This project addresses two specific challenges related to promotional planning in the consumer-packaged goods sector. The first output will be to develop and evaluate models that statistically predict the impact of Unilever promotions on category and product share across different retailers. This effort will lead to the creation of trade promotion optimization techniques that enables planning of promotional activities.
Agricultural pesticides are one of several stressors contributing to the global decline of insect pollinators. More specifically, there is strong evidence of harm from neonicotinoid insecticides. Many jurisdictions are implementing new rules to restrict use of these common pesticides. While regulators have largely focused on reducing pollinator exposure to neonicotinoids, other insecticides also have the potential to harm pollinators.
The current land registry system in Ontario lacks efficiency and transparency; and is susceptible to information quality problems due to lack of a uniform and integrated system to record and share real-time data about land property transactions across stakeholder organizations. To overcome such issues, many countries are turning to blockchain technology to enable land registration transactions.
IDENTOS and the University of Ottawa will collaborate in the research and development of cryptographic techniques for secure and privacy-respecting blockchain transactions. This project has research, design and implementation aspects. The project builds on the strengths of IDENTOS and The University of Ottawa in the areas of Mobile Security Privacy and Blockchain. The students will receive valuable experience in applied cryptography on a leading edge enterprise solution. IDENTOS will gain access to specialized skillsets of the students and their Supervisor.
Canada’s commitment to the Sustainable Development Goals (SDGs) has implications for both domestic and foreign policy in a complex, shifting, and interdependent global health system crowded with multiple actors and stakeholders. The array of activities involved with global public health practice necessitates engagement with health policy and systems research (HPSR), and Knowledge Translation (KT) is critical to bridging the gap between knowledge generated through research and the knowledge that is used to inform policy, practice, and programs.
The current production methods for new generation refrigerants (HFO-1234yf) used in cars, refrigerators, air-conditioners, etc. require energy intensive and sometimes corrosive conditions. The current project seeks to reduce or eliminate these two caveats. We propose, by using readily available feedstock or by-products from Teflon manufacturing, we could use our process to easily manufacture HFO-1234yf. Using our less energy intensive, heating to only 50 °C, and mild conditions could lead to significant cost reductions in plant equipment and energy demands.
Efficient pumping function of heart depends on receiving oxygen and nutrients through hearts specific blood vessels called coronaries. In case of coronary stenosis (e.g. plaques formation on their inner walls), the heart muscle cannot function normally and may be permanently damaged. Three treatment strategies are broadly available that include medications, coronary stent placement and coronary bypass graft surgery. However, the efficacy of either treatment in restoring blood perfusion to the heart muscle is not clearly quantified.
This proposed research project will aim to understand current attitudes, beliefs, and behaviours related to tobacco smoking and drug use. Based on these findings, an existing intervention for tobacco dependence management and point of care, known as PROMPT will be modified for a non-mainstream youth population. The youth sample undergoing the intervention will be followed for 6 months, and these results will be assessed for reduction and/or quitting of tobacco smoking and drug use behaviours.
Regulations are introduced to ensure the well-being, safety, and other societal needs of citizens and organizations. Yet, regulators often have difficulties assessing the performance of their regulations, and whether regulatory initiatives actually improve compliance. This projects main objective is to investigate the suitability of a framework combining a standardized goal modeling notation with an existing cloud-based analytics and visualization tool (IBM Watson Analytics) for assessing compliance to regulations as well as the efficiency and effectiveness of regulatory initiatives.
Project NOVA will build on the University of Ottawa and Ciena’s advanced analytics capabilities to allow networks around the world to understand where video flows run over their network. This will allow the network operators to improve video Qualify of Experience for their end customers, more quickly and cost effectively fix video impacting network problems, plan their networks to better support video, and provide greater customer service awareness of end customer over the top video quality. Ciena anticipates this capability will propel it into be the world leader in network video analytic