Reference no: EM131154496
"Challenging Implementation" Please respond to the following:
1. Based on the topics covered to this point in the course, assess what you consider to be the two most challenging implementation issues for wireless networks. To what degree do these implementation issues keep organizations from adopting wireless technologies in their organization?
2. Suggest ways in which organizations can overcome implementation issues for wireless networks.
"Challenging Standards" Please respond to the following:
3.Based on the topics covered to this point in the course, assess what you consider to be the two most challenging aspects about adopting and supporting standards in wireless networking or wireless technologies.
4.Assess whether these issues can be addressed and mitigated at the organizational level or if they need to first be addressed and changed at the standards organization level. Support your position.
"Bluetooth" Please respond to the following:
5. Briefly describe the current uses of Bluetooth as well as the benefits it provides for personal uses and for business purposes. Assess the degree to which you believe Bluetooth technologies will advance in personal and corporate environments.
6. Analyze how Bluetooth technologies can be used in an organization's strategic planning. Give at least one real-life example that supports your answer.
"WPAN Standards" Please respond to the following:
7.Assess the impact and benefits that your selected IEEE 802.15 Working Group activity brings to the wireless market from a business perspective as well as a technical perspective.
8. Recommend ways in which the information provided can be improved. If there are currently plans to enhance, update, or improve the provided information, give your opinion on whether you believe the improvements will add value. Support your position with a real-life example.
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Describe your actions in light of your obligations
: One day your client comes to the session and tells you that if he refuses to go to bed at a certain time, his father closes him in a bathroom for the rest of the night and does not give him anything to eat the next morning. Describe your actions i..
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Compute the magnitude of the line-to-line voltage
: Three identical impedances of 30 ∠30° Ω are connected in delta to a three-phase 173-V system by conductors that have impedances of 0.8 + j0.6 Ω each. Compute the magnitude of the line-to-line voltage at the terminals of the load.
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Determine whether or not you believe this is true statement
: Compare and contrast the security concerns between wired and wireless networks. Determine which you, as senior level management, would consider the greater area of risk and warrant greater security control expenditures. Justify your answer.
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Compute the magnitude of the line-to-line voltage
: Repeat Problem 4.2.9 for a delta-connected set of capacitors with a per-phase reactance of -j60 Ω connected in parallel with the load, and compare the result with that obtained in Problem 4.2.9.
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Describe current uses of bluetooth as well as the benefits
: Briefly describe the current uses of Bluetooth as well as the benefits it provides for personal uses and for business purposes. Assess the degree to which you believe Bluetooth technologies will advance in personal and corporate environments.
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Determine the power in kw
: A balanced delta-connected load with a per-phase impedance of 30 + j10 Ω is connected in parallel with a balanced wye-connected load with a per phase impedance of 40-j10 Ω.
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Find the line current delivered by the source
: Balanced wye-connected loads drawing 10 kW at 0.8 power factor lagging and 15 kW at 0.9 power factor leading are connected in parallel and supplied by a 60-Hz, 300-V, three-phase system. Find the line current delivered by the source.
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Create bar chart graph for all the survey results
: Create bar chart graph for all the survey results- From the survey results and co relationship, pls help to answer chapter 5 accordingly.
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Compute the real power in kw delivered to capacitive load
: A 60-Hz, 440-V, three-phase system feeds two balanced wye-connected loads in parallel. One load has a per-phase impedance of 8 + j3 Ω and the other 4 - j1 Ω.
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