White-box computing security patterns and software security modeling

  In black-box security, the software is assumed to run in a trusted environment. In the context of white-box attacks, the environment is assumed to be distrusted and the users of the software, which are installed in a device, have unlimited time and resources to break into the software and has access to binary code […]

Read More
Analysis of Guaranteed Lifelong Withdrawal Benefits (GLWB)

  This project will analyze the latest guarantee feature in the variable annuities market: Guarantee lifelong withdrawal benefit. This option gives the client the right to deduct a certain amount annually from the policies account until death – even if a unit-linked account value drops to zero. We will build a stochastic framework to price […]

Read More
Development of the Next Generation UV Disinfection Models for Wastewater Treatment

  UV disinfection technology is recognized as a potent tool for the disinfection of water and wastewater. A recent study of wastewater treatment technologies concluded that UV and ozone treatment are the most advantageous advanced technologies for disinfection of pathogens. Trojan Technologies Inc. (Trojan), the industry partner, based in London, Ontario, Canada, is the world leader in the development, […]

Read More
Applying Techniques from Human Factors in Industrial Engineering to the Evaluation and Improvement of New Technology for Blood Delivery to Operating Rooms

  Transfusion medicine in Ontario faces two challenges, how to reduce the potential for errors, and how to reduce the use of blood products when blood supply is low. New technology such as electronically controlled blood fridges is suggested for tackling these two challenges but little is known about their actual impact on errors or blood usage. In view […]

Read More
Multi-Gbps Serializer/Deserializer Research in CMOS

  This project will focus on very high‐speed communication along electrical links. Key to these links are the integrated circuits required to serialize and deserialize many parallel data streams into a single data stream at rates exceeding 1 Gb/s (i.e. SerDes). We will collaboratively explore the signal processing and circuits required to perform these implement SerDes robustly in […]

Read More
Virtualization-based applications for cloud computing in biomedical research

  The project will involve research and development of new technology for distributed computation, with a focus on applications in computational biology and bioinformatics as routinely encountered in our own lab. This research will be conducted using Copper, GridCentric’s grid computing platform, which is based on a previous research system developed at the University of […]

Read More
Safe Magnetic Resonance Imaging of Interventional Devices

  Magnetic resonance imaging (MRI) is a non-ionizing modality; therefore, there is no known damage on human tissue as opposed to ionizing imaging modalities, such as X-ray. Interventional procedures take long time and in order to prevent ionization, interventional MRI is very promising. On the other hand, there are safety concerns because of the possible temperature rise on current […]

Read More
Mechanisms of cold tolerance in Miscanthus, a novel biofuel crop for Canadian climates

  The proposed research projects for this internship will include both ongoing chilling/cold acclimation studies as well as establishing successful protocol for cryogenic pollen storage and inducing flowering in select varieties of Miscanthus. Leaf‐level gas exchange and fluorescence will be used to survey the photosynthetic apparatus before, throughout, and after the shortterm chilling experiments and throughout the long‐term […]

Read More
CT Image Optimization and Radiation Dose Reduction Strategies

  Advances in computed tomography (CT) have facilitated wider utilization and introduction of new clinical applications associated with high patient radiation dose. Subsequently, there is increasing concern for the potential long term cancer induction risks associated with increasing CT utilization bparticularly in younger women. Therefore, there is an urgent requirement to establish diagnostic CT protocols […]

Read More
Bioleaching of Pyrrhotite concentrate for Ni Extraction

  Discarded unattended waste slag soon becomes acidic resulting in an uncontrolled source, thereby releasing metals to the environment by a process known as Acid Mine Drainage (AMD). Traditional Pyrometallurgical methods to extract base metals from ore tailings have focused on using acid that is produced locally as a result of smelting operations, and Oxygen […]

Read More
Recovery of Ni/Co/Cu from amorphous slags

The proposed study is a part of a project that will aid in implementing an environmentally clean technology for the recovery of Ni, Co and Cu from slags (waste and semi-waste materials) of nickel production in Ontario. The conventional technology for metal recovery can treat only slags with a high content of valuable metals (~3%), […]

Read More