Research Supervisor Connect. The focus of this project is the understanding of how certain optimization algorithms perform when executed on different families of computer architectures. Masters/PHD. This project involves the mapping of different
Research Supervisor Connect. The project involves the study of the fundamental processes of self-assembly and self-organization that appear in many natural and synthetic systems. Masters/PHD. Self-assembly is the fundamental process that creates the
Research Supervisor Connect. The project will focus on the development of fault tolerance mechanisms to allow distributed systems to operate under different operating conditions. Masters/PHD. As the complexity of distributed systems increases time
Research Supervisor Connect. The work involves the use of a variety of theoretical techniques to study federation in distributed systems. Masters/PHD. An important component of our research is motivated by the need to use the inherent capacity of
Research Supervisor Connect. The project will investigate different technologies used by existing “cloud computing” infrastructure providers for achieving application level isolation and examine the effectiveness of these technologies.
Research Supervisor Connect. The project aims to develop solution methodologies for combinatorial problems by using stochastic algorithms. Masters/PHD. Optimization algorithms can be used to solve a wide range of problems that arise in the design
In the management of large enterprise intranets (data networks), it becomes difficult to detect and identify causes of abnormal change in traffic distributions when the underlying logical topology is dynamic.
Research Supervisor Connect. The project explores the interaction between computation and communication and its effect on the performance of distributed computing systems. Masters/PHD. The rapid advancement of computer architectures and high-speed
Research Supervisor Connect. The project involves the development of quality of service measures for a range of distributed systems such as grid computing and cloud computing systems. Masters/PHD. There is a need to develop a comprehensive framework