleagues from Stanford University have created a software tool which simulates the workings of a complete computer system. Within the simulation, sensitive data can be tagged and then tracked as it passes through the system. Next, Garfinkel and his team simulated computers running common software that regularly handles passwords or confidential personal information, such as Internet Explorer, the Windows login script and Apache server software.
In a paper to be presented, they conclude that the programs took virtually no measures to limit the length of time the information is retained. Some of the tested software even copied the sensitive information, apparently without restraint.
This is the first time anyone has tried to measure the extent of this problem, says Rebecca Wright, a security expert at Stevens Institute of Technology. Garfinkel hopes the results will arouse software developers to take action.
40．Which of the following statements is true according to the passage?
A．It is secure to use your password as long as you hit the Return key.
B．Your personal details is likely to be in danger if you spend more time on the web.
C．Your password will be safe if you have some safeguards.
D．Never allowing your computer to store your passwords will be safe.
41．Which of the following is NOT the reason for the unsafety of a password?
A．It will be stored in RAM.
B．It will be copied onto hard disk.
C．It might not be overwritten.
D．It will disappear as soon as you hit the return key.
42．Tal Garfinkel and his team measured the extent of security of .
A．simulating the working of a complete computer system
B．tagging sensitive data
C．passing through the system
D．running common software
43 What can be inferred from the passage?
A．The length of the time the information is stored is not limited.
B．The programs can not retain the information.
C．The security problem should be paid more attention to.
D．Some sensitive information has been copied.
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科目：高中英語 來源： 題型：閱讀理解
B
Typing your password or credit card number into a computer is a moment’s work. But if you think your personal details disappear as soon as you hit the Return key, think again: they can sit on the computer’s hard disk for years waiting for a hacker to rip them off.
As people spend more time on the web and hackers become more sophisticated, the dangers of storing personal information on computers are growing by the day, security experts say. There are some safeguards, such as never allowing your computer to store your passwords. But even that is no guarantee of security.
When you type in a password, it is stored in random access memory (RAM), where it is held temporarily until other data overwrites it or the computer is switched off.
But every so often, the computer copies the contents of its RAM onto hard disk, where it is easy prey for a hacker, who can read it directly or design a worm to e-mail it back. The longer sensitive data stays in RAM, the more likely it is to be copied onto the disk, where it stays until it is overwritten—which might not happen for years.
Tal Garfinkel and colleagues from Stanford University have created a software tool which simulates the workings of a complete computer system. Within the simulation, sensitive data can be tagged and then tracked as it passes through the system. Next, Garfinkel and his team simulated computers running common software that regularly handles passwords or confidential personal information, such as Internet Explorer, the Windows login script and Apache server software.
In a paper to be presented, they conclude that the programs took virtually no measures to limit the length of time the information is retained. Some of the tested software even copied the sensitive information, apparently without restraint.
This is the first time anyone has tried to measure the extent of this problem, says Rebecca Wright, a security expert at Stevens Institute of Technology. Garfinkel hopes the results will arouse software developers to take action.
40．Which of the following statements is true according to the passage?
A．It is secure to use your password as long as you hit the Return key.
B．Your personal details is likely to be in danger if you spend more time on the web.
C．Your password will be safe if you have some safeguards.
D．Never allowing your computer to store your passwords will be safe.
41．Which of the following is NOT the reason for the unsafety of a password?
A．It will be stored in RAM.
B．It will be copied onto hard disk.
C．It might not be overwritten.
D．It will disappear as soon as you hit the return key.
42．Tal Garfinkel and his team measured the extent of security of .
A．simulating the working of a complete computer system
B．tagging sensitive data
C．passing through the system
D．running common software
43 What can be inferred from the passage?
A．The length of the time the information is stored is not limited.
B．The programs can not retain the information.
C．The security problem should be paid more attention to.
D．Some sensitive information has been copied.
查看答案和解析>>
科目：高中英語 來源：0123 月考題 題型：閱讀理解
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科目：高中英語 來源： 題型：閱讀理解
Typing your password or credit card number into a computer is a moment’s work. But if you think your personal details disappear as soon as you hit the Return key, think again: they can sit on the computer’s hard disk for years waiting for a hacker to rip them off.
As people spend more time on the web and hackers become more sophisticated, the dangers of storing personal information on computers are growing by the day, security experts say. There are some safeguards, such as never allowing your computer to store your passwords. But even that is no guarantee of security.
When you type in a password ,it is stored in random access memory(RAM), where it is held temporarily until other data overwrites it or the computer is switched off.
But every so often ,the computer copies the contents of its RAM onto hard disk ,where it is easy prey for a hacker ,who can read it directly or design a worm to e-mail it back. The longer sensitive data stays in RAM ,the more likely it is to be copied onto the disk ,where it stays until it is overwritten—which might not happen for years.
Tal Garfinkel and colleagues from Stanford University have created a software tool which simulates the workings of a complete computer system. Within the simulation, sensitive data can be tagged and then tracked as it passes through the system. Next ,Garfinkel and his team simulated computers running common software that regularly handles passwords or confidential personal information, such as Internet Explorer ,the Windows login script and Apache server software.
In a paper to be presented, they conclude that the programs took virtually no measures to limit the length of time the information is retained .Some of the tested software even copied the sensitive information ,apparently without restraint.
This is the first time anyone has tried to measure the extent of this problem, says Rebecca Wright, a security expert at Stevens Institute of Technology. Garfinkel hopes the results will arouse software developers to take action.
1．Which of the following statements is true according to the passage?
A．It is secure to use your password as long as you hit the Return key.
B．Your personal details is likely to be in danger if you spend more time on the web.
C．Your password will be safe if you have some safeguards.
D．Never allowing your computer to store your passwords will be safe.
2．Which of the following is NOT the reason for the unsafely of a password?
A．It will be stored in RAM.
B．It will be copied onto hard disk.
C．It might not be overwritten.
D．It will disappear as soon as you hit the return key.
3．Tal Garfinkel and his team measured the extent of security of .
A．simulating the working of a complete computer system
B．tagging sensitive data
C．passing through the system
D．running common software
4．What can be inferred from the passage?
A．The length of the time the information is stored is not limited.
B．The programs can not retain the information.
C．The security problem should be paid more attention to.
D．Some sensitive information has been copied.
查看答案和解析>>
科目：高中英語 來源： 題型：閱讀理解
| Typing your password or credit card number into a computer is a moment’s work. But if you think your personal details disappear as soon as you hit the Return key, think again: they can sit on the computer’s hard disk for years waiting for a hacker to rip them off. As people spend more time on the web and hackers become more sophisticated, the dangers of storing personal information on computers are growing by the day, security experts say. There are some safeguards, such as never allowing your computer to store your passwords. But even that is no guarantee of security. When you type in a password, it is stored in random access memory (RAM), where it is held temporarily until other data overwrites it or the computer is switched off. But every so often, the computer copies the contents of its RAM onto hard disk, where it is easy prey for a hacker, who can read it directly or design a worm to e-mail it back. The longer sensitive data stays in RAM, the more likely it is to be copied onto the disk, where it stays until it is overwritten—which might not happen for years. Tal Garfinkel and colleagues from Stanford University have created a software tool which simulates the workings of a complete computer system. Within the simulation, sensitive data can be tagged and then tracked as it passes through the system. Next, Garfinkel and his team simulated computers running common software that regularly handles passwords or confidential personal information, such as Internet Explorer, the Windows login script and Apache server software. In a paper to be presented, they conclude that the programs took virtually no measures to limit the length of time the information is retained. Some of the tested software even copied the sensitive information, apparently without restraint. This is the first time anyone has tried to measure the extent of this problem, says Rebecca Wright, a security expert at Stevens Institute of Technology. Garfinkel hopes the results will arouse software developers to take action. 1．Which of the following statements is true according to the passage? A．It is secure to use your password as long as you hit the Return key. B．Your personal details is likely to be in danger if you spend more time on the web. C．Your password will be safe if you have some safeguards. D．Never allowing your computer to store your passwords will be safe. 2．Which of the following is NOT the reason for the unsafety of a password? A．It will be stored in RAM. B．It will be copied onto hard disk. C．It might not be overwritten. D．It will disappear as soon as you hit the return key. 3．Tal Garfinkel and his team measured the extent of security of . A．simulating the working of a complete computer system B．tagging sensitive data C．passing through the system D．running common software 4．What can be inferred from the passage? A．The length of the time the information is stored is not limited. B．The programs can not retain the information. C．The security problem should be paid more attention to. D．Some sensitive information has been copied. |
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