Project Part 2 Task 2: Business Continuity Plan Ronald Horne 5/28/2015 INTRODUCTION 1.1 PURPOSE OF BUSINESS CONTINUITY PLAN The Business Continuity Plan is designed to prepare an organization to continue doing business when a disaster strikes. The BCP differs from the traditional disaster recovery plan in the fact that a BCP covers all aspects of the business and incorporates the DRP as part of it. The DRP focuses on restoring data and on information technology only. BUSINESS CONTINUITY PLAN
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It is important for the teaching assistant to be clear about the safety arrangements for the areas and pupils they work with including the position of the fire exits‚ extinguishers‚ fire blankets‚ first aid boxes; the role during a fire drill; what to do in case of fire or other emergency; especially for pupils with physical disabilities or sensory impairments; escape routes and alternatives if blocked by fire etc. All equipment should be safe and approved for safety by BSI Kite mark‚ European standards
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install a backbone to connect four 100base-T Ethernet LANs (each using one 24-port hub) and to provide a connection to the Internet. Develop a simple backbone and determine the total cost (i.e.‚ select the backbone technology and price it‚ select the cabling and price it‚ select the devices and price them‚ and so on). Prices are available at www.datacommwarehouse.com‚ but use any source that is convenient. For simplicity‚ assume that category 5‚ category 5e‚ category 6‚ and fiber-optic cable have a fixed
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physical network diagram‚ and the logical network diagram all have to deal with the different aspects of the physical network’s layout. For starters‚ a wiring schematic (or scheme) is the document that provides information pertaining to the types of cabling and
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Unit 3 Delivering Lifelong Learning – Level 3 Assessment Criteria Units – 1.1 – 1.3‚ 2.1 – 2.2‚ 3.1-3.2‚ 4.1-4.2 & 5.1-5.3 Assignment 1 Research and produce a checklist and evaluate your current learning and teaching environment in relation to it for – a) Inclusive learning good practice b) Opportunities for learners to practise Literacy‚ Numeracy and ICT skills. Inclusive Learning Inclusive learning is as Wilson (2009) states is “about creating interesting‚ varied and inspiring
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Subject Code: IMT-101 Subject Name : NETWORKING Objectives This course will enable a student to successfully: Design and analyze network technologies to meet enterprise needs. Identifying challenges and issues that are part of telecom industry Speak telecom “language” within the industry Content: Topics Overview of Computer Network Network as resource LAN MAN and WAN Network Reference Model OSI Model Protocol hierarchy‚ interface and Services TCP/IP Reference Model Data Communication Techniques
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CHAPTOR 12 In the early 1930s‚ a mathematician developed a formula that could be used to make accurate weather forecasts‚ something that was unheard of at that time. However‚ because there were no computers or calculators at that time‚ it took almost three months of hand calculations to come up with the next day’s forecast. This obviously was far from useful‚ and many individuals scoffed at such a preposterous solution to weather forecasting. However‚ with the introduction of computers by the
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neighboring pairs. It was invented by Alexander Graham Bell. Advantages and Disadvantages: Advantages -Twisted pair cabling is a type of wiring where two conductors are twisted together in order to cancel out electromagnetic interference from external sources. This type of cabling was invented by Alexander Graham Bell‚ the inventor of the telephone.One of the types of twisted pair cabling is UTP‚ or unshielded twisted pair. It is normally used in Ethernet and telephone systems Disadvantages -Disadvantages
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wireless computer communication network ALOHAnet (operational in 1971) was developed by Norman Abramson‚ a professor at the University of Hawaii. At first‚ the wireless LAN was so costly that it was just used as an alternative to the places where the cabling was difficult or impossible. Recent developments included industry specific solutions and proprietary protocols‚ but were replaced by various versions of IEEE 802.11. In 2009‚ 802.11 were replaced by 802.11n. It operates in both 2.4GHz and 5GHz bands
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Solution: The Sun project team found CPI offered the best infrastructure support system to accommodate not only the open mounting architecture that was used in the showcase exhibit‚ but throughout the entire campus as well. With more than 500 miles of cabling installed throughout the facility‚ organization was essential. Sun used CPI’s open mounting systems as part of a color-coding system based on the application. For the Server Room‚ Sun used CPI’s brushed aluminum finish. White CPI rack systems were
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