Mosharaka for Research and Studies
Login/Sign Up
Main Menu
Papers Menu
Quick Links
Next Congress
International Congress on Engineering Technologies (EngiTek 2022)
21-23 June 2022, Irbid, Jordan

EnginApps 2022

MechaniTek 2022

ElectriTek 2022
EngiTek 2022 MainEngiTek 2022 CFPEngiTek 2022 SubmissionsEngiTek 2022 ProgramEngiTek 2022 Registration
Congresses

All Forthcoming Congresses

Conferences

All Forthcoming Conferences

Update on Thursday, 17 June 2021: Paper 1.Cnf-6@MIC-MCWC 2006 reaches 767 views and 411 downloads.
Papers Links
  • Browse
  • Search
  • New
  • Subjects
  • Years
  • CCA
  • MIC-CCA 2011
  • 16.Cnf-151
Browse Paper Database by Year
2006200820102012
CCA Conferences with Published Papers
Papers Published at MIC-CCA 2011
All 0 Paper
IDAuthors and TitlePages
16.Cnf-151 Paper View Page
Title Compensating the group delay in mono-mode fibre by using delay element
Authors Mr. Anas Abumunshar, University of Bridgeport, New Haven, CT, USA
Dr. Abdelshakour Abuzneid, University of Bridgeport, Bridgeport, CT, USA
Dr. Fathi Amsaad, University of Bridgeport, Bridgeport, CT, USA
Prof. Abdul R. Rind, University of Bridgeport, Bridgeport, CT, USA
Abstract With deployment of emerging technologies, the demand for higher data bit rate has tremendously been increased. Due to rapid exchange in data has paid the attention of many researchers to introduce improved techniques and devise a new method to withstand this large demand. Fiber Optic has the highest data rate among all other wire transmission lines; however, there are many limitations in Fiber which limit the transmission rate. Lower Bandwidth and Group velocity dispersion (GVD). As GVD is one of the highest shortcomings, which causes the dispersion of the bits resulting collapse and damage start after certain period of time. This dispersion is related proportionally to the transmission rate that is the one of data rate limitations. In this paper, we propose a new method to decrease the GVD by using delay element. The delay element is made of a martial that has higher index of refraction than the fiber. We validate our claim by using some mathematical equations and simulation, which will allow us to increase the transmission rate.
Track CCT: Communications and Computer Technologies
Conference 4th Mosharaka International Conference on Communications, Computers and Applications (MIC-CCA 2011)
Congress 2011 Global Congress on Communications, Computers and Applications (GC-CCA 2011), 22-24 July 2011, Istanbul, Turkey
Pages --1
Topics Optoelectronics
Optical Fiber Communication Systems
ISSN 2227-331X
Paper Views 538 Paper Views Rank 90/527
Paper Downloads 224 Paper Downloads Rank 82/527
  • By Title
  • By Topic
  • By Author
  • Contents
Search Papers by Title
ByTitle
Search Papers by Topic
ByTopic
Search Papers by Author
Search Paper Contents
All 0 Paper
IDAuthors and TitlePages
Papers Newly Added to Database
PapersCDBNew
GC-CCA 2011 Visits: 5022||MIC-CCA 2011 Visits: 4187||CCT Track Visits: 2374