This project is a systematic study of "Bandwidth Allocation" in networks. IT comprises of two main strategies of networking namely wired networks and wireless networks. The problem of bandwidth allocation has been extensively studied for wired and wireless domain. But very little attention has been paid for wired-cum-wireless network topologies. This paper focuses on issues that make a wireless scenario different from a wired one. In the project the various algorithm that are used in wireless networks have been discussed and simulation approaclles have been done to simulate a communications throughput. Examples of graphical results have been illustrated and compared. A comparison of the important features of wired and wireless netwo...
With increasing computational capabilities and advances in robotics, technology is at the verge of t...
Mobile Ad-hoc networks extend communications beyond the limit of infrastructure based networks. Futu...
This dissertation proposes the integration of optical and Mobile Worldwide Interoperability for Micr...
Bandwidth allocation is a fundamental problem in communication networks where bandwidth needs to be ...
The idea of a free network is a myth of the past. Networking costs are expected to remain a burden t...
Today\u27s wireless networks use fixed spectrum over long term and fixed geographical regions. Howev...
Data transmission at carrier frequencies between 0.1 THz and 1 THz (T waves) has the potential to ov...
The vision of the future 5G corresponds to a highly heterogeneous network at different levels; the i...
Mobile networks are facing the growing flood of Internet data. The main reasons for this are the inc...
Mobile tactical (military) networks have a number of concerns that distinguish them from commercial ...
Cognitive radio presents a means of altering the communication method of a wireless device based on ...
Master of ScienceElectrical and Computer EngineeringDwight D. DaySynchronization is one of the most ...
In today\u27s general-purpose networked computing environments, both commercial and military, in add...
All-Optical Networks employing Dense Wavelength Division Multiplexing (DWDM) are believed to be the ...
This report provides a detailed overview of the Intelligent Transportation System (ITS) narrowband d...
With increasing computational capabilities and advances in robotics, technology is at the verge of t...
Mobile Ad-hoc networks extend communications beyond the limit of infrastructure based networks. Futu...
This dissertation proposes the integration of optical and Mobile Worldwide Interoperability for Micr...
Bandwidth allocation is a fundamental problem in communication networks where bandwidth needs to be ...
The idea of a free network is a myth of the past. Networking costs are expected to remain a burden t...
Today\u27s wireless networks use fixed spectrum over long term and fixed geographical regions. Howev...
Data transmission at carrier frequencies between 0.1 THz and 1 THz (T waves) has the potential to ov...
The vision of the future 5G corresponds to a highly heterogeneous network at different levels; the i...
Mobile networks are facing the growing flood of Internet data. The main reasons for this are the inc...
Mobile tactical (military) networks have a number of concerns that distinguish them from commercial ...
Cognitive radio presents a means of altering the communication method of a wireless device based on ...
Master of ScienceElectrical and Computer EngineeringDwight D. DaySynchronization is one of the most ...
In today\u27s general-purpose networked computing environments, both commercial and military, in add...
All-Optical Networks employing Dense Wavelength Division Multiplexing (DWDM) are believed to be the ...
This report provides a detailed overview of the Intelligent Transportation System (ITS) narrowband d...
With increasing computational capabilities and advances in robotics, technology is at the verge of t...
Mobile Ad-hoc networks extend communications beyond the limit of infrastructure based networks. Futu...
This dissertation proposes the integration of optical and Mobile Worldwide Interoperability for Micr...