The Computer Technology

Computers are capable of doing more things every year. There are many advantages to knowing how to use a computer, and it is important that everyone know how to use them properly. Using the information I have gathered, and my own knowledge from my 12 years of computer experience, I will explain the many advantages of owning a computer and knowing how to use a PC and I will attempt to explain why you should purchase a computer and learn how to use one properly. Webster’s New World Compact Dictionary defines a computer as “an electronic machine that performs rapid, complex calculations or compiles and correlates data” (“Computer. ).

While this definition gives one a very narrow view of what a computer is capable of doing, it does describe the basic ideas of what I will expand upon. We have been living through an age of computers for a short while now and there are already many people world wide that are computer literate. According to Using Computers: A Gateway to Information World Wide Web Edition, over 250 million Personal Computers (PC’s) were in use by 1995, and one out of every three homes had a PC (Shelly, Cashman,& Waggoner, 138).

Computers are easy to use when you know how they work and what the parts are. All computers perform the four basic operations of the information processing cycle: input, process, output, and storage. Data, any kind of raw facts, is required for the processing cycle to occur. Data is processed into useful information by the computer hardware. Most computer systems consist of a monitor, a system unit which contains the Central Processing Unit (CPU), a floppy-disk drive, a CD-ROM drive, speakers, a keyboard, a mouse, and a printer. Each component takes a part in one of the four operations.

The keyboard and mouse are input devices that a person uses to enter data into the computer. From there the data goes to the system unit where it is processed into useful information the computer can understand and work with. Next the processed data can be sent to storage devices or to output devices. Normally output is sent to the monitor and stored on the hard-disk or to a floppy-disk located internal of the system unit. Output can also be printed out through the printer, or can be played through the speakers as sound depending on the form it takes after it is processed.

Once you have grasped a basic understanding of the basic parts and operations of a computer, you can soon discover what you can do with computers to make life easier and more enjoyable. Being computer literate allows you to use many powerful software applications and utilities to do work for school, business, or pleasure. Microsoft is the current leading producer of many of these applications and utilities. Microsoft produces software called operating systems that manage and regulate the information processing cycle.

The oldest of these is MS-DOS, a single user system that uses typed commands to initiate tasks. Currently Microsoft has available operating systems that use visual cues such as icons to help enter data and run programs. These operating systems are ran under an environment called a Graphical User Interface (GUI’s). Such operating systems include Windows 3. xx, Windows 95, and Windows NT Workstation. Windows 95 is geared more for use in the home for productivity and game playing whereas Windows NT is more business orientated.

The article entitled “Mine, All Mine” in the June 5, 1995 issue of Time stated that 8 out of 10 PC’s worldwide would not be able to start or run if it were not for Microsoft’s operating systems like MS-DOS, Windows 95, and Windows NT (Elmer-Dewitt, 1995, p. 50). By no means has Microsoft limited itself to operating systems alone. Microsoft has also produced a software package called Microsoft Office that is very useful in creating reports, databases, spreadsheets, presentations, and other documents for school and work. Microsoft Office:

Introductory Concepts and Techniques provides a detailed, step-by-step approach to the four programs included in Microsoft Office. Included in this package are Microsoft Word, Microsoft Excel, Microsoft Access, and Microsoft PowerPoint. Microsoft Word is a word processing program that makes creating professional looking documents such as announcements, resumes, letters, address books, and reports easy to do. Microsoft Excel, a spreadsheet program, has features for data organization, calculations, decision making, and graphing. It is very useful in making professional looking reports.

Microsoft Access, a powerful database management system, is useful in creating and processing data in a database. Microsoft PowerPoint is “. . a complete presentation graphics program that allows you to produce professional looking presentations” (Shelly, Cashman, & Vermaat, 2). PowerPoint is flexible enough so that you can create electronic presentations, overhead transparencies, or even 35mm slides. Microsoft also produces entertainment and reference programs. “Microsoft’s Flight Simulator is one of the best selling PC games of all time” (Elmer-Dewitt, 50).

Microsoft’s Encarta is an electronic CD-ROM encyclopedia that makes for a fantastic alternative to 20 plus volume book encyclopedias. In fact, it is so popular, it outsells the Encyclopedia Britannica. These powerful business, productivity, and entertainment applications are just the beginning of what you can do with a PC. Knowing how to use the Internet will allow you access to a vast resource of facts, knowledge, information, and entertainment that can help you do work and have fun.

According to Netscape Navigator 2 running under Windows 3. , “the Internet is a collection of networks, each of which is composed of a collection of smaller networks” (Shelly, Cashman, & Jordan, N2). Information can be sent over the Internet through communication lines in the form of graphics, sound, video, animation, and text. These forms of computer media are known as hypermedia. Hypermedia is accessed through hypertext links, which are pointers to the computer where the hypermedia is stored. The World Wide Web (WWW) is the collection of these hypertext links throughout the Internet.

Each computer that contains hypermedia on the WWW is known as a Web site and has Web pages set up for users to access the hypermedia. Browsers such as Netscape allow people to “surf the net” and search for the hypermedia of their choice. There are millions of examples of hypermedia on the Internet. You can find art, photos, information on business, the government, and colleges, television schedules, movie reviews, music lyrics, online news and magazines, sport sights of all kinds, games, books, and thousands of other hypermedia on the WWW.

You can send electronic mail (E-Mail), chat with other users around the world, buy airline, sports, and music tickets, and shop for a house or a car. All of this, and more, provides one with a limitless supply of information for research, business, entertainment, or other personal use. Online services such as America Online, Prodigy, or CompuServe make it even easier to access the power of the Internet. The Internet alone is almost reason enough to become computer literate, but there is still much more that computers can do.

Knowing how to use a computer allows you to do a variety of things in several different ways. One of the most popular use for computers today is for playing video games. With a PC you can play card games, simulation games, sport games, strategy games, fighting games, and adventure games. Today’s technology provides the ultimate experiences in color, graphics, sound, music, full motion video, animation, and 3D effects. Computers have also become increasingly useful in the music, film, and television industry.

Computers can be used to compose music, create sound effects, create special effects, create 3D life-like animation, and add previous existing movie and TV footage into new programs, as seen in the movie Forrest Gump. All this and more can be done with computers. There is truly no time like the present to become computer literate. Computers will be doing even more things in the future and will become unavoidable. Purchasing and learning about a new PC now will help put PC’s into the other two-thirds of the homes worldwide and make the transition into a computer age easier.

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Issues on Computer Technology

In Midsayap, in a small and poverty-stricken town in North Cotabato, Philippines, four public schools have been given modern computer technology to help the teachers improve instruction for the benefit of the students. The United States Agency for International Development (USAID) has donated the computers, installed with tools and applications for teaching. The donations were in relation to USAID’s project to help provide equal access to education and learning that would eventually incite livelihood among the peoples of disadvantaged and unfortunate nations.

(Manila Bulletin, 2009) The contribution of computer technology to the field of education relates to the issue of professional responsibility. The progress and advancement of computers and technology are extremely valuable to society considering the many benefits and advantages that it may provide to various areas of human life including education. It is a professional responsibility to ensure that along with the progress of computer technology development, it is being used to develop or expand other fields and areas of human life as well.

It is important that the given opportunity for computer technology to flourish by man be given back to society by ensuring that this kind of technology benefits society as well. Modern computer technology has helped educators in developing countries provide the kind of quality education that most people in developed nations benefit from. It paves way to equality in terms of affording education.

The employment of modern computer technology in Midsayap to improve learning standards and instructional processes is a good chance for the students and their families to improve their quality of life since fine education will help them find promising jobs in the future. Ultimately, modern computer technology contributes to the alleviation of unawareness or lack of knowledge and poverty. Manila Bulletin. (2009). Modern Computer Technology Benefits North Cotabato Mentors.

Retrieved 17 Jul 2009, from Manila Bulletin Publishing Corporation. Website: http://www. mb. com. ph/articles/208880/modern-computer-technology-benefits-north-cotabato-mentors The Internet: Media for All The development of the Internet through computer processes and functions was seen as one of the liberating events in the history of human life. During the period of revolution, the people have been constantly searching for a means by which they would be able to express their sentiments and demands.

However, during that time, the influence of the media was restricted and controlled by large companies and industries. This all changed when the Internet was introduced in the 20th century. It has been called the media of the people since the information presented and exchanged were not restricted or limited by the personal interests of powerful people or organizations. Despite the establishment of various laws and regulations, the Internet remains to be an open medium of communication and exchange of ideas for the people.

The utilization of Internet as a means to express ideas and communicate through appropriate computer functions and processes relate to the issue of freedom of expression and the concept of mass media. Gone were the days when the news and information being conveyed through the media are influenced by various influential interest groups. The Internet paved way to open communication that is guided by fair regulations allowing every person that has access to it to become the media themselves.

The existence of the Internet and the continued open access to it by the people implies that it is a medium by which they can practice their human rights through freedom of expression. Not only is the Internet a means to communicate to anyone around the world but it is also a perfect medium for people to express their pleas against others who violate human rights, expose valuable information that the public should know, inform or educate other people, and so on. UK in Korea. (2009). “Freedom of Expression in the Digital Age”: Embassy Hosts Conference on 3 July (26/06/2009).

Retrieved 17 Jul 2009, from Foreign and Commonwealth Office. Website: http://ukinkorea. fco. gov. uk/en/newsroom/? view=PressR&id=20285376 Computer Technology Contributes to Car Safety INTEL Corporation, one of the most powerful, influential, and innovative technology company in the world has taken car-safety technology to a whole new level. The company has been employing researchers and analysts who are currently working nonstop to perfect an accuracy software that is meant to be installed in automotives for safety. The project was presented to an audience of previewers.

The software was installed in a car model. Among the features of the software was human recognition wherein the device detects people inside the car, wireless networking that allows the device to connect to all the devices inside the car with networking capabilities, sensors that provide the car with relative connections to stoplights, devices along the roads the record traffic data, and communication to other cars as a means to detect possible collisions or accidents for the automatic activation of the emergency brakes.

The technology developed by INTEL Corporation relates to professional responsibility. As previously discussed, the exponential development of technology in any aspect is the industry’s debt to man who has the knowledge and resources to develop it limitlessly for the disposal of humankind. For this reason, it is the responsibility of technology and everyone working behind to develop it to open up opportunities that would allow it to benefit man.

This establishes the and uncovers the reason why people should support technological growth and development. The development of the accuracy software, or any other computer device that supports human safety for that matter, is extremely significant to society simply because these kinds of devices maintain and contribute to the preservation of life. Furthermore, these devices allow man to carry on with his daily tasks and obligations with less worries. Business Mirror.

(2009). Intel Shows Off Car-Safety Devices, Accuracy Software. Retrieved 18 Jul 2009, from Business Mirror. Website: http://www. businessmirror. com. ph/component/content/article/52-technology/12073-intel-shows-off-car-safety-devices-accuracy-software-. html Terrorism Finds a Match in Cyber Security Strategy As a means to increase the national security system of United Kingdom against cyber threats and terrorism, the nation’s government has introduced a new Cyber Security Strategy.

United Kingdom’s efforts were regarded as the “first strategy of its kind,” (ICM, 2009) rendering it as possibly the most advanced and sophisticated digital design intended to combat cyber terrorism that may cripple any country’s national defenses. The United Kingdom government has assigned able and trusted organizations to complete the Cyber Security Strategy project including MI5 and the Metropolitan Police. In order to establish and solidify the foundations of the program, the government has created an independent group to operate the system and appoint skilled and knowledgeable officials to oversee security operations.

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Evolution of Computer Technology

Several centuries have been taken toward the development of inventions made by different people into modern forms. Single inventors rarely bring out modern invention. What we have now as electronic devices (the computers) are inventions of several scientists, mathematicians and engineers from different centuries. For the purpose of this mini research key terms like evolution, technology and computer shall be considered, not forgetting to take a careful look at the evolution of these inventions from different centuries/years to our present generation starting from the earliest known device.

The characteristics of these devices from generation to generation and their classification according to sizes, functions and uses shall also be discussed. DEFINITION OF KEY TERMS Evolution: Evolution is a gradual development that occurs in a particular place or thing. Technology: This is the use of mechanical arts and applied science. Technology here refers to systems, methods of organization and techniques. Computer:A computer is a programmable mechanical device that accepts information or inputs, stores and manipulates data and brings out the result or output in numerical format.COMPONENTS OF A COMPUTER SYSTEM A general purpose computer has four major components namely: arithmetic and logic unit (ALU), control unit, memory and input/output devices. These parts are interconnected by buses often made of groups of wires.

ARITHMETIC AND LOGIC UNIT (ALU) This unit carries out arithmetic and logic operations. According to Stokes (2007), the set of arithmetic operations that a particular arithmetic and logic unit supports may be limited to adding and subtracting or might include multiplying or dividing functions ( sine, cosine, etc) and square roots.While others represent real numbers with the use of floating point, some can only operate on whole numbers (integers) albeit, with limited precision. Arithmetic operation could be carried out by any programmed computer. Logic operation can be useful both for creating complicated conditional statements and processing Boolean logic. THE CONTROL UNIT The control unit which is often called a control system or central controller, manages the computer’s various components. It reads and interprets (decodes) the program instructions, transforming them into a series of control signals which activate other parts of the computer.

In order to improve performance, the control system in advanced computer may change the order of some instructions. FUNCTION OF THE CONTROL SYSTEM It reads the codes for the next instruction from the cell indicated by the program counters. It decodes the numerical code for the instruction into a set of commands or signals for each of the other systems. Whatever data the instruction requires from cells in memory are read by the control system. Necessary data to an arithmetic and logic unit or register is also provided by the control system.If the instruction requires an ALU or specialized hardware to complete, it instructs the hardware to perform the requested operation. It writes the results from the ALU back to a memory location or to a register or perhaps an output device.

It could be observed that the sequence of operations gone through by the control unit to process an instruction is in itself like a short computer program. MEMORY The memory of a computer is seen as a list of cells into which numbers can be placed or read. Each cell has a numbered address and can store a single number.Anything such as numbers, letters can be represented by the information stored into the memory with equal ease. Software gives significance to what the memory sees as series of numbers. In almost all modern computers, each memory cell is set up to store binary numbers in gaps of 8bits or bytes. Each byte representing 256 different numbers (Stokes 2007).

Several consecutive numbers may be used to store larger numbers. Computer memory is of two types or principal varieties: The Random Access Memory (RAM) and Read Only Memory (ROM).Random Access Memory according to Inyang and Umoh (2003), is a part of primary memory that holds the programs being executed and the data to be worked upon. RAM also stores the result of a processed data, waiting to be transferred to output device or secondary storage device. It is a temporary memory and the content of RAM is erased when a computer is turned off and data stored in it can instantly be accessed. The storage of RAM is expressed in megabytes and its capacity or size limited. An area of RAM set aside for storage of most frequently accessed information is the CACHE memory.

It is a temporary high speed data holding area between the memory and the central processing unit. RAM has four parts: the conventional memory which consist of the first 640KB of RAM, used by operating system and device drivers; Upper Memory Bound (UMB) located between 640KB and 1MB of RAM, used by device drivers: extended memory (XMS) which include direct access memory above 1MB; and Expended memory: a special part of ram that is up to 32MB and exists outside the conventional memory. Read only memory (ROM) is preloaded with data and software that never changes, so the central processing unit (CPU) can only read it.ROM is typically used to store the computer’s initial start up instructions. It retains its data indefinitely. In a personal computer (PC), ROM contains a specialized program called the BIOS that orchestrates loading the computer’s operating system from the hard disc drive into RAM whenever the computer is turn on or reset. All of the required software may be stored in ROM in embedded computers which frequently do not have disc drives.

Software stored in ROM is referred to as firmware because it is more like hardware than software. INPUT/OUTPUT DEVICEMeans by which information between the computer and outside world is exchanged is known as input/output. Peripheral includes input devices like keyboard and mouse, and output devices such as the display and printer. Hard disc drives, floppy disc drives and optical disc drives serve as both input and output devices. HISTORY OF COMPUTER Computer technology has changed today world to a global village. Since the field of computer is a vast sea, there are many options and benefits one can get from it. Internet is constant and rapidly growing source of information.

People can get information or piece of required knowledge from any part of the world by just a few clicks on the websites. There is a rise in the need of more websites and knowledgeable sources as information is much easier to access. The early men counted by means of matching one set of object with another set. The history of modern computer begins with two separate technologies: automated calculation and programmability. The earliest known computing device was called ABACUS. It is the first counting device that was developed about 500BC (Umoh and Inyang, 2003).It is made up of wood and beads.

It has a role of any number of parallel wires, rods or grooves on or in slide of small beads or blocks. Strung beads which have different values were manually used to operate abacus. Bars were used in dividing the Abacus into two parts perpendicular to the rods. Bits moved in active position towards the bars and the ones towards the frame are ignored. Each bar signifies digits and least significant digits were on the right. Abacus was used in calculating (i. e.

adding, subtracting, multiplying and dividing) numbers by moving the bit complex.In the 9th century, the Persian Mathematician Abu, Abdullah Muhammad Bin Musa Al-Khwarizni developed the concept of a written process followed to achieve some goals, and published a book on the subject that gave us its modern name Algorithm. In 1623, Wilhelm Schikard, a German Scientist invented a machine that used eleven complete and six incomplete sprocketed wheels that could add and with the aid of logarithm tables, multiply and divide. Many inventions have taken several centuries to develop into the modern forms and modern inventions are rarely the product of a single inventor’s effort.Many people each added a small contribution towards the development of the bits and pieces of a computer (including the software). Each person in this work contributed a part towards the development of computers. In 1642, a 19year old French boy, a philosopher and mathematician Blaise Pascal invented a mechanical adding machine called a Mechanical Calculator.

It is like a modern desk calculator and contains numbers of wheel and uses gear system to perform arithmetic operations. Computations are carried out by a process of integer counting.In 1801, Punch cards were invented by a French Weaver called Joseph Marie Jacquard. These Punch Cards allowed his loom to automatically weave intricate patterns. Different parts were used in storing different patterns of holes that produced different designs. Punch Cards are used in processing information in computers. The fusion of automatic calculation with programmability produced the first recognized computers.

Charles Babbage, British Mathematician and inventor, invented mechanical computing machine – Babbage’s Analytical Engine.In 1820, it carried out complex arithmetic operations and made decisions based on its own computations. It was self-controlled and had two important parts which are the storage unit with memory device and arithmetic unit known as the Mill. It was the world’s first digital computer. Babbage’s contributed the idea of conditional transfer which gave way to comparison of quantities and modification of programs. The idea of a sequence of punch cards to produce a more flexible design was borrowed from the Jacquard’s pattern weaving loom. It performed functions like additions, subtraction, division and multiplication.

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Windows Server Chapter 4

  • Cyclic Redundancy Check (CRC)
    Disks that are formatted using the GUID Partitioning Table (GPT) can hold larger volume sizes, and benefit from increased reliability provided by which feature?
  • backplane
A connection system that uses a printed circuit board instead of traditional cables to carry signals.
  • basic disk
A traditional Windows or DOS disk arrangement in which the disk is partitioned into primary and extended partitions, and cannot hold volumes pning multiple disks or be part of a RAID.
  • boot volume
The volume where the Windows folder is located; usually the C drive but doesn’t have to be.
  • direct-attached storage (DAS)
A storage medium directly connected to the server using it but differs from local storage in that it includes externally connected HDDs in an enclosure with a power supply.
  • disk drive
A physical component with a disk interface connector (such as SATA or SCSI) and a power connector.
  • extended partition
A division of disk space on a basic disk that must be divided into logical drives; can’t be marked active and can’t hold the Windows system volume.
  • dynamic disk
A disk arrangement that can hold up to 128 volumes including pned volumes, striped volumes, and RAID volumes.
  • file system
The method and format an OS uses to store, locate, and retrieve files from electronic storage media.
  • fixed provisioning
A method of creating virtual disks that allocates all space for the virtual disk from the storage pool immediately.
  • formatting
The process of preparing a disk with a file system used to organize and store files.
  • GUID Partitioning Table (GPT)
A disk-partitioning method that supports volume sizes up to 18 exabytes.
  • just a bunch of disks (JBOD)
A disk arrangement in which two or more disks are abstracted to appear as a single disk to the OS but aren’t arranged in a specific RAID configuration.
  • local storage
Storage media with a direct and exclusive connection to the computer’s system board through a disk controller.
  • logical unit number (LUN)
A logical reference point to a unit of storage that could refer to an entire array of disks, a single disk, or just a part of a disk.
  • Master Boot Record (MBR)
A disk-partitioning method that supports volume sizes up to 2 TB.
  • mirrored volume
A volume that uses space from two dynamic disks and provides fault tolerance. Also called a “RAID 1 volume.”
  • network-attached storage (NAS)
A storage device that has an enclosure, a power supply, slots for multiple HDDs, a network interface, and a built-in OS tailored for managing shared files and folders.
  • page file
A system file in Windows used as a virtual memory and to store dump data after a system crash.
  • partition
A logical unit of storage that can be formatted with a file system; similar to a volume but used with basic disks.
  • primary partition
A division of disk space on a basic disk used to create a volume. It can be assigned a drive letter, be marked active, and contain the Windows system volume.
  • primordial pool
A collection of physical disks available to be added to a storage pool.
  • RAID 5 volume
A volume that uses space from three or more dynamic disks and uses disk striping with parity to provide fault tolerance.
  • redundant array of independent disks (RAID)
A disk configuration that uses space on multiple disks to form a single logical volume.
  • resilience
Another term for fault tolerance; indicates a disk arrangement’s capability to maintain data if a disk fails.
  • serial ATA (SATA)
A common disk interface technology that’s inexpensive, fast, and fairly reliable with transfer speeds up to 6 Gb/s; used in both client computers and low-end servers and replaces the older ATA (PATA) technology.
  • serial attached SCSI (SAS)
A newer serial form of SCSI with transfer rates up to 6Gb/s and higher; the disk technology of choice for servers and high-end workstations.
  • simple volume
A volume that resides on a single disk, basic or dynamic.
  • small computer system interface (SCSI)
An older parallel bus disk technology still used on some servers but has reached its performance limits at 640 MB/s transfer rates.
  • solid state drive (SSD)
A type of storage medium that uses flash memory, has no moving parts, and requires less power than a traditional HDD. Also faster and more shock resistant than a traditional HDD but costs more per gigabyte and doesn’t have as much capacity as an HDD.
  • pned volume
A volume that extends across two or more physical disks, such as a simple volume that has been extended to a second disk.
  • storage area network (SAN)
A storage device that uses high-speed networking technologies to give servers fast access to large amounts of shared disk storage; the storage managed appears to the server OS as though it’s physically attached to the server.
  • storage layout
The method used to create a virtual disk with Storage Spaces; includes simple, mirror, and parity.
  • storage pool
A collection of physical disks from which virtual disks and volumes are created and assigned dynamically.
  • Storage Spaces
A new feature in Windows Server 2012/R2 that provides flexible provisioning of virtualized storage
  • striped volume
A volume that extends across two or more dynamic disks, but data is written to all disks in the volume equally; provides no fault tolerance but does have a performance advantage over simple or pned volumes.
  • system volume
A volume containing the files a computer needs to find and load the Windows OS.
  • thin provisioning
A method for creating virtual disks whereby the virtual disk expands dynamically and uses space from the storage pool as needed until it reaches the specified maximum size.
  • VHD file
The format virtual machines running in Hyper-V use for their virtual disks; can also be created and mounted with Disk Management and used like physical disks.
  • volume
A logical unit of storage that can be formatted with a file system.
  • True
A solid state drive is a good candidate for storing the page file.
  • False
The biggest advantage in using virtual disks instead of physical volumes is the lack of portability.
  • False
A parity space storage layout is similar to a RAID 1 volume in that a parity bit is written to the spare drive.
  • False
Thin provisioning allocates all configured space immediately ensuring that the space is available for the specified virtual disk.
  • True
A disk that is initialized via the Disk Management mmc is initialized as a Master Boot Record (MBR) disk by default.
  • What special character cannot be utilized in an NTFS file’s name?
  • Resilient File System (ReFS)
What file system can repair minor file system issues automatically and supports up to 1 yottabyte of volume size?
  • data deduplication
What feature provides the ability to find identical sets of data on a SAN based storage array and reduce the identical sets to a single instance in order to reduce space?
  • RAID 0
A simple space storage layout is similar to which non-fault tolerant RAID technology?
  • New-Partition
What PowerShell cmdlet can be used to create a new volume?
  • Version 3
What SATA version supports transfer speeds up to 6 Gb/s?
  • RAID 5
An administrator wants to utilize a RAID volume that provides redundancy using disk striping with parity. What type of RAID should the administrator select?
  • metadata
Modern file systems use what component to describe information about files, such as time stamps and attributes?
  • The disk pool is moved to an offline state until more physical storage is added.
If a disk pool becomes full how does Windows Server 2012 respond?
  • A volume must be accessible using Windows 9x.
Under what circumstance would an administrator choose to format a volume using the FAT file system?
  • True
The page file should be on its own volume.
  • Network Attached Storage
What type of storage typically shares files utilizing standard network protocols, such as Server Message Block (SMB), Network File System (NFS), and File Transfer Protocol (FTP)?
  • Solid State Drive (SSD)
A(n)___________ uses flash memory and the same type of high-speed interfaces, such as SATA or SATA express, as traditional hard disks.
  • iSCSI
The most commonly used network technologies within SANs are Fibre Channel and ______________.
  • Access Control List (ACL)
A(n)_______________________ determines who can access a file or folder and what can be done with the file.

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The History of Computer Technology

Only once in a lifetime will a new invention come about to touch every aspect of our lives. Such devices changed the way we manage, work, and live. A machine that has done all this and more now exists in nearly every business in the United States. This incredible invention is the computer. The electronic […]

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Reflection Essay on The History of Computer Technology

This report briefly explains the history of modern computers, starting from the year 1936 to present day time. There are many models of computers documented throughout the years, but they only computer models mentioned are ones that I deemed too have had the greatest effect on computer technology back then and now. This report will […]

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