Tarek Abdunabi
A Framework for Ensemble Predictive Modeling
Otman Basir
Ahmad Sghaier Omar
A Cognitive IoT Device Management Framework using Bayesian Networks
Otman Basir
Ahmed Alhammad
Memory Efficient Scheduling for Multicore Real-time Systems
Rodolfo Pellizzoni
Modern real-time systems are becoming increasingly complex and requiring significant computational power to meet their demands. Since the increase in uniprocessor speed has slowed down in the last decade, multicore processors are now the preferred way to supply the increased performance demand of real-time systems.
Kamal Rahimi Malekshan
Spectrum and Energy Efficient Medium Access Control for Wireless Ad Hoc Networks
Weihua Zhuang
Xi Cheng
Anomaly Detection and Fault Localization Using Runtime State Models
Paul Ward
Seyed Ali Hesammohseni
Practical interference management for Gaussian networks
Catherine Gebotys and Mohamed Oussama Damen
Kevin Chang Yang
Electronically Tunable Filters
Raafat Mansour
Microwave filters are essential building blocks in communications systems. As the communications industry evolves, smaller and more flexible filters with a high quality factor (high-Q) are in great demand. The deployment of tunability and reconfigurability in the designing of microwave filters provides greater system flexibility as well as economic benefits.
Seyed Ali Hesammohseni
Practical interference management for Gaussian networks
Catherine Gebotys and Mohamed Oussama Damen
Jeremie Benhamron
A Graph-Transformation Modelling Framework for Supervisory Control
John Thistle
Formal design methodologies have the potential to accelerate the development and increase the reliability of supervisory controllers designed within industry. One promising design framework which has been shown to shown to do so is known as supervisory control synthesis (SCS).
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