Acquiring novel molecular techniques to study the impact of climate change fuelled heat waves on insects at both the physiological and population level

The intensity and frequency of heat waves is increasing. The effects of this on agricultural pests is poorly understood. Insects have a remarkable ability to adapt to unfavourable conditions, and this resilience can be inherited. This study springboards a novel collaboration to study whether a newly discovered method of DNA transmission across generations, extra chromosomal […]

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Distributed Time Synchronous Network for IoUT

Then intent of this project is to develop and demonstrate a highly synchronized communication system capable of connecting multiple devices operating on effectively the same clock. This functionality ensures that any measurement that is made on one single device can be correlated to another measurement made on a separate device with sub-microsecond accuracy. It is […]

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Advanced Spacecraft Detection on Low Power Compute Unit in Space

Obruta, in collaboration with Dalhousie University, aims to advance computer vision techniques for detecting and estimating the pose of spacecraft in space. While object detection in general has made significant strides, existing models often excel at identifying everyday objects but struggle with specialized tasks like spacecraft detection due to the unique and challenging environment of […]

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Predicting emergency department visits and hospitalization among the clients of Nova Scotia Mental Health and Addiction central intake assessment

Mental disorders can have negative impacts on people’s health, quality of life, relationships, and productivity. However, people who are in need of mental health and addiction services encounter significant challenges, including timely access to mental health services. As a result, clients’ mental health needs are not met or not fully met, and their health will […]

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Novel techniques to refactor software systems using reinforcement learning

Refactoring is an important software development activity that employs various techniques to enhance the structure and quality of source code without altering its functionality. Over the last two decades, researchers in the field have proposed several tools and techniques to enable automated refactoring. Despite a plethora of literature, though some steps can be automated, overall […]

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Machine Learning-Based Air Gap Prediction for Safe Vessel Passage Under Bridge

The Halifax MacKay Bridge is a critical passage for maritime traffic, requiring accurate air gap predictions to ensure safe vessel clearance. This project will develop a machine learning-based forecasting model that estimates air gap values at 30-minute, 90-minute, and 72–96-hour intervals. Using data from the Port of Halifax, including tide levels, weather conditions, and traffic […]

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Enabling Efficient Coexistence of Low-Power Wide-Area Networks in the Sub-GHz Spectrum

This project between Dalhousie University and Paris-Saclay University focuses on improving how low-power wireless networks share the sub-GHz radio spectrum. These networks, including LoRaWAN, Wi-Fi HaLow, and Sigfox, are widely used in smart cities, agriculture, and environmental monitoring. However, when they operate in the same unlicensed frequency bands, interference can occur, reducing reliability and energy […]

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