NLP for Social Sciences: Analyzing Textual Data in Research

NLP for Social Sciences: Analyzing Textual Data in Research

NLP for Social Sciences: Analyzing Textual Data in Research. NLP (Natural Language Processing) plays a vital role in the field of social sciences researchers, enabling the analysis of textual data and extracting valuable insights from vast amounts of information.

But what exactly is NLP and why is it important in social sciences research? NLP refers to the technology and techniques utilized to understand and interpret human language by computers. It combines the power of linguistics, artificial intelligence, and computer science to process and analyze textual data.

In the realm of social sciences research, textual data analysis holds immense significance as it allows researchers to analyze various types of data such as interviews, survey responses, social media posts, and more. Analyzing this data provides valuable insights into human behavior, social structures, and cultural phenomena.

However, the analysis of textual data in social sciences research poses certain challenges. These include dealing with unstructured and diverse data, ensuring accuracy in interpretation, and accounting for biases and ethical considerations. Researchers must employ appropriate methods and techniques to overcome these challenges and extract meaningful information.

Methods and techniques such as preprocessing textual data, text classification, sentiment analysis, topic modeling, and network analysis are commonly used in NLP for social sciences research. These techniques help in organizing and understanding the textual data, identifying patterns, and extracting relevant information for further analysis.

NLP has a wide range of applications in social sciences research. It aids in understanding public opinion, studying social media behavior, extracting insights from survey responses, and identifying patterns in qualitative data. However, it also comes with challenges and ethical considerations, including privacy and data protection, biases in textual data, and the interpretation and generalizability of results.

Key takeaway:

  • NLP in social sciences offers valuable insights: NLP techniques help analyze textual data in social sciences research, providing valuable insights into public opinion, social media behavior, survey responses, and patterns in qualitative data.
  • NLP enhances data analysis efficiency: By employing methods and techniques such as preprocessing, text classification, sentiment analysis, topic modeling, and network analysis, NLP enables efficient analysis of textual data in social sciences, saving time and effort.
  • NLP presents ethical considerations: Privacy and data protection, biases in textual data, and interpretation and generalizability are important ethical considerations surrounding the use of NLP in social sciences research.

What is NLP ?

NLP, or Natural Language Processing, is a field of study that focuses on the interaction between computers and human language. It involves developing algorithms and models to understand, analyze, and generate human language in a way that is meaningful and useful. NLP is important in social sciences research because it allows researchers to extract insights and patterns from large amounts of textual data, such as survey responses, social media posts, and qualitative data.

By using NLP techniques, researchers can preprocess textual data, classify texts into different categories, analyze sentiments expressed in the text, identify topics of discussion, and even analyze social networks formed through communication. This enables researchers to gain a deeper understanding of public opinion, study social media behavior, extract valuable insights from survey responses, and identify patterns in qualitative data.

“What is NLP ?” It is worth noting that NLP faces challenges, such as ensuring privacy and data protection, addressing biases present in textual data, and ensuring the interpretation and generalizability of the results. The potential of NLP in social sciences research is immense, as it offers a powerful tool for analyzing and making sense of textual data.

Fun Fact: The term “NLP” was coined by Terry Winograd and Fernando Flores in the late 1970s.

Why is NLP Important in Social Sciences Research?

NLP (Natural Language Processing) is crucial in social sciences research as it provides valuable insights from textual data. By employing NLP techniques, researchers can effectively analyze large volumes of text and extract meaningful information. NLP enhances the efficiency of textual data analysis by automating processes that would otherwise be time-consuming and labor-intensive. It enables researchers to process and analyze a vast amount of text in a relatively short period. Furthermore, NLP aids in understanding public opinion, as it allows researchers to analyze social media data, online reviews, and forum discussions. This analysis provides valuable insights into people’s thoughts, attitudes, and beliefs, assisting in studying public sentiment and identifying trends or patterns within a given population. Another significant contribution of NLP in social sciences research is the facilitation of the extraction of insights from survey responses. By applying sentiment analysis and text classification algorithms, researchers can analyze survey data more efficiently and gain a deeper understanding of respondents’ opinions or preferences. Moreover, NLP complements qualitative research by identifying patterns in qualitative data. It assists in identifying and categorizing themes, topics, or concepts within qualitative texts, enabling researchers to derive valuable insights from unstructured data. Overall, NLP is important in social sciences research because it enhances efficiency, helps understand public opinion, facilitates the extraction of insights from survey responses, and assists in identifying patterns in qualitative data.

Textual Data Analysis in Social Sciences Research

Textual Data Analysis is a vital aspect of Social Sciences research, enabling a deep understanding of human behavior and societal trends. In this section, we embark on an exploration of this fascinating field. Discover the various types of textual data used in Social Sciences, and uncover the challenges researchers face when analyzing such data. Get ready to uncover valuable insights and untapped potential as we dive into the world of textual data analysis in Social Sciences research.

Types of Textual Data in Social Sciences

To gain an understanding of the various types of textual data in social sciences, let’s examine the information presented in the following table:

Textual Data Type Description
Interview Transcripts Verbatim records of interviews conducted with individuals or groups, allowing researchers to analyze and interpret participants’ responses.
Focus Group Transcripts Transcriptions of group discussions among individuals, providing insights into shared perspectives, opinions, and experiences.
Survey Responses Written answers to structured or open-ended questions gathered through surveys, enabling researchers to collect quantitative and qualitative data.
Publications and Articles Academic papers, articles, books, or reports written by researchers, scholars, and experts in various social science fields.
Online Forums and Social Media Content User-generated text found on social media platforms, online forums, blogs, and comments sections, offering insights into public opinions, attitudes, and behaviors.
Official Documents and Policies Government reports, policy documents, legal texts, and other official sources that provide information on social, economic, and political issues.

These diverse types of textual data in social sciences serve as valuable sources of information for researchers to explore and analyze different social phenomena. Through the examination of interview transcripts, focus group transcripts, survey responses, publications and articles, online forums and social media content, and official documents and policies, researchers can gain a comprehensive understanding of individuals’ perspectives, societal trends, and policy implications.

A true story exemplifies the significance of textual data in social sciences – a research project focusing on the influence of social media on political participation. Through the analysis of online forum discussions and social media posts, researchers uncovered patterns in political engagement and public opinion. They revealed that particular social media platforms played a substantial role in mobilizing and organizing political movements, subsequently leading to increased civic engagement among previously disengaged individuals. This valuable insight emphasized the necessity for policymakers to harness these platforms to enhance democratic participation. Without the analysis of textual data, unearthing such findings would have been arduous, underscoring the power of studying different types of textual data in social sciences research.

Challenges of Analyzing Textual Data in Social Sciences

Analyzing textual data in social sciences research poses several challenges that researchers must navigate. One challenge that researchers face involves the challenges of analyzing textual data in social sciences. Specifically, there are challenges related to managing the volume of data, navigating language complexities, addressing subjectivity, ensuring data quality, and addressing ethical considerations. These challenges of analyzing textual data in social sciences require researchers to develop robust methodologies to obtain meaningful insights from the textual data they analyze.

Methods and Techniques for NLP in Social Sciences Research

Unravel the power of NLP in Social Sciences research with an exploration of the methods and techniques employed. From preprocessing textual data for analysis to uncovering insights through text classification, sentiment analysis, topic modeling, and network analysis, this section delves into the arsenal of tools at the disposal of researchers. Get ready to harness the potential of NLP to unlock hidden patterns, sentiments, and meaningful knowledge within textual data in the realm of Social Sciences. Let’s dive in!

Preprocessing Textual Data for Analysis

Preprocessing textual data for analysis involves several steps:

  • Normalization: Converting all text to lowercase to ensure consistency in analysis.
  • Tokenization: Splitting the text into individual words or tokens to facilitate further analysis.
  • Stopword Removal: Eliminating common words (e.g., “the,” “is,” “and”) that add little meaning to the analysis.
  • Punctuation Removal: Stripping the text of any punctuation marks, such as periods, commas, and question marks.
  • Stemming or Lemmatization: Reducing words to their root forms to consolidate similar terms (e.g., “running,” “runs,” “ran” all becoming “run”).
  • Part-of-Speech Tagging: Assigning grammatical tags (e.g., noun, verb, adjective) to each word in the text.
  • Named Entity Recognition: Identifying and classifying named entities such as names, organizations, and locations in the text.
  • Term Frequency: Calculating the occurrence of each word in the text to identify important terms.
  • Document-Term Matrix: Creating a matrix that represents the frequency of terms across multiple documents.

These preprocessing steps ensure that the textual data is cleaned, standardized, and ready for further analysis. By removing noise and irrelevant information, researchers can focus on meaningful patterns and insights within the data.

Text Classification

Text Classification is a crucial task in Natural Language Processing (NLP) that involves categorizing or labeling texts into predefined categories. It is widely used in social sciences research to analyze large amounts of textual data and extract meaningful insights.

Benefits of
– Organizes and structures unstructured textual data for analysis.
– Enables researchers to efficiently sift through large volumes of data.
– Provides a foundation for further analysis techniques such as sentiment analysis and topic modeling.
– Helps in identifying patterns, trends, or connections within the data.

Text classification can be performed using various methods and techniques, such as machine learning algorithms or rule-based approaches. The choice of method depends on the nature of the data and the research objectives.

Successful text classification requires proper preprocessing of textual data, including tasks like tokenization, removing stop words, and handling special characters. The quality and representativeness of the training data used for model development significantly impact the accuracy and performance of the classification.

Text classification plays a vital role in social sciences research by enabling researchers to efficiently analyze large volumes of textual data, uncover patterns, and gain valuable insights across different domains and topics.

Sentiment Analysis

Sentiment analysis, also known as sentiment classification, is a valuable technique utilized in natural language processing (NLP) for conducting social sciences research. The primary goal of sentiment analysis is to analyze text and determine the emotional tone or sentiment expressed by the author. This process involves several steps:

  1. Data collection: The initial step is to gather textual data from a wide range of sources, including social media platforms, surveys, and online forums.
  2. Preprocessing: Once the data is collected, it needs to be processed or cleaned. This involves removing punctuation, stopwords, and converting words to their base forms.
  3. Tokenization: After preprocessing, the text is split into individual words or phrases known as tokens. This step is crucial for further analysis.
  4. Sentiment classification: To classify each token as positive, negative, or neutral, various techniques are employed. Machine learning algorithms and lexicon-based approaches are commonly used for this purpose.
  5. Sentiment aggregation: After classifying each token, an overall sentiment score is calculated by aggregating the sentiment labels of all tokens present in the text.
  6. Evaluation: To assess the accuracy and reliability of the sentiment analysis results, techniques like manual validation or comparison with human experts are employed.
  7. Interpretation: The final step involves interpreting the sentiment analysis results to gain valuable insights into public opinion, consumer behavior, or other research objectives.

Sentiment analysis can be utilized in various domains, such as understanding customers’ feelings towards products, measuring public sentiment towards social issues, or analyzing sentiment in political discourse. By providing researchers with a quantitative understanding of emotions in textual data, sentiment analysis enables them to make data-driven conclusions and predictions.

Topic Modeling

  • Topic Modeling is a technique used in Natural Language Processing (NLP) to identify and extract hidden topics from a collection of textual data.
  • It is especially useful in social sciences research as it helps researchers uncover underlying themes, patterns, and relationships within large volumes of text.
  • By using algorithms such as Latent Dirichlet Allocation (LDA) or Non-Negative Matrix Factorization (NMF), topic modeling can automatically group similar documents together based on shared keywords and concepts.
  • This allows researchers to gain insights into the main themes and ideas present in a corpus of text, without having to read and analyze each individual document.
  • Topic modeling can be used to analyze various types of textual data in social sciences, including academic papers, social media posts, survey responses, and qualitative interviews.
  • It can help researchers understand trends and shifts in public opinion, identify patterns in social media behavior, extract insights from survey data, and uncover themes in qualitative data.
  • It is important to note that topic modeling is not a perfect technique and requires careful interpretation and validation of results. Researchers should be aware of potential biases and limitations in the algorithms and the need for human judgment in the topic identification process.

Network Analysis

Network analysis is a crucial method in social sciences research for examining relationships and interactions between different entities. It allows researchers to gain insights into the structure and dynamics of social networks, such as friendships, collaborations, or communication patterns.

To demonstrate the significance of network analysis, let’s consider a true story. In a study conducted by a team of sociologists, they utilized network analysis to examine the spread of information among college students during a viral outbreak on campus. By analyzing the connections between students and their interactions, they were able to identify key individuals who played a pivotal role in disseminating accurate information and influencing behavior change. This information was essential for public health officials in developing effective strategies to control the outbreak.

Network analysis typically involves constructing a visual representation of the network, often referred to as a graph. Nodes represent the entities, such as individuals or organizations, while edges represent the connections or relationships between them. By analyzing various network properties, such as centrality or clustering, researchers can gain insights into the structure, influence, and dynamics of the network.

In summary, network analysis is a powerful tool in social sciences research that enables the understanding of complex relationships and interactions within social networks. It offers valuable insights into how information, behaviors, and resources flow among individuals or groups. By incorporating network analysis into research, social scientists can uncover patterns and dynamics that can inform policy, decision-making, and interventions in various domains.

Applications of NLP in Social Sciences Research

Uncover the remarkable potential of NLP in social sciences research as we explore its diverse applications. Get ready to dive into understanding public opinion, studying social media behavior, extracting insights from survey responses, and identifying patterns in qualitative data. Discover how NLP techniques open up new doors for researchers, bringing a fresh perspective to analyzing textual data and unveiling compelling insights in the ever-evolving landscape of social sciences. So, let’s embark on this exciting journey of NLP in social sciences research!

Understanding Public Opinion

Understanding public opinion is crucial in social sciences research, as it provides valuable insights into the attitudes, beliefs, and preferences of a population. Policymakers, politicians, marketers, and researchers all rely on a comprehensive understanding of public opinion. To gain this understanding, it is essential to utilize Natural Language Processing (NLP) techniques to analyze textual data. These techniques enable the extraction and interpretation of information from large amounts of text.

Through the analysis of public opinion, researchers can uncover trends, patterns, and sentiments expressed by individuals. This valuable analysis can inform decision-making, shape policies, and gauge societal attitudes towards various issues. NLP empowers researchers to classify texts, analyze sentiment, and perform topic modeling, thereby providing a holistic understanding of public opinion in different contexts. For instance, NLP can be applied to analyze social media data, comments on online forums, or survey responses.

By understanding public opinion through NLP, biases in textual data can be identified, ensuring that the analysis takes into account the diversity of opinions and perspectives. NLP plays a critical role in gaining insights into public opinion, allowing researchers to delve into the thoughts and attitudes of individuals. This knowledge is indispensable for making well-informed decisions and crafting policies that align with the needs and expectations of society.

Studying Social Media Behavior

Studying social media behavior is a vital aspect of NLP research in social sciences. Through analyzing the vast amount of textual data generated on social media platforms, researchers can obtain valuable insights into public opinions, trends, and behaviors.

One essential method for studying social media behavior is sentiment analysis. This technique enables researchers to determine the sentiment expressed in social media posts, including positive, negative, or neutral. By analyzing sentiment, researchers can comprehend people’s reactions to various topics, products, or events on social media.

Another technique utilized in the study of social media behavior is topic modeling. This approach aids in identifying the primary topics or themes discussed on social media platforms. By categorizing social media posts into different topics, researchers can acquire a deeper understanding of the interests and concerns of social media users.

Network analysis is also employed to examine social media behavior. This method focuses on analyzing the connections and relationships between individuals or groups on social media. By investigating the network structure, researchers can identify influential users, communities, and patterns of information flow.

Studying social media behavior through NLP allows social scientists to explore a wealth of information that can inform policy decisions, marketing strategies, and social trends. It provides a deeper understanding of public opinions and behaviors, offering valuable insights into the dynamics of online communities. NLP for Social Sciences.

Extracting Insights from Survey Responses

To extract insights from survey responses and gain valuable information, researchers utilize various methods and techniques. One common approach is to analyze the data using qualitative analysis, which involves organizing and categorizing the responses into meaningful themes or patterns. This can be done by creating a table to summarize the survey responses.

For example:

Theme/Category Number of Responses
Satisfaction with Product 35
Interest in Future Products 22
Complaints about Customer Service 10

By categorizing the survey responses based on common themes, researchers can extract insights and identify trends and patterns in the data. This allows them to gain valuable insights into customers’ opinions, preferences, and experiences.

Furthermore, sentiment analysis can also be applied to extract insights from survey responses. This technique involves analyzing the sentiment expressed in the responses, such as positive, negative, or neutral. By quantifying the sentiment, researchers can extract insights on overall satisfaction levels or identify areas for improvement.

In addition, researchers can employ statistical analysis techniques to uncover relationships or correlations between survey responses and demographic variables. For example, they can examine how age or gender influences opinions on certain topics.

The process of extracting insights from survey responses is an essential step in social sciences research. It enables researchers to uncover valuable information, identify trends and patterns, and make informed decisions based on the data collected.

Identifying Patterns in Qualitative Data

To identify patterns in qualitative data, researchers use various techniques to analyze and interpret the information. One effective method is through the use of thematic analysis, which involves identifying patterns in qualitative data by identifying recurring themes or patterns within the data. NLP for Social Sciences. Another approach is content analysis, where researchers categorize and code the data based on specific themes or concepts. These techniques allow researchers to identify patterns in qualitative data, trends, commonalities, and differences within the qualitative data.

An example of identifying patterns in qualitative data can be seen in a study on customer feedback for a new product. Researchers analyzed customer reviews and comments to identify patterns in qualitative data and recurring themes and patterns. NLP for Social Sciences. They found that the most common themes were related to product quality, customer service, and pricing. By identifying patterns in qualitative data, the company was able to gain insights into areas of improvement for their product and make informed decisions to enhance customer satisfaction.

In another study, researchers analyzed interview transcripts from participants sharing their experiences with a particular social intervention program. Through the identification of patterns in the qualitative data, the researchers were able to understand the key factors contributing to the program’s effectiveness. NLP for Social Sciences. This information helped them optimize the intervention and develop strategies to replicate its success in other contexts.

Identifying patterns in qualitative data is crucial for gaining a comprehensive understanding of a particular phenomenon or problem. It allows researchers to uncover hidden insights, generate new hypotheses, and inform evidence-based decision-making. By employing systematic analysis methods, researchers can explore and interpret qualitative data effectively, contributing to the advancement of knowledge in the social sciences. NLP for Social Sciences.

Challenges and Ethical Considerations in NLP for Social Sciences

Unveiling the world of NLP for social sciences, let’s dive into the intriguing realm of challenges and ethical considerations. From privacy and data protection, to biases in textual data, and the complexities of interpretation and generalizability, we’ll navigate the terrain of ethical concerns to shed light on the implications of NLP in social science research. Brace yourself for a thought-provoking journey that delves into the intricacies of this fascinating field.

Privacy and Data Protection

Privacy and data protection are fundamental considerations in NLP for social sciences research. Researchers must make the safeguarding of personal information a priority and comply with data protection regulations. NLP for Social Sciences. This guarantees that individuals’ privacy rights are respected and their data is used in a responsible and ethical manner.

1. It is crucial to implement strong data security measures to safeguard sensitive information from unauthorized access or breaches. This involves employing encryption, access controls, and secure storage practices.

2. Researchers should obtain informed consent from participants and clearly explain how their data will be utilized and protected. NLP for Social Sciences. Transparency in data handling fosters trust and ensures compliance with privacy regulations.

3. Anonymizing or de-identifying data is critical to shield individuals’ identities and maintain confidentiality. Removing personally identifiable information reduces the risk of re-identification and potential harm to participants.

4. Regular data audits and risk assessments should be conducted to identify and address any vulnerabilities or potential privacy breaches. NLP for Social Sciences. This proactive approach helps minimize risks and uphold data integrity.

5. Collaboration with stakeholders, such as research ethics boards or institutional review boards, can ensure that privacy guidelines and ethical standards are followed throughout the research process.

6. Researchers should also be mindful of the potential biases inherent in the data they collect and analyze. It is important to address these biases and promote fairness and equity in the research outcomes.

By prioritizing privacy and data protection in NLP research, social scientists can conduct research that is not only scientifically valid but also respects the rights and privacy of individuals involved. NLP for Social Sciences.

Biases in Textual Data

Biases in textual data can have a significant impact on the findings and conclusions derived from research in the social sciences. It is important to acknowledge the existence of biases in various forms, including selection bias, confirmation bias, and cultural bias. These biases can arise during the process of data collection, the interpretation of the data, or the algorithms used for analysis.

When examining textual data, it is crucial to be mindful of the potential biases that may be present. Biases can emerge from factors such as language, culture, or the demographic characteristics of the participants. NLP for Social Sciences. For instance, if a study solely gathers data from a specific age group or socioeconomic class, the findings may not accurately represent the larger population.

To mitigate biases in textual data, researchers should strive to obtain diverse and balanced samples. This can be achieved by ensuring adequate representation across different demographic groups, taking into account multiple perspectives, and employing a combination of quantitative and qualitative analysis techniques.

While it is impossible to completely eliminate biases, researchers can minimize their impact by acknowledging and addressing them in their analysis. By employing robust methods, validating findings through alternative approaches, and being transparent about potential biases, researchers can enhance the reliability and validity of their research.

Fact: Studies have shown that biases in textual data can lead to skewed outcomes and perpetuate inequalities in society. NLP for Social Sciences. Therefore, it is crucial for researchers to thoroughly examine and account for biases when analyzing textual data to ensure the accuracy and fairness of their findings.

Interpretation and Generalizability

NLP for Social Sciences. Below is a table highlighting the significance of interpretation and generalizability in NLP for Social Sciences research:

Sub-topic Importance
Interpretation Interpretation plays a crucial role in NLP for Social Sciences research as it allows researchers to make sense of the textual data and extract meaningful insights. By interpreting the language patterns, sentiment, and themes within the data, researchers can gain a deeper understanding of social phenomena.
Generalizability Generalizability holds great significance in NLP for Social Sciences research to ensure that the findings and conclusions drawn from analyzing the textual data can be applied to a larger population or context. By establishing generalizability, researchers can confidently make inferences and draw conclusions that represent broader social trends or patterns. NLP for Social Sciences.


Some Facts About NLP for Social Sciences: Analyzing Textual Data in Research:

  • ✅ Computational analysis of textual data is increasingly being used in social sciences research. (NLP for Social Sciences)
  • ✅ The use of computational text analysis allows researchers to explore complex societal questions at scale. (NLP for Social Sciences)
  • ✅ Computational text analysis can identify patterns and insights that may not be obvious through traditional close reading of texts. (NLP for Social Sciences)
  • ✅ Interdisciplinary collaborations are crucial in the field of NLP for social sciences to achieve a comprehensive understanding of social and cultural phenomena. (NLP for Social Sciences)
  • ✅ Ethical considerations and careful interpretation of results are essential when applying computational text analysis in social sciences research. (NLP for Social Sciences)

Frequently Asked Questions – NLP for Social Sciences

What is computational text analysis?

Computational text analysis refers to the application of computational methods and techniques to analyze large amounts of textual data. It involves using algorithms and statistical techniques to identify patterns, extract insights, and make sense of the data.

How can computational text analysis be used to study hate speech?

Computational text analysis can be used to study hate speech by analyzing online discussions on platforms like Reddit. By applying computational methods to this rich textual data, researchers can identify patterns and trends in hate speech, examine its impact on communities, and understand the effectiveness of anti-harassment rules.

What role does interdisciplinary collaboration play in computational text analysis?

Interdisciplinary collaboration is crucial in computational text analysis. By bringing together researchers from different disciplines, such as linguistics, computer science, and social sciences, a more comprehensive understanding of social and cultural concepts can be achieved. This collaboration allows for the integration of diverse perspectives and expertise, leading to more fruitful and impactful research.

Can computational text analysis resolve ambiguities in social and cultural concepts?

Computational text analysis has limitations when it comes to resolving ambiguities in social and cultural concepts. Although computers excel in analyzing large amounts of textual data, they lack the ability to make logical inferences and apply cultural knowledge like humans do. Therefore, careful interpretation of results is necessary, considering the cultural and social context of the text.

What are some examples of computational text analysis in social sciences?

Examples of computational text analysis in social sciences include the statistical analysis of authorship in *The Federalist Papers* and the study of English haiku. In both cases, computational approaches complemented close reading and provided insights into the textual characteristics and socio-cultural aspects of the texts.

What are the key questions for researchers to consider in computational text analysis?

Researchers should consider several key questions when conducting computational text analysis. These questions include understanding the context of the text, identifying and addressing biases and limitations of computational methods, and considering the ethical implications of analyzing sensitive data. Answering these questions ensures a more rigorous and responsible approach to conducting computational text analysis in social and cultural research.

Read more AI articles right here.

Share this article

2 thoughts on “NLP for Social Sciences: Analyzing Textual Data in Research

  1. Very interesting read. I found valuable insights into public opinion, social media behavior, survey responses, and patterns in qualitative data. What timeline is there for adaption of NLP in social sciences ?

Leave a Reply

Your email address will not be published. Required fields are marked *