This document provides an introduction to computer networks and communications, including definitions of key terms like mobile computing. It discusses aspects of mobile computing such as specifications, services, and frequencies used. Additionally, it covers various internet technologies and services including VoIP, blogs, and different types of networks such as PAN, VPN, WLAN, and WiMAX. The document concludes with a short summary of the impacts of computer networks and communications.
Most universities are already implementing wired and wireless network that is used to access integrated information systems and the Internet. At present, it is important to do research on the influence of the broadcasting system through the access point for video transmitter learning in the university area. At every university computer network through the access point must also use the cable in its implementation. These networks require cables that will connect and transmit data from one computer to another computer. While wireless networks of computers connected through radio waves. This research will be a test or assessment of how the influence of the network using the WLAN access point for video broadcasting means learning from the server to the client. Instructional video broadcasting from the server to the client via the access point will be used for video broadcasting means of learning. This study aims to understand how to build a wireless network by using an access point. It also builds a computer server as instructional videos, supporting software that can be used for video server that will be emitted by broadcasting via the access point and establish a system of transmitting video from the server to the client via the access point.
Wireless Personal area networks (Wpan)Biplob Orton
A wireless personal area network (WPAN) is a personal, short distance area wireless network for interconnecting devices centered around an individual person's workspace
Most universities are already implementing wired and wireless network that is used to access integrated information systems and the Internet. At present, it is important to do research on the influence of the broadcasting system through the access point for video transmitter learning in the university area. At every university computer network through the access point must also use the cable in its implementation. These networks require cables that will connect and transmit data from one computer to another computer. While wireless networks of computers connected through radio waves. This research will be a test or assessment of how the influence of the network using the WLAN access point for video broadcasting means learning from the server to the client. Instructional video broadcasting from the server to the client via the access point will be used for video broadcasting means of learning. This study aims to understand how to build a wireless network by using an access point. It also builds a computer server as instructional videos, supporting software that can be used for video server that will be emitted by broadcasting via the access point and establish a system of transmitting video from the server to the client via the access point.
Wireless Personal area networks (Wpan)Biplob Orton
A wireless personal area network (WPAN) is a personal, short distance area wireless network for interconnecting devices centered around an individual person's workspace
BC and the Canadian Confederation: an essay by R.M. Burnsjeffmarshall
A summary of the R.M. Burns essay published in the early 1970s that discusses the relationship between BC and Canada and the issues involved in BC joining Canadian Confederation.
WiMAX (worldwide interoperability for microwave access) or (broadband wireless access to everyone ) is the commercial name for products based on the IEEE 802.16 standard as trade marked by the WiMAX Forum, an association of companies representing the ecosystem of the WiMAX technology.
Presented by Reshma M.R.
Wi-Fi, which stands for “Wireless Fidelity”, is a radio technology that networks computers so
they connect to each other and to the Internet without wires.
WiMAX, meaning Worldwide Interoperability for Microwave Access, is a
telecommunications technology that provides wireless transmission of data using a variety of
transmission modes, from point-to-point links to portable internet access
Standards for providing Internet Services over Wireless NetworksManos Anastasiadis
Wireless networking technologies are now an integral part of modern people's everyday activities. This evolution was the result of the contribution of a series of open standards, designed and implemented with the cooperation of many people in international organizations. In this paper we will make a summary of these standards.
SON (Self Organizing Networks) An analysis of its benefits in the mobile domainSumitKumar3094
Mobile Telecommunications Networks over the time has grown in
complexity and has reached the stage at which automations are now
indispensable for running a modern day mobile network. Crucial areas of network
such as design, planning, and optimization need a real time automation solution.
This is why the SON technology was developed. SON is a dynamic plug and play
system of hardware and software bundle which when connected to the
telecommunications network would automatically configure, optimize and heal the
network.
As with every new technology, there is always a degree of scepticism
that comes along and it is quite important to validate its functioning before we
accept it. The aim of this project is to analyse the three key features of SON i.e.
Load Balancing / ANR on 3G network, RET feature analysis on LTE network and
GSM spectrum Management on 2G network. It is intended to implement these
features on a live network and see the overall gain in the network performance. A
critical analysis is done to see the magnitude of impact due to SON. It is also
intended to find out areas where SON did not work well and had issues with its
implementation, working and accuracy.
In this project the main functionality of SON was closely reviewed when it was
implemented in an urban cluster. The KPI gains were measured in the area of
capacity, coverage, load balancing and quality improvements. The final result not
only gauged the magnitude of performance improvement but also highlighted the
complexity and drawbacks of the SON solution.
Some remarkable improvements in the network quality were observed
especially in the 3G and 2G network but there were couple of areas where SON
had issues and had failed to achieve what expected. These were noted as
learnings and areas of future improvement.
SPEECH QUALITY EVALUATION BASED CODEC FOR VOIP OVER 802.11P ijwmn
Voice over Internet Protocol (VoIP) may provide good services through Vehicular ad hoc networks
(VANETs) platform by providing services to many application scenarios range from safety to comfort.
However, VANETs networks introduce many challenges for supporting voice with QoS requirements. In
this paper, our study is based on Inter-Vehicle voice streaming rely on multi-hop fashion. For this task, a
performance evaluation of various audio CODECs will be analyzed by mean of simulations.
Furthermore, we test the impact of network environment on QoS metrics. To achieve good results,
CODECs behaviour is tested by using mobility information obtained from vehicular traffic generator. The
mobility model is based on the real road maps of an urban environment. Focusing on inter-vehicular
voice traffic quality, we provide simulations results in terms of both user level (MOS) metrics and
network level (such as Losses). According to this performance evaluation, we show that G.723.1 CODEC
worked well in the urban VANET environment.
Analysis of wifi and wimax and wireless network coexistenceIJCNCJournal
Wireless networks are very popular nowadays. Wireless Local Area Network (WLAN) that uses the IEEE 802.11 standard and WiMAX (Worldwide Interoperability for Microwave Access) that uses the IEEE802.16 standard are networks that we want to explore. WiMAX has been developed over 10 years, but it is still unknown by most people. However, compared with WLAN, it has many advantages in transmission speed and coverage area. This paper will introduce these two technologies and make comparisons between WiMAX and WiFi. In addition, wireless network coexistence of WLAN and WiMAX will be explored through simulation. Lastly we want to discuss the future of WiMAX in relation to WiFi.
1. 1
1.0 Introduction To Computer Networks and Communications
Give definition of Computer Networks and Communications
2.0 Mobile Computing
2.1 Definition
Definition of Mobile Computing
2.2 Specification, Services, and Frequencies of Mobile Computing
Place the picture of one example of mobile computing HERE
Example : Samsung Galaxy, iPhone, Blackberry…etc
http://www.samsung.com/global/galaxys3/specifications.html
Specifications :
2. 2
Services :
Frequencies :
3.0 Internet Technology and Services
3.1 VoIP
Information on VoIP
3.2 BLOG
Information on BLOG
4.0 Types Of Network
4.1 PAN
Information on PAN
4.2 VPN
Information on VPN
4.3 WLAN
Information on WLAN
3. 3
4.4 WiMAX
Information on WiMAX
5.0 Conclusion
Based on the research that you have made, write a simple conclusion (2-3 lines) on
Computer Networks and Communications. Example: Advantages/disadvantages to the
society…
Reference
Copy and paste full URLs here