Density and host distribution on IEEE 802.11g networks on infrastucture mode with close channels

Authors

  • Maria Rivas Universidad Rafael Belloso Chacin

Keywords:

Host density, host distribution, IEEE 802.11g networks

Abstract

The principal objective of this investigation was to determine the effect of host density and distribution on IEEE 802.11G network on infrastructure mode with close channels, to establish the relation between host density and distribution versus quality parameters like latency, transmiting speed and bit error rate. The investigation is considered to be basic according to its purpose, explicative according to its depth, experimental according to its design. This investigation was formulated through a hypothesis system, based on a 45 readings, 5 readings per scenario. Statistic analysis was based on an ANOVA factor. Study shows results according to the proposed objectives and concludes  that  host  density  and  distribution  on  IEEE  802.11G  on infrastructure mode with close channels it doesn´t affect network performance.

References

Cisco Systems (2004). Cisco Networking Academy Program CCNA. http://cisco.netacad.net

IEEE 802.11g Standard (2003). Wireless LAN Medium Access Control (MAC) and Physical Layer (PHY) Specifications. Consultado el 26/02/2009 en: http://www.ieee802.org/11/

Regis B. (2003) “Comunicaciones Inalámbricas de Banda Ancha”. 1era edición en español. España 2003 McGraw-Hill

Sienra, L. (2003) Midiendo la calidad de señales digitales: Una orientación práctica. CINIT: http://www.cinit.org.mx/articulo.php?idArticulo=16 consultado 20/04/2009

Stallings, W. (2002). Wireless communications and networking. Upper Sadle River N.J

Published

2009-11-15

How to Cite

Rivas , M. (2009). Density and host distribution on IEEE 802.11g networks on infrastucture mode with close channels. Ingeniería UVM. Revista Electrónica Científico - Técnica, 3(2). Retrieved from https://journal.uvm.edu.ve/index.php/ingenieria/article/view/224