Comparison of ADSL2+ in router and cable modem for lone interfacing

Running head: SQUARE KILOMETRE ARRAY PROJECT
SQUARE KILOMETRE ARRAY PROJECT
Name of the Student
Name of the University
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1SQUARE KILOMETRE ARRAY PROJECT
Table of Contents
Part – A, Q3:..................................................................................................................2
Introduction:...............................................................................................................2
Discussion:.................................................................................................................3
Wireless communication features:.........................................................................3
Size and height of the antennas that are applied in the SKA:................................4
The communication frequency bands for the SKA:...............................................5
Conclusion:................................................................................................................6
References:.................................................................................................................7
Part B, Answer 3:...........................................................................................................9
Comparison of ADSL2+ in router and cable modem for lone interfacing:...............9
Comparison of ADSL2+ in router and cable modem for host interfacing:................9
References:...............................................................................................................12

2SQUARE KILOMETRE ARRAY PROJECT
Part – A, Q3:
Introduction:
The SKA that is widely and generally known as the Square Kilometre Array project is
an initiative that has been taken by the government recognized organizations of the South
Africa and Australia. This project came into existence for meeting the purpose for the
detection and the use of radio astronomical purpose (Billade et al., 2016). The purpose and
aim of the project is to evaluate and discuss the facts and use of wireless communications and
its features. This report also focuses on the impact of the project of Square kilometre Array
that has created on domain of astronomy that is based on the radio technology that has varied
due to the height measured and the size impacted by the antennas. The Square Kilometre
Array is a very unique and very crucial or vital and aims to guide the radio astronomical
process. The SKA directly helps to attain the information from different parts of the bodies
that are astronomically identified. This is done by the radiation that is radiated by then
electromagnetic waves. The project was initially proposed so that it can be constructed in the
Australia as well as in the South Africa. The total area that has been occupied by the project
of the Square Kilometre Array ant its function is assumed as an approximately on a well
defined square kilometre of plot. Te telescope style that has been used in this project is the
Phased array. The project operates in the range of wide variations of the frequencies. The size
that has been allocated is considered to be sensitive in more than 50 times than the other
instruments based on the radio signal and frequency transmitter. The project is considered to
be required a very unique and high performance on the computation that will be able to
handle the long region based links that will be able to have and maintain the capacity,
quantity of larger traffic all over the internet. The mission is to survey the sky min much
more speed that is estimated to be faster than previous time. The project crates some scope

3SQUARE KILOMETRE ARRAY PROJECT
and opportunity for the technological evaluation and develop0ment in the region of the
energy generation by the renewable sources. With a package of precursor and pathfinder
telescopes and architecture studies by SKA groups around the world, crucial SKA technology
has been illustrated. This will obtain from key SKA systems and will and then choose and
incorporate many alternatives in to the penultimate instrument.
Discussion:
The project created and initiated by the SKA is totally based on the radio telescope
that proposed and built in the South Africa and Australia along with the help of ten more
progressive countries. The project will ensure the surveying of the internet over the sky in a
easier way. The wireless communications feature that is initiated in the SKA project has a
very high impact on the radio astronomy that has varied due to the height and also of the size
of the antennas. The report discusses about the wireless communication features, the size abd
type and also the height of the antennas (Braun, 2015). The communication frequency bands
are also the key aspects for the discussion of the project.
Wireless communication features:
The Square Kilometre array uses the principle and works on the technology response
of the radio astronomy. The SKA carries and holds a unique technology of taking an upper
edge that is created over the other forms of the technology of the telescopes as the SKA is
able to work in the assistance of the signals that are having the longer wavelengths (Braun,
2015). This also creates a scope of providing a greater and better vision of the space on all
weather conditions. The telescope is able to provide clear image on the clear skies as well as
the cloudy forecasted skies. The wireless communication feature that has been provided by
the project is about the radio telescopes that has been utilized in the Square Kilometre Array
Project. The part of wireless communication also helps to receive signals in form that is