Anjana Susarla

Omura-Saxena Professor in Responsible AI Michigan State University

  • East Lansing MI

Anjana Susarla's research includes the economics of information systems, social media analytics and economics of artificial intelligence.

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Michigan State University

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Spotlight

1 min

Under new ownership - what's next for Twitter and the social media landscape

He said he'd do it and he did. Billionaire, innovator and always the controversial CEO, Elon Musk scratched together over 40 billion dollars and has taken the reigns of social media giant Twitter. But now that thew deed is done a lot of people have some concerns about Musk's intentions for the platform and its hundreds of thousands of users. Will there be an edit button? Will there finally be an end to 'bots'? And what about moderation and free speech? These are all valid and important questions to ask, and that's why Michigan State University's Anjana Susarla penned a recent piece in The Conversation to tackle those topics. What lies ahead for Twitter will have people talking and reporters covering for the days and weeks to come.  And if you're a journalist looking for insight and expert opinion then let us help with your stories. Anjana Susarla is the Omura Saxena Professor of Responsible AI at Michigan State University. She's available to speak with media, simply click on her icon now to arrange an interview today.

Anjana Susarla

1 min

Experts in the media – MSU’s was featured in ‘The Conversation’ talking about big tech and vaccine misinformation

As America begins to stare down a fourth wave of COVID 19 – vaccine awareness and the debate about to get immunized or not is still a hot topic. And unfortunately, the level of misinformation being spread on social media is rampant. Recently, MSU’s Anjana Susarla the Omura Saxena Professor of Responsible AI was featured in The Conversation in a piece titled ‘Big tech has a vaccine misinformation problem – here’s what a social media expert recommends’ . It’s a very compelling read and must have information for anyone looking at the threat of fake news and how quickly it can spread. As well, the article also highlights tactics n blocking sites and mitigating the spread of misinformation. And if you are a journalist looking to know more about how big tech needs to keep up the fight against fake news – then let us help. Anjana Susarla is the Omura Saxena Professor of Responsible AI at Michigan State University. She's available to speak with media, simply click on her icon now to arrange an interview today.

Anjana Susarla

Biography

Anjana Susarla earned an undergraduate degree in Mechanical Engineering from the Indian Institute of Technology, Chennai; a graduate degree in Business Administration from the Indian Institute of Management, Calcutta; and Ph.D. in Information Systems from the University of Texas at Austin. Her research interests include the economics of information systems, social media analytics and the economics of artificial intelligence. Her work has appeared in several academic journals and peer-reviewed conferences such as Academy of Management Conference, Conference on Knowledge Discovery and Data Mining, Conference on Neural Information Processing Systems (Neurips), Information Systems Research, International Conference in Information Systems, International Conference on Learning Representations (ICLR), Journal of Management Information Systems, Management Science and MIS Quarterly. She has served on and serves on the editorial boards of Information Systems Research and MIS Quarterly.

Anjana Susarla has received several awards for her research. She been a recipient of the William S. Livingston Award for Outstanding Graduate Students at the University of Texas, a Steven Schrader Best Paper Finalist at the Academy of Management, the Association of Information Systems Best Publication Award, a Runner-Up for Information Systems Research Best Published Paper Award and the Microsoft Prize by the International Network of Social Networks Analysis Sunbelt Conference. She has worked in consulting and led experiential projects with several companies. Her research has received grants and funding from several institutions including the National Library of Medicine.

Industry Expertise

Education/Learning
Social Media

Areas of Expertise

Responsible Artificial Intelligence (AI)
Digital Transformation
Social Media Analytics
Machine Learning
Causal Inference

Accomplishments

Best Publication Award, Association of Information Systems

2012

Runner-Up, Information Systems Research Best Published Paper Award

2012

Microsoft Prize, International Network of Social Networks Analysis Sunbelt Conference

2009

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Education

University of Texas at Austin

PhD

Management Information Systems

2003

Indian Institute of Management

MBA

Finance

1997

Indian Institute of Technology

B. Tech

Mechanical Engineering

1995

Affiliations

  • Member : Association of Information Systems, INFORMS

News

Big tech has a vaccine misinformation problem – here's what a social media expert recommends

The Conversation  online

2021-07-29

This article was written by Anjana Susarla, Omura-Saxena Professor of Responsible AI at Michigan State University.
With less than half the United States population fully vaccinated for COVID-19 and as the delta variant sweeps the nation, the U.S. surgeon general issued an advisory that called misinformation an urgent threat to public health. The advisory said efforts by social media companies to combat misinformation are “too little, too late and still don't go far enough.” The advisory came more than a year after the World Health Organization warned of a COVID-related “infodemic.”

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How I Know Facebook Can’t Fix the Problems It Profits From

The Daily Beast  online

2021-07-28

“Algorithms on social media platforms are primed for engagement. The anti-vaxxers know this and are very well organized to exploit the weaknesses of the engagement driven ecosystem on Big Tech platforms,” Anjana Susarla, Omura-Saxena Professor of Responsible AI at Michigan State University, told me. Specifically, these right-wing actors have discovered and exploited a “grey area” in Facebook’s content moderation to promote their attacks on vaccines and science. The phenomenon has been described as “lying through truth.”

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Anyone with an iPhone can now make deepfakes. We aren’t ready for what happens next.

The Washington Post  online

2021-03-25

All three of the latest free services say they’re mostly being used for positive purposes: satire, entertainment and historical re-creations. The problem is, we already know there are plenty of bad uses for deepfakes, too. “It’s all very cute when we do this with grandpa’s pictures,” says Michigan State University responsible-AI professor Anjana Susarla. “But you can take anyone’s picture from social media and make manipulated images of them. That’s what’s concerning.”

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Journal Articles

Online to Offline: The Impact of Social Media on Offline Sales in the Automobile Industry

Information Systems Research

Yen-Yao Wang, Chenhui Guo, Anjana Susarla, Vallabh Sambamurthy

2021

Given the limited research into the impact of social media on offline sales of durable goods, this study examines the dynamic relationships between firm-generated content (FGC), user-generated content (UGC), traditional media, and offline light vehicle sales. Data were collected from the official Facebook and Twitter pages of 30 U.S. car brands from 2009 to 2015. We utilized a panel vector autoregressive model to investigate the dynamic relationships among multiple time series variables while controlling for influential durable goods characteristics. The empirical results suggest that Facebook and Twitter have heterogeneous effects on offline vehicle sales. Moreover, FGC is more effective than UGC for influencing offline light vehicle sales. Viral impressions from Facebook and Twitter are essential, although the effects vary by social media platform (Facebook versus Twitter) and content type (FGC versus UGC).

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People Do Not Know What They Want Until You Show it to Them. But When?

SSRN

Mei Li, Xi Xiong, Xiangyu Chang, Anjana Susarla, Subodha Kumar

2021

Recommendation systems are critical tools for online retailers in their pursuit of enhanced operational performance and improved shopper experience. As such, firms invest heavily to improve their algorithms. Notwithstanding these efforts, there is usually a serious omission of demand-timing element in prevalent online recommendation systems. As a result, recommendations are often presented out of synchronization with the next demand cycle, leading to squandered marketing opportunities and customer dissatisfaction. In this research, we propose a novel demand-driven recommendation system that factors in predicted demand timing. The core of our novel design consists of a predictive model that forecasts product-level repurchase cycles for the online retail environment. We propose a new approach to incorporate the predicted repurchase cycles into three key recommendation generating stages: (i) \textit{retrieval}, (ii) \textit{ranking}, and (iii) \textit{re-ranking}.

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Understanding Content Contribution Behavior in a Geosegmented Mobile Virtual Community: The Context of Waze

Information Systems Research

Chenhui Guo, Tae Hun Kim, Anjana Susarla, Vallabh Sambamurthy

2020

We examine content creation in a geosegmented, crowdsourced social mobile virtual community app, Waze. We conceptualize a virtual and spatial factor, virtual crowdedness (defined as the density of Waze users in a particular geospatial location), and we examine its role in encouraging user contribution. We posit that the relationship between virtual crowdedness and user contribution is driven by the tension between audience effects and bystander/content saturation effects. We analyze a panel data set of user contributions on Waze from New York City to test our hypotheses. First, our findings indicate that although virtual crowdedness has a positive influence on total number of contributions, the magnitude of the influence decreases as virtual crowdedness increases. Second, the concave-down increasing relationship is more pronounced for rush hours with high physical crowdedness than for non-rush hours with low physical crowdedness.

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