PROJECT TITLE :

Circular MIMO FSO Nodes With Transmit Selection and Receive Generalized Selection Diversity

ABSTRACT:

Mobile free space optical (FSO) nodes have been characterized as a way to resolve movement and misalignment incompatibilities that are inherent in optical nodes. By introducing multibranch angular diversity mobility to FSO nodes, connection reliability is enhanced. In this paper, receiving branches are assumed to be circularly placed on a single plane, and transmitting branches are positioned on a different platform. A coverage of 360 in this unbalanced branch configuration is achieved with the deployment of diversity combining, wherein the transmitter follows a transmit selection diversity rule. Channel turbulence is modeled as weak lognormal with spatially correlated fading samples. On the receiver side, selection combining (SC), equal gain combining (EGC), maximum ratio combining (MRC), and threshold generalized SC (T-GSC) schemes serve as candidates for combining purposes. Statistical discussion relative to branch signals and combiner output is presented, and bit error performance and outage probability are numerically evaluated. When compared with MRC, T-GSC was found to have lower estimation error. The T-GSC scheme additionally demonstrated overall superior performance over SC and EGC for mobile FSO.


Did you like this research project?

To get this research project Guidelines, Training and Code... Click Here


PROJECT TITLE :Printed arc coupler in a circular cylindrical measurement cavity for suppressing degenerate modesABSTRACT:A printed arc coupler has been proposed for avoiding and suppressing the spurious mode within the permittivity
PROJECT TITLE :Experimental Verification of Below-Cutoff Propagation in Miniaturized Circular Waveguides Using Anisotropic ENNZ Metamaterial LinersABSTRACT:This paper presents experimental verification of below-cutoff transmission
PROJECT TITLE :Ku Band Continuously Tunable Circular Cavity SIW Filter With One ParameterABSTRACT:This letter introduces a Ku band continuously tunable filter with one parameter. The proposed filter is implemented using substrate
PROJECT TITLE :Cavity Model Analysis of a Dual-Probe-Feed Circular Microstrip Patch AntennaABSTRACT:The cavity model is extended to research a twin-probe-feed circular microstrip patch antenna for each differential and single-ended
PROJECT TITLE :Reliability and Birnbaum Importance for Sparsely Connected Circular Consecutive- SystemsABSTRACT:A consecutive-$k$ -out-of-$ n $: $ rm F ( rm G )$ system with sparse $ d $ consists of $ n $ components ordered in

Ready to Complete Your Academic MTech Project Work In Affordable Price ?

Project Enquiry