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Media Feedback: Our Lives in Loops provides an overview of the concept of media feedback, which is inherent in nearly every media platform we encounter on a daily basis. Rogers argues that every like on Facebook, view on Instagram, death in a video game, and movie suggestion on Netflix is a form of feedback that guides our actions and improves our performance. Rogers continues on to claim that in the current media landscape, more often than not, we are influenced by some kind of media feedback, even when we aren't aware of it. This book employs a series of studies on media feedback to provide a resource for readers to understand not only what media feedback is, but also how it impacts our everyday lives. Scholars of media studies, communication, psychology, and sociology will find this book particularly useful

This study explores how sports media entertains audiences. A survey found that
sports media provides both enjoyable experiences and meaningful experiences
for audiences. In doing so, this study illuminates how and why sports media
entertains audiences. Watching sports can be understood as a hedonic media
experience that is fun and pleasurable, but this study shows that sports media
consumption can also be a deeper, meaningful experience that gives insight into
the human condition. This shows that even for an audience member who is not
enjoying an event, they still might be deriving meaning from the event. Further,
this study examines how sports media might generate these experiences as the
mechanisms underlying this phenomenon, the dimensions of self-determination
theory and affective state of audience members, are explored. The dimensions of
self-determination theory were instrumental in predicting audience enjoyment
while affect was instrumental in predicting meaningful experiences for audiences.
Overall, this study provides information relevant in understanding how and why
people consume sports media - which should be of interest to practitioners and
scholars alike.

Every year millions of people fill out brackets, trying to accurately predict the outcome of the NCAA Men's Basketball March Madness tournament. This study examines how collective swarm intelligence might impact these choices in small groups. Rather than working by themselves, groups of people came together to combine their knowledge and opinions and pick brackets collectively. It is generally agreed that collective intelligence is effective in decision-making. However, how and why collective intelligence augments performance has not been totally agreed upon, and the theoretical explanations have been elusive. This study examines groups that are either highly dedicated or high in expertise to see whether they perform differently based on these dimensions.

This study examined users' attitudes and opinions of using augmented reality
technology in comparison to other non-augmented reality technologies. Broadly,
there were differences between users when using different devices. These
differences help shed light onto the process of implementation of such new
technologies in various sports settings, from arenas and stadiums to at-home
viewership. From the results of this study, it is likely that this technology may not lead to better fan experience, but instead might leave them feeling frustrated and potentially isolated. Particularly given the expense of technology like Google Glass, this study suggests such technology should be implemented selectively and carefully. Additionally, the effects of using Google Glass in stadiums and arenas may not simply be on the users, but also on those seated around them, who may be bothered by the deliberate actions of those wearing such augmented reality
devices. Notably, this may shift as the devices become more prevalent.

We present a privacy system that leverages differential privacy to protect LinkedIn members' data while also providing audience engagement insights to enable marketing analytics related applications. We detail the differentially private algorithms and other privacy safeguards used to provide results that can be used with existing real-time data analytics platforms, specifically with the open sourced Pinot system. Our privacy system provides user-level privacy guarantees. As part of our privacy system, we include a budget management service that enforces a strict differential privacy budget on the returned results to the analyst. This budget management service brings together the latest research in differential privacy into a product to maintain utility given a fixed differential privacy budget.