QoS Comparison between UMTS 3G Network and WIMAX 4G Network
Journal Title: UNKNOWN - Year 2015, Vol 4, Issue 1
Abstract
"Year by year communication networks are in continuous grow in coverage areas and technologies because of the growing in users needs and requirements The purpose of this paper was to compare the QoS between UMTS 3G network and WiMAX 4G networks . Two network models were proposed has objective of studying a realistic approach : in UMTS model multiple users are placed in the network requesting some applications and then the network traffic measured and calculated.. Regarding the WIMAX model scenario, where several users perform different services., enabling the analysis of network performance by measuring several parameters "
Authors and Affiliations
Keywords
Related Articles
- EP ID EP339450
- DOI -
- Views 85
- Downloads 0
Efficient Resource Utilization through Sensor Virtualization
"Wireless Sensor Networks (WSNs) are used in many application areas including health, agriculture and gaming. New advances in sensor technology make it pertinent to consider sharing a deployed WSN infrastructure by multi...
A Case Study on Care Giving Among Mentally Disabled Persons in Institutionalized Settings
This study provides brief findings on the impact of care givers among mentally disabled persons. The study deals about the relationship between the care givers and the care recipient, the nature of the care recipient’s d...
A Review of Physical Layer of Mobile WiMAX System and OFDM
The WiMAX technology, based on the IEEE 802.16-2004 Air Interface Standard israpidly proving itself as a technology that will play a key role in fixed broadband wirelessmetropolitan area networks. The first certification...
Mobile Application Testing and Challenges
Mobile app testing is a process of testing applications developed for hand held devices. It is the process of checking the application for functionality, usability and performance issues. Mobile app testing is different...
Magnetic Shielding: A Demonstration and Experimental Realization
Action of electric and magnetic fields and their interaction effects are the basis of operation of every electrical and electronic instrument. But such action fields could also cause serious problems to the functioning o...