NT1230 cLIENT-sERVER NETWORKING 1 | UNIT 2 ASSIGNMENT 1 | DISK REDUNDANCY RESEARCH | | Joseph Balcazar (13383477) | 6/27/2015 | Using the internet and the ITT-Tech Library, research the following questions and provide your thoughts on each one . Submit your answers in a Word Document and cite any resources in A.P.A format | 1.What does R.A.I.D stand for? R.A.I.D stands for Redundant Array of Inexpensive Disks 2.When would we use RAID? We would use RAID in file server and data storage where
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supports migration using any removable storage medium common to the two computers except for floppy disks (insufficient capacity) 6. The Windows 7 component that enables the computer to support more than one language is called the Multi-Language User Interface. 7. The reason it is possible to remove the Windows 7 installation disk to supply the Setup program with drivers is that Windows PE runs on a RAM disk. 8. To upgrade Windows XP to Windows 7, you must perform a clean install. 9. The files and settings
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RAID stands for Redundant Array of Independent Disks. It is a storage technology that combines multiple drive components into a logical unit. Data is distributed across the drives, depending on the level of performance and redundancy required, in one of several RAID levels. We use RAID when liability and data redundancy are important to you. Even if you take backups, you will need to take the time to restore those backups and those backups could be hours or days old, resulting in data loss. RAID
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Chad Van Buren Jr Unit 2 Assignment 1: Disk Redundancy Research 1. RAID stands for redundant array of independent discs 2. We would use RAID depending on the need of the individual or entity. RAID differs depending on the type you install. In question 3, I will discuss the difference between RAID types. From there you can decide which one suits your needs best. 3a. RAID 0- Is taking any number of disks and striping data across all of them. This will greatly increase speeds, as you're
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GENERALIZED TECHNICAL DATA PROCESSING: 1. Moore’s Law: Actual Meaning – April 1965 Gordon made an observation that approximately every 18-24 months twice as many semiconductors can be stored on a chip/ double storage capacity (NOT a LAW) 2. Moore’s Law: Generalized meanings – the speed of computers is set to double every two years 3. Central Processing Unit (CPU) and the three primary components thereof – the electronic circuitry within a computer that carries out the instructions of
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1. What does RAID stand for? Redundant Array of Inexpensive Disks 2. When would we use RAID? RAID allows you to survive a drive loss without data loss and in many cases without any downtime. RAID is also useful if you are having disk IO issues, where applications are waiting on the disk to perform tasks. Going with RAID will provide you additional throughput by allowing you to read and write data from multiple drives instead of a single drive. 3. Define the following types of RAID:
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Yulin Zhang Professor Brian Miller CTI-140-20 3/26/2017 RAID Assignment RAID is an array of independent disks made up of multiple individual disk storage devices. It is perceived by the operating system as a single logical unit. Data needed to be stored on a RAID are controlled by RAID controller, and be directed to different storage devices. Such a methodology is proved to be more efficient than the traditional method in the way that it places data in and retrieves data from different nodes
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NT1230 1/1/16 Unit 2 Assignment 1 Disk Redundancy Research RAID stands for redundant array of independent disks and is a data storage virtualization technology that combines multiple physical drives into a single logical unit for the purpose of backing up vital data, improving system performance, or both. It’s most useful for businesses because they usually network terminals that all pull from a central server with everything stored on it. RAID is used to allow for a seamless replacement of defective
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other documents are allowed for this exam. – has to complete individually by each student 3 Topics covered on midterm: • • • • • Physical disk organizaAon RAID levels Heap files Sorted files Indices – Integrated versus unintegrated – Clustered versus unclustered – Sparse versus dense – MulAple a[ribute
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Question 1: What purpose does business resumption planning serve? Answer: BRP helps to resume normal operations quickly or expedite continuity plans to quickly initiate operations at an alternate site until normal operations can resume at the primary site. Question 2: What are the two major component parts of BRP, and how are they related? Answer: The major two component parts of BRP are; 1) Disaster Recovery Plan: Lists and describes the efforts to resume normal operations at primary places
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