Network Fundamentals Research Proposal

Pages: 6 (1592 words)  ·  Bibliography Sources: 0  ·  File: .docx  ·  Topic: Education - Computers

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Dear [NAME HERE]:

We welcome the opportunity to work on this proposed solution according to the Olympic rowing venue alongside this organization committee. We have studied the materials provided. Accordingly, we have a better understanding of what needs to be completed in the time allotted to accomplish your goals.

We will combine materials from the former standards established in previous Olympic Games into a new series targeting greater cost efficiency within this set targeted time allotment.

Materials from the existing series will be merged into a cohesive format.

In accordance with the Olympic rowing venue, this company will collaborate and incorporate the production of several innovations to be used. We will provide plans and show how to adhere to project guidelines and requisites in advance for your approval and recommendations.

To facilitate communications and meet deadlines, we suggest appointing one person in your office to whom we will report. This person will have the authority to immediately respond to our submittals and give immediate approvals by 14 days following receipt of the outline.

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The Olympic rowing venue must adhere to standards including the incorporation of 20 network points for 20 employees, including cable along with 802.11 Wireless Access within the media centre; availability of internet laptop access and WiFi for visiting media to be able to allowed email, SSH, and internet availability; extended seating with Olympic Games wireless coverage for registered media personnel; coverage network requirements in accord with the installation of featured computing hardware; and web server space to provide advertising space and broad publication of the race results, along with all mandated computer hardware.

Research Proposal on Network Fundamentals Assignment

This guarantees our meeting standards, as well as confirms our role in the process. We are faxing this proposal and will follow with a hard copy via overnight shipment.

Thank you again for this opportunity.

If you have a standard confidentiality agreement that you wish us to use in conjunction with this proposal, please send it to us promptly for our review.

Respectfully, (name)

Cover Letter 1

Title Page & Table of Contents 2

Abstract 3

Project Proposal 4

Report for Organization Committee 5

Conclusion 6

Executive Summary 7

Abstract

*Report detailing proposed solution

This company has collaborated in the production of several innovations to be used according to the Olympic rowing venue. They include the incorporation of 20 network points for the 20 (approximate) employees, including cable along with 802.11 Wireless Access within the media centre; availability of internet laptop access and WiFi for visiting media to be able to allowed email, SSH, and internet availability; network requirements in accord with the installation of featured computing hardware; and web server space to provide advertising space and broad publication of the race results.

*Be it noted that throughout the duration of the Olympic Games wireless access coverage will be extended to the dark yellow seats in the diagram below solely for registered media personnel.

Project Proposal

What is the setting and history behind this project?

This forum has never been used for an occasion of such grandeur and capacity. Despite that many advances have been made since its inception, all these mandated requisites posted must be assured within the limited budget and time requirements.

What is the problem to be addressed?

Proposing a solution that is beyond the financial capabilities is of no benefit. It can be helpful to propose a solution within the current budget, however, and offer suggestions before the Olympic International Rowing Media Centre, if additional funding becomes available, to improve network productivity and performance.

Why is our solution to this problem a better solution?

For reasons of both time and cost efficiency.

How will this product be better than previous approaches?

Every one of these elements listed will be incorporated.

The committee for IEEE 802 standards formed a working group for wireless local network standards 802.11 in 1990. This group undertook development of the general standard for radio equipment and networks working at 2.4 GHz, with access time of 1 and 2 Mbps (Megabits-per-second). The works on development of the standard were completed in 7 years, and in June 1997 the first specification of the 802.11 was ratified. The IEEE 802.11 is the first standard for WLAN products from an independent international organization developing the most of standards for wired networks. But the first established data rate in a wireless network didn't meet the requirements of users by that time. And the developers had to create a new standard to make the Wireless LAN technology popular, cheap and attractive for modern tough business applications.

In September 1999 the IEEE ratified the extension of the previous standard. The new IEEE 802.11b extension (also known as 802.11 High rate) defines a standard for products of wireless networks working at 11 Mbps (similar to Ethernet), what allows using these devices in large organizations. The compatibility of products from different manufacturers is ensured by an independent organization named Wireless Ethernet Compatibility Alliance (WECA). It was founded by the leaders of wireless communication industry in 1999. At present it includes more than 80 companies such as Cisco, Lucent, 3 Com, IBM, Intel, Apple, Compaq, Dell, Fujitsu, Siemens, Sony, AMD etc. On the WECA's site you can look through the products which meet the requirement of Wi-Fi (the WECA's term for IEEE 802.11b).

The need in wireless access to local networks grows with the number of mobile devices such as notebooks and PDAs, as well as with the desire of users to be connected to a network without dealing with a network cable. According to forecasts, in 2003 there will be more than a billion of mobile devices, and the WLAN market is estimated to be more than two billion of dollars by 2002.

IEEE 802.11 standard and its extension

Like all IEEE 802 standards, the 802.11 works on two lower levels of the ISO/OSI model: a physical and a channel one (fig. 1). Any network applications, a network operating system or a protocol (e.g., TCP/IP) will work perfectly in the 802.11 network as in the Ethernet.

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Fig. 1. Levels of the ISO/OSI model and their correspondence with the 802.11 standard.

The basic architecture, peculiarities and services of the 802.11b are defined in the initial standard 802.11. The specification of the 802.11b touches only the physical level, adding only higher access speeds.

Operating modes of the 802.11

The 802.11 deals with two types of equipment - a client which is a computer equipped with a wireless Network Interface Card (NIC), and an Access point (AP) which serves a bridge between a wireless and wired networks. An access point usually contains a transceiver, a wired network interface (802.3) and software for data processing. ISA, PCI or PC Card network cards in the 802.11 standard or integrated solutions (e.g. telephone garniture of the 802.11) can serve a wireless station.

The IEEE 802.11 standard has two operating modes of a network - "Ad-hoc" and Client/Server (or infrastructure mode). In the client/server mode (fig. 2) a wireless network consists of at least one access point connected to a wired network, and a set of wireless terminal stations. Such combinations are called Basic Service Set (BSS). Two or more BSSs which make a single subnetwork form an Extended Service Set (ESS). Since the most of wireless stations require an access to file servers, printers, Internet available in a wired LAN, they will work in the client/server mode.

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Fig. 2. Architecture of the "client/server" network.

Conclusion

This company has the ability and offers to assimilate several innovations and other necessities to be used according to the Olympic rowing venue. These namely include the incorporation of 20 network points for the 20 (approximate) employees, containing cable along with 802.11 Wireless Access within the media centre; availability of internet laptop access and WiFi for visiting media to… [END OF PREVIEW] . . . READ MORE

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