Women in Science: Dr Yang Yinping, IHPC
The 'Women in Science' series aims to break down gender inequalities and celebrates the achievements of our female scientists and researchers in A*STAR. Hear their stories and discover how their unique personal lives and perspectives shape the great work
Read on to find out how research by Dr Yang Yinping and her team into social technologies – in particular fine-grained sentiment and emotion analytic engines — has been helpful for economic, industry, and societal applications, including insights into population responses to the COVID-19
Dr Yang Yinping, A*STAR Senior Scientist & Group Manager, Institute of High Performance Computing (IHPC)
Three members of the CrystalFeel team at the SWITCH x SFF 2019 event held in October 2019, from left: Dr Yang Yinping, Dr Tuan Le Mau (Scientist at IHPC), and Dr Raj Gupta (Scientist at IHPC).
Q: Tell us what you do at A*STAR.
As a social technologist, I am passionate about advancing human communications by building and applying useful technologies.
When I joined A*STAR's Institute of High Performance Computing (IHPC) in 2007, my first research experience was to build an intelligent e-negotiation agent. This was followed by research into sentiment analysis and multimodal emotion recognition. I am
currently the group manager of the Affective and Social Intelligence Group and the principal investigator at the A*STAR Digital Emotions programme. I also act as an advisor to tech start-ups in emotion analytics and e-negotiation systems.
As a founding member and senior scientist at IHPC’s Social and Cognitive Computing Department since 2014, I founded, built and currently lead a multidisciplinary team of scientists and engineers across diverse backgrounds, including computer science,
software engineering, information systems, psychology, linguistics, communication and even, design arts.
Q: What are your motivations for getting into this field of affective and social intelligence research?
A key motivation is to advance the social science inquiry to analyse, understand, and ultimately enhance human communications in the digital era.
I am a behavioural scientist in training—studying the why and how of human behaviour and decision-making—and have applied multiple social science research methods, including experiments, surveys and case studies to research work.
Social science research conventionally relies on respondents' reactions through questionnaires or an interview. I subscribe to the paradigm shift that social sciences research needs to take a more “naturalistic inquiry” approach, by studying
people in their natural settings. Using “naturalistic inquiry” would require tools that can meaningfully and unobtrusively measure psychological constructs that allow studying people, their thoughts, feelings, opinions and desires, in
more naturalist settings as and when things unfold.
A second motivation is to capture the variability of emotional intensity, as the degree or intensity of our emotions varies from one experience to another. This can range from feeling afraid about missing a bus, losing a loved one to a deadly disease,
to feeling moderately scared but simultaneously very joyful when watching horror movies.
In the area of sentiment and emotion research, sentiment is typically classified as positive, negative or neutral; and emotion is either happy or unhappy, sad or not sad, angry or not angry. While emotional intensity is a salient aspect of our emotional
experience, it is ironically one of the most ignored concepts, largely due to its complexity.
A third motivation is to decode highly complex communications with mixed-motives and conflicting cues, an example being mistrustful negotiations and sarcastic expressions.
Q: What is CrystalFeel? Tell us more about you and your team’s involvement in this project.
CrystalFeel is an emotion analytic engine my team has been developing since 2016, and my key research collaborator and co-inventor is Dr Raj Kumar Gupta, an expert in machine learning and software systems.
CrystalFeel has been applied in a few empirical studies, and is now used on our larger social media analytic platforms, including the COVID-19 social listening system. CrystalFeel focuses on analysing text to determine the level of multidimensional emotional
This software consists of five algorithms that analyses the emotional intensity in a short text message based on five psychologically meaningful dimensions. The five dimensions include: anger intensity, fear intensity, sadness intensity, joy intensity,
emotional valence intensity. The system also provides outputs on categorical labels of the text in both the sentiment and emotion categories to facilitate interpretation.
A demo video on how CrystalFeel works
Q: Could you share with us some recent projects related to CrystalFeel?
While CrystalFeel is accurate, rich and psychologically meaningful, we are conscious that the technology as a core emotion analytic engine can only directly benefit tech-savvy users.
Recently, we developed an end-to-end social listening platform that integrates CrystalFeel with data acquisition and programmatic access to multiple important data source platforms and an intuitive and interactive user interface.
We named our new platform Resonance, with the goal of empowering all potential users – not just tech-savvy data scientists, but also market analysts, communication professionals, news editors and even C-Suite executives – to effectively
listen to the ground’s voices about their services, their products, and their organisations, and ultimately make an emotional level connection with their audience and their stakeholders.
Q: What is your team’s biggest achievement to date?
Our work over the past five years has impacted economic, industry and societal applications. To me, there is no single achievement that is too big or small – it’s a matter of whether it is salient enough to meet the needs of different stakeholders.
One recent achievement that we are proud of is the deployment of a large-scale, multisource social listening system to understand the general population's responses to the COVID-19 pandemic. Going live as early as 7 February 2020, the Twitter-based global emotion trend analysis dashboard that we call Heartbeat for COVID-19, tracks the public emotions across temporal and geographic distributions. To date, our system has collected and processed close to 100 million tweets surrounding the mentions of “corona”, “wuhan”,
“nCov”, and “covid”.
The data and analysis provide a valuable source of insights to enable studies to analyse the public response to the pandemic. By working with public health professionals and communication scientists, we see that the results and findings provide valuable
insights to inform decisions surrounding public policies, policy adjustments and operational resources allocation.
Q: Your team's favourite hang-out spot.
Slack and Zoom.