Presenter notes: Each presentation will have 20 mins slots (15 mins presentation and 5 mins Q&A).
Workshop will start at 09:00am. Pls meet at the BuildSys registration desk by 08:50 and we will go together to the venue.
Online participants: Pls email Rachel if you need the meeting link
09:00 Workshop welcome: Rachel Cardell-Oliver (10 mins)
09:10 Session 1: Privacy Policy
Session Introduction: Isabel Wagner
Towards Benchmarking privacy Risk for Differential Privacy: A Survey
Dmitry Prokhorenkov (Technical University of Munich) Yang Cao (Hokkaido University)
What’s going on at the back-end? Risks and benefits of smart toilets
Isabel Wagner (University of Basel) Eerke Boiten (De Montfort University)
10:00 Morning tea (30 mins)
10:30 Session 2: Privacy Enhancing Technologies
Session Introduction: Rachel Cardell-Oliver
Mitigating privacy leakage in Anomalous Building Data Streams
Mahathir Almashor (CSIRO Energy) Akbar Fadiansyah (CSIRO Data61) Chehara Pathmabandu (CSIRO Data61) Matt Amos (CSIRO Energy) M.A.P. Chamikara (CSIRO Data61)
Towards an Activity-aware Pufferfish Framework for Local Privacy of Household Smart Water Meter Data
Rachel Cardell-Oliver and Brandon Ke (University of Western Australia)
Selective Homomorphic Encryption for Smart Water Metering Systems (online)
Weiyan Xu, Rachel Cardell-Oliver, Ajmal Mian, Jin B. Hong (University of Western Australia)
11:40 Round Table Group Discussion
12:10 Closing: Isabel Wagner
12:20 Lunch
17:00 Workshop dinner (TBC)
Our built environments increasingly collect sensitive information about their human occupants using sensors such as smart electricity, gas and water meters, building occupancy, temperature and vibration sensors, and many types of image-based sensing. As the number of sensors and monitoring systems in smart buildings and smart cities grows, so too does the risk to privacy for the people who inhabit those spaces. What are our rights to privacy as citizens and how might those be compromised by smart buildings and smart cities? What specific challenges do sensor systems in built environments pose for protecting human privacy? As designers of sensor systems, what are our responsibilities for protecting privacy? What privacy-enhancing technologies are most effective to mitigate risks to privacy whilst preserving the utility of the data? How can we measure privacy and utility for data and applications for the built environment? How can we track whether sensor systems and data analytics adhere to privacy standards? How can fairness, transparency, accuracy, integrity, confidentiality and data minimisation be built-in to sensing systems? The First Workshop on Privacy in Sensed Built Environments aims to bring together researchers with multiple perspectives on these questions to explore current best practices and discuss promising directions for future research.