PROJECT TITLE :

Influence of Input Terrain Profile Resolution on Diffraction Modeling

ABSTRACT:

Tests using three selected terrain diffraction models, 3 accessible experimental datasets and three digital elevation product with different horizontal and vertical resolutions were disbursed to assess the role of input terrain profile in diffraction modeling. It is demonstrated that low-resolution terrain maps don't seem to be, generally speaking, suitable for terrain diffraction modeling. More, it is additionally shown that utilizing digital elevation product with medium spatial resolution leads to predictions shut to the case when high-resolution terrain maps are thought of.


Did you like this research project?

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

PROJECT TITLE : Multi-tier Workload Consolidations in the Cloud Profiling, Modeling and Optimization ABSTRACT: It is becoming increasingly important to cut down on tail latency in order to improve the experience that users have
PROJECT TITLE : The Effects of Vehicle-to-Infrastructure Communication Reliability on Performance of Signalized Intersection Traffic Control ABSTRACT: Communications between vehicles and roadside infrastructure can give an
PROJECT TITLE :Sensitivity Analysis of Influence Quantities on Signal-to-Noise Ratio in Face-Based Recognition Systems - 2017ABSTRACT:Nowadays, face recognition systems are going to widespread in many fields of application, from
PROJECT TITLE : Information Seeking in Online Healthcare Communities: The Dual Influence From Social Self and Personal Self - 2017 ABSTRACT: The use of online healthcare communities to amass health-connected data and cut back
PROJECT TITLE : Influence Maximization in Trajectory Databases - 2017 ABSTRACT: We tend to study a novel problem of influence maximization in trajectory databases that's terribly useful in precise locationaware advertising.