cost-cutting activity for organisations in the last 25 years. Literature in this area has focused mainly on the effects that redundancy may have on people leaving the organisation. However‚ some research has investigated the effect it may have on the employees who were not made redundant‚ and from this the concept of ’Survivor Syndrome ’ was created. It has been established that redundancy processes result in negative emotions being felt by survivors‚ such as less job satisfaction‚ mistrust in the organisation
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Managing a redundancy process A Guest Article by Richard Linskell November 2007 www.tcii.co.uk Building Profitable Business Managing a redundancy process A Guest Article by Richard Linskell for TCii Management Consultants Impact of the credit crunch As a result of the recent credit crunch‚ many sectors are already starting to notice a downturn in business‚ or at least more difficult trading conditions. This may‚ in due course‚ impact on profits‚ leading many businesses to consider
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can identify and handle redundancy to be less contentious High commitment approach is the universal HR strategy solution that can be used in any organisational circumstance‚ which attempts to minimise the impact of workplace reduction especially helping minimise negative reaction of employees. Employers adopt a clear commitment to redundancies such as helping them to find alternative employment or training opportunities elsewhere (Leopold‚ 2009). In order to avoid redundancies and mintage the negative
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1. Genuine redundancy payment The sum of $130‚000 payed by Orica Ltd is a genuine redundancy payment under s83-175 and s83-180. A redundancy payment is defined under s83-175 and s83-180 when a payment is made by a company to an employee doe to their position being made genuinely redundant. The following conditions also need to be met: The employee must be dismissed under the age of 65; and The payment must represent what would be payable under a normal commercial agreement; and There must be
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RAID (Redundant Array of Independent Disks) is a storage technology that combines multiple disk drive components into a logical unit. Data is distributed across the drives in one of several ways called "RAID levels"‚ depending on what level of redundancy and performance (via parallel communication) is required. Marketers representing industry RAID manufacturers later attempted to reinvent the term to describe a redundant array of independent disks as a means of dissociating a low-cost expectation
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Nicholas Young (14950761) Mr. Huynn NT1230 10 January 2013 Unit 2. Assignment 1. Disk Redundancy 1. Redundant Arrays of Inexpensive Disks (What is RAID?) 2. The basic idea of RAID was to combine multiple small‚ inexpensive disk drives into an array of disk drives which yields performance exceeding that of a Single Large Expensive Drive (What is RAID?). 3. a. RAID Level 0 is not redundant‚ hence does not truly fit the "RAID" acronym. In level 0‚ data is split across drives
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Raid is an acronym that stands for Redundant array of independent disks. Below are some RAID configurations with a brief description. RAID 0 Is the fastest of all the RAID levels‚ it uses a technique called data striping (see below) and requires at least two hard disks. RAID 1 This level uses a pair of hard disks at a time to provide fault tolerance (there is no performance benefit) and requires at least 2 hard disks. Using a technique called disk-mirroring (see below) the same data
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Disk Redundancy Research RAID (Redundant Array of Independent Disks) uses two or more drives in combination to create a fault-tolerant system that protects against physical hard drive failure and increases hard drive performance (Microsoft‚ 2011). RAID is used to improve the performance of a computer and the data redundancy can give you an extra layer of security. The following are types of RAID used in the industry today: RAID 0 - (Striped Set)‚ splits the data evenly across two or more disks
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Unit 2 Assignment 1 Disk Redundancy Research 1. RAID stands for Redundant Array of Inexpensive Disks and at the simplest level it combines many disks into one logical drive. 2. We use RAID to avoid the lagging of computer performance. The basic idea of RAID combined multiple small‚ inexpensive disk drives into an array of disk drive which yields performance exceeding that of a large expensive drive. Moreover‚ this array of disk drive appears to the computer as a single logical storage unit
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resulting in data loss. RAID allows you to survive a drive loss without data loss and in many cases without any downtime. 3. RAID 0 - Never‚ unless the data has no value to you. RAID 1 - If you are looking to inexpensively gain additional data redundancy and/or read speeds. A good base RAID level for those looking to achieve high uptime. RAID 5/6 - Web servers and high read environments. Generally will perform worse than RAID 1 on writes‚ so if your environment is write heavy or you don’t need
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