This project aims to integrate hardware sensors and drone images to develop a scalable forest health index.
This project aims to integrate stationary and mobile sensors to monitor and detect anomalies
This project develops techniques to help novice engineers to understand privacy and laws better.
This project aims to develop an evaluation framework for Anomaly detection within Built environments.
This project aims to enable buildings to express themselves through adaptable data analytics and conversational AI.
This Project aims to develop knowledge-driven techniques to secure smart home environments adaptively.
This project explores the role of tiny cameras towards augmenting anomaly detection within smart homes
This project aims to develop a layered framework to enhance the resiliency of smart buildings.
This project aims to develop a IoT technology to improve study spaces utilization and service design.
This project aims to making linked data observatories discoverable through end-user development.
This project aims to design Low Power Internet of Things Infrastructure for Harsh Environments.
This project aims to design Privacy-aware IoT systems to help older adults and people with learning disabilities.
This project develops a technique to detect cybert attacks using cyber physical behavioural data.
This project aims to develop a Semantic Data Integration for Forest Observatory.
This project explores how to detect motion-based behavioral changes in an industrial robotic arm.
This project develops a design framewotk to help adapting to discofort towards .
This project develops a methods to empower everyday end users to manage their privacy better.
This project explores how to develop reusable privacy components facilitate IoT application development.
This project explores how to secture In-vehicle edge data communication and analytics.
This project explores optimal placement and scheduling of Service Function Chaining (SFCs) under security constraints
This project aims to explore how Privacy by Design techniques can be automatically integrate into a given IoT application design.
This project aims to develop usable techniques to capture non-functional requirements (e.g. Privacy) in the Internet of Things application designs
This project aims to develop new techniques to optimise the IoT search processes and examine the quality of the reseults.