Process tracing to improve household IoT users privacy decisions
This project is funded by Samsung Research America and I am collaborating with my advisor Dr. Bart Knijnenburg, Yang He and Abhilash Menon. We are planning to come up with privacy decision making models of Household IoT users. Currently we are in the final stages of developing our experimental study.
We plan to obtain participant data towards end of November. Once obtained, I will be conducting statistical data analysis. I will update my initial insights about this study once I complete my analysis!
A data driven approach to design Privacy Settings Interfaces
For this project, I collaborated with my advisor Dr. Bart Knijnenburg, Abhilash Menon and Yang He, where we investigated the how the attitudes towards privacy affect the privacy decision making in generalized IOT environments. This study comprised of data collected from 200 participants, where they were presented with 14 scenarios and were further asked about their attitudes (risk, comfort, appropriateness) and behavior (allow/not allow and notify/don't notify).
We observed that, the behavior to whether 'allow' collection of specific data item or not is in fact mediated by the attitude (risk, comfort and appropriateness) towards the overall scenario.
In this project, I conducted statistical data analysis using R to help develop the privacy decision making model. I also played a key role in designing the interfaces, I used Axure RP to design the interfaces. A paper related to this study is under review at ACM IUI 2018.
I recently co-authored a paper about this study, which is currently under review at IUI-2018; please contact me if you want to take a look at it.
Understanding differences in Perception and Adoption for the Internet of Things
For this project, I collaborated with Dr. Pamela Wisniewski, Dr. Xinru Page, Dr. Bart Knijnenburg and Muhammad Safi , where we investigated generational differences regarding perception and adoption of IoT.
The data (courtesy Dr. Pam) was obtained by interviewing 19 students and their parents. Hence, a total of 38 participants. The interviews were semi structured and we varied the context by using contexts of Wearable IOT devices and Environmental IOT devices. Detailed findings of the study are already mentioned in our paper currently under review at ACM CHI-2018.
I primarily contributed by cleaning, coding and drawing key insights from the massive qualitative data obtained from the interviews. We have come only half way yet with this project and I am currently looking at data related to Contextual Integrity (CI) questions which were also asked to participants. I am using R-QDA (Qualitative Data Analysis) package in R to conduct my data analysis.
I recently co-authored a paper about this study, which is currently under review at CHI-2018; please contact me if you want to take a look at it.
In Class Projects
Preserving Privacy in Autonomous Driving Vehicles
In class project as a part of CPS 6180 (Usable Privacy and Security) course to design an possible interaction method or an interface which can be used to manage Privacy in the futuristic autonomous vehicles.
This is a work-in-progress project and currently I am teaming up with my class mates to design a study where with which we could gather user needs, develop and test the prototype with users. This project is at focused towards Usability of Privacy technologies.
I will update as my team and I progress!
Designing app for CA2VES electricity module
In class project as a part of CPS 6140 (Introduction to Human Computer Interaction) course to design an app for iPhone.
The aim was to redesign a windows based application such that it could be used on an iPhone. The original software was developed in order to simulate training to use devices such as ammeter, voltmeter, breadboard and so on. This project was challenging in a sense that the area of screen available to conduct same simulatory experience was drastically reduced. Even the user would have to rely on just touch to successfully navigate and learn from the experience.
Gathered user needs to understand the issues with existing design. Worked upon those needs to create prototypes using Adobe XD and Adobe Photoshop to develop the application. Few snapshots on the left.
Sam's Gyro and Sheesh Kabab website
In class project as a part of IE 8020 (Design of Human Computer Systems) course to design a website for Sam's Gyro and Sheesh kebab.
For this project, I first identified the key stakeholders, created User Personas and finally interviewed users to gather needs.
Conducted usability tests to iterate and arrive at the best possible design for clients.
This website was finally implemented in Wix specifically due to the restrictions from client's end towards ease of maintenance.
Website developed by Paritosh Bahirat. Updated in November 2017