2016 · 27 citations · 3 references
ComputingAerospace EngineeringComputer ScienceComputer NetworksMachine LearningUnmanned Aircraft SystemsCommunication NetworksCommunication SystemsKernel MethodsNeural NetworksPattern RecognitionSupport Vector MachinesLinear RegressionPropagation PredictionPropagation Prediction ModelsSignal Propagation ModelingSupport Vector ClassificationSupport Vector RegressionTraffic PredictionTransmission Rates
Drones cooperate with each other by transmitting and receiving packets. Therefore, it is important to conjecture the packet transmission rates within the network. However, the conventional methods are not suitable to describe the transmission patterns with satisfactory computing speed and accuracy. In this paper, we demonstrated that machine learning can successfully predict the transmission patterns in drone network. The packet transmission rates of a communication network with twenty drones were simulated, of which results were used to train the linear regression and Support Vector Machine with Quadratic Kernel (SVM-QK). We found out SVM-QK can precisely predict the communication between drones.
3
Immunization and epidemic dynamics in complex networks
Nilly Madar, Tomer Kalisky, Reuven Cohen et al. · The European Physical Journal B · 2004 · 249 citations
Veterinary Medicine, Immunology, Infectious Disease Control +14