IEEE Project Titles, ON WIRELESS SCHEDULING ALGORITHMS FOR MINIMIZING THE QUEUE-OVERFLOW PROBABILITY

.Net Projects ( major )	Java Projects ( major )	VB Projects ( major )	Php Projects ( major )	Vc++ Projects ( major )	SQL projects ( major )	IEEE ECE Projects
C&Ds projects ( major )	C++ projects ( major )	Perl projects ( major )	Cold Fusion Projects	ASP projects ( major )	Delphi projects ( major )	IEEE CSE Projects

Custom Search

What is 1000Projects
'1000projects.com' is an educational content website dedicated to finding and realizing Final Year Projects, IEEE Projects, Engineering Projects, Science Fair Projects, Project Topics, Project Ideas, Major Projects, Mini Projects, Paper Presentations, Presentation Topics, IEEE Topics, .Net Projects, Java Projects, PHP Projects, VB Projects, SQL Projects, C & DS Projects, C++ Projects, Perl Projects, ASP Projects, Delphi Projects, HTML Projects, Cold Fusion Projects, Java Script Projects, Btech Projects, BE Projects, MCA Projects, Mtech Projects, MBA Projects, Project on Software, CBSE Projects, Testing Projects, Embedded Projects, Chemistry Projects, Electronics Projects, Electrical Projects, Science Projects, Mechanical Projects, Mba project Reports, Placement papers, Sample Resumes, Entrance Exams, Technical Faq's, Puzzles, etc

how it works?

Everything on this site is submitted by the students in this professional community. You Can submit your Projects, Project Topics & Ideas to info.1000projects{at}gmail.com after you submit your project/project Idea/Abstract/Seminar Topics, These are being verified and approved by our administrator. after approval of this project/project Idea/Abstract/Seminar Topics, It can be shown on 1000projects.com so that other users can read/discuss it.The entire content on this website is Only For Educational Purpose, Non Commercial use!

Please help us/Other Users by sending projects/project Ideas/Abstracts/Seminar Topics. Thanking You!!!!!

ON WIRELESS SCHEDULING ALGORITHMS FOR MINIMIZING THE QUEUE-OVERFLOW PROBABILITY
NETWORKING
JAVA
In this paper, we are interested in wireless scheduling algorithms for the downlink of a single cell that can minimize the queue-overflow probability. Specifically, in a large-deviation setting, we are interested in algorithms that maximize the asymptotic decay-rate of the queue-overflow probability, as the queue-overflow threshold approaches infinity. We first derive an upper bound on the decay-rate of the queue-overflow probability over all scheduling policies. We then focus on a class of scheduling algorithms collectively referred to as the α-algorithms. For a given α >= 1, the -algorithm picks the user for service at each time that has the largest product of the transmission rate multiplied by the backlog raised to the power. We show that when the overflow metric is appropriately modified, the minimum-cost-to-overflow under the -algorithm can be achieved by a simple linear path, and it can be written as the solution of a vector-optimization problem. Using this structural property, we then show that when a approaches infinity, the α-algorithms asymptotically achieve the largest decay-rate of the queueover flow probability. Finally, this result enables us to design scheduling algorithms that are both close-to-optimal in terms of the asymptotic decay-rate of the overflow probability, and empirically shown to maintain small queue-overflow probabilities over queue-length ranges of practical interest.