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3 years ago

What kind of resources can we share over the network? Plzzzzzzzz help!!!!!!

Computers and Technology

2 answers:

Misha Larkins [42]3 years ago

6 0

Security resources can be used

lubasha [3.4K]3 years ago

3 0

Sharing network resources requires abiding by certain constraints, as follows:

<span>Security: Organizations present ongoing opportunities for unauthorized shared resources. Security mechanisms should be implemented to provide efficient parameters.Compatibility: Various client-server operating systems may be installed, but the client must have a compatible OS or application to access shared resources. Otherwise, the client may encounter issues that create communication delays and requires troubleshooting.Mapping: Any shared OS hardware drive, file or resource may be accessed via mapping, which requires a shared destination address and naming conventions.<span>File Transfer Protocol (FTP) and File Sharing: FTP is not affected by shared resources because the Internet is FTP’s backbone. File sharing is an LAN concept.</span></span>

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A computer has a pipeline with four stages. each stage takes the same time to do its work, namely, 1 nsec. how many instructions

prisoha [69]

In figuring, a pipeline, otherwise called an information pipeline, is a lot of information preparing components associated in arrangement

Further explanation:

In figuring, a pipeline, otherwise called an information pipeline, is a lot of information preparing components associated in arrangement, where the yield of one component is the contribution of the following one. The components of a pipeline are frequently executed in parallel or in time-cut style.

Instruction travelling:

999,999,997 guidelines for each second. The pipeline has 3 nsec of straightforward figurings, at that point finishes a guidance in each ensuing nsec.

3nsec (for first guidance to go down the pipeline).10^9 ns every second. 10^9 – 3 = 999999997 directions.

Instruction per second:

MIPS - Million guidelines for each second

Million guidelines for each second (MIPS) is a more established, outdated proportion of a PC's speed and power, MIPS measures generally the quantity of machine directions that a PC can execute in one second.

Per second:

Million directions for each second (MIPS) is a more established, old proportion of a PC's speed and power, MIPS measures generally the quantity of machine guidelines that a PC can execute in one second. Be that as it may, various directions require pretty much time than others, and there is no standard strategy for estimating MIPS. Moreover, MIPS alludes just to the CPU speed, while genuine applications are commonly constrained by different elements, for example, I/O speed

Answer Details:

Subject: Computer and technology

Level: College.

Key Words:

Further explanation:

Per second:

Instruction per second:

Instruction travelling:

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3 years ago

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The most common schedule for tape-based backup is a _____ backup, either incremental or differential, with a weekly off-site ful

sergejj [24]

The most common schedule for tape-based backup is called the daily on-site backup.

<h3>What is daily backup?</h3>

The daily backup is known to be a kind of backs up of only files that were were said to be modified that day.

A full backup is known to be a full and complete backup of the whole system, such as all applications, operating systems components, etc.

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1 year ago

Which type of business is best for Juanita to start? a corporation, because she needs a large investment to get started a sole p

Vedmedyk [2.9K]

A sole proprietorship, because she will work alone from home a franchise

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2 years ago

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Read the Security Guide about From Anthem to Anathema on pages 238-239 of the textbook. Then answer the following questions in t

Tems11 [23]

Answer:

Answer explained below

Explanation:

Think about all of the cloud services you use. How vulnerable are you right now to having your data stolen?

At its most basic level, “the cloud” is just fancy talk for a network of connected servers. (And a server is simply a computer that provides data or services to other computers). When you save files to the cloud, they can be accessed from any computer connected to that cloud’s network.

The cloud is not just a few servers strung together with Cat5 chords. Instead, it’s a system comprised of thousands of servers typically stored in a spaceship-sized warehouse—or several hundred spaceship-sized warehouses. These warehouses are guarded and managed by companies capable of housing massive loads of data, including the likes of Google (Google Docs), Apple (iCloud), and Dropbox.

So, it’s not just some nebulous concept. It’s physical, tangible, real.

When you save files to the cloud, you can access them on any computer, provided it’s connected to the Internet and you’re signed into your cloud services platform. Take Google Drive. If you use any mail, you can access Drive anywhere you can access your email. Sign in for one service and find your entire library of documents and photos in another.

Why are people concerned with cloud security?

It’s physically out of your hands.

You aren’t saving files to a hard drive at your house. You are sending your data to another company, which could be saving your data thousands of miles away, so keeping that information safe is now dependent on them. “Whether data is being sent automatically (think apps that sync to the cloud) or driven by users uploading photos to social media, the end result is that it’s all there somewhere being logged and stored,” says Jérôme Segura, Senior Security Researcher at Malwarebytes.

And that somewhere is a place that’s not in your direct control.

Risks of cloud storage

Cloud security is tight, but it’s not infallible. Cyber gurus can get into those files, whether by guessing security questions or bypassing passwords. That’s what happened in The Great iCloud Hack of 2014, where unwanted pictures of celebrities were accessed and published online.

But the bigger risk with cloud storage is privacy. Even if data isn’t stolen or published, it can still be viewed. Governments can legally request information stored in the cloud, and it’s up to the cloud services provider to deny access.

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2 years ago

Explanation historical development of computer

RUDIKE [14]

Answer:

Brief History Of Computer. The computer as we know it today had its beginning with a 19th century English mathematics professor name Charles Babbage. ... Other developments continued until in 1946 the first general– purpose digital computer, the Electronic Numerical Integrator and Computer (ENIAC) was built.

Explanation:

Computers and electronics play an enormous role in today's society, impacting everything from communication and medicine to science.

Although computers are typically viewed as a modern invention involving electronics, computing predates the use of electrical devices. The ancient abacus was perhaps the first digital computing device. Analog computing dates back several millennia as primitive computing devices were used as early as the ancient Greeks and Romans, the most known complex of which being the Antikythera mechanism. Later devices such as the castle clock (1206), slide rule (c. 1624) and Babbage's Difference Engine (1822) are other examples of early mechanical analog computers.

The introduction of electric power in the 19th century led to the rise of electrical and hybrid electro-mechanical devices to carry out both digital (Hollerith punch-card machine) and analog (Bush’s differential analyzer) calculation. Telephone switching came to be based on this technology, which led to the development of machines that we would recognize as early computers.

The presentation of the Edison Effect in 1885 provided the theoretical background for electronic devices. Originally in the form of vacuum tubes, electronic components were rapidly integrated into electric devices, revolutionizing radio and later television. It was in computers however, where the full impact of electronics was felt. Analog computers used to calculate ballistics were crucial to the outcome of World War II, and the Colossus and the ENIAC, the two earliest electronic digital computers, were developed during the war.

With the invention of solid-state electronics, the transistor and ultimately the integrated circuit, computers would become much smaller and eventually affordable for the average consumer. Today “computers” are present in nearly every aspect of everyday life, from watches to automobiles.

6 0

3 years ago