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Harnessing Technology to Analyze Customer Feedback

A cloud-based system for efficient customer review analysis.

― 4 min read


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Table of Contents

Today, businesses have access to vast amounts of feedback from customers, especially through online platforms. These comments and reviews can provide valuable insights about products and services. However, manually going through all this data is not practical. Leveraging technology, especially machine learning, can help in understanding this feedback efficiently.

The Challenge

Customer comments often contain a mix of useful information and noise. For instance, people might use common words or unrelated information, making it hard to filter out the relevant parts. Different reviews can also have distinct styles, further complicating the process. Therefore, it's crucial to figure out not just which information is useful, but also what to look for in the reviews.

Our Solution

To handle this, we developed a cloud-based system designed to extract insights from customer reviews. This system processes text data using machine learning techniques to identify key themes and important phrases. It can help small and medium businesses understand customer opinions more effectively.

Techniques Used

We explored various methods to build our system. Some of the key approaches included:

  1. N-gram Model: This involves looking at groups of words (like pairs or triplets) to capture the context in which they appear.
  2. Dependency Parsing: This method analyzes the grammatical structure of sentences to find key parts of the text.
  3. Topic Modeling: An approach to identify themes within a collection of texts. We tested several models, including LDA and Top2Vec, but found they needed improvement to work well for our specific needs.

Building the System

Our system is designed to run smoothly on a cloud platform. It uses various machine learning tools to break down customer reviews, focusing on the sentiments expressed. After cleaning the text, the system identifies key phrases that summarize customer opinions.

Data Collection

To test our approach, we used customer reviews from a well-known online store. We focused on electronic products, ensuring we had a wide range of reviews to analyze. We aimed to keep the reviews short enough to be manageable but long enough to provide meaningful insights.

Text Processing

  1. Cleaning: Initially, we remove unnecessary characters and common words that do not add value to the analysis.
  2. Sentence Splitting: We break down reviews into individual sentences to analyze each opinion separately.
  3. Sentiment Analysis: We assess the sentiment of each sentence, helping categorize them into positive, negative, or neutral.

Keyphrase Extraction

Using various techniques, the system identifies phrases that capture the essence of customer opinions. It utilizes semantic embedding, allowing us to analyze words based on their meanings rather than just their appearances in the text.

Clustering

Once we have the key phrases, we use a clustering approach to group similar themes together. This way, we can summarize multiple opinions about the same product or service, providing a clear picture of customer sentiment.

Results

To ensure our system works effectively, we tested it against existing methods. The results showed that our approach outperformed traditional models in extracting relevant themes and keywords. We focused on retaining important information while removing unnecessary parts of the text.

Comparison with Existing Methods

We compared our results with several established models in the field. During testing, our system demonstrated better accuracy at identifying key phrases, making it a more reliable tool for businesses looking to analyze customer feedback.

Practical Applications

The insights generated by our system can significantly impact business decisions. Companies can use these insights to improve their products, enhance customer satisfaction, and even adjust their marketing strategies based on customer feedback.

Conclusion

With the vast amount of data generated by customers online, having an effective system for extracting insights is crucial. Our cloud-based machine learning solution offers a reliable way to process and understand customer reviews, helping businesses make informed decisions. By leveraging advanced text processing techniques, we can transform customer feedback into valuable insights that drive improvements and growth.

Original Source

Title: A Cloud-based Machine Learning Pipeline for the Efficient Extraction of Insights from Customer Reviews

Abstract: The efficiency of natural language processing has improved dramatically with the advent of machine learning models, particularly neural network-based solutions. However, some tasks are still challenging, especially when considering specific domains. In this paper, we present a cloud-based system that can extract insights from customer reviews using machine learning methods integrated into a pipeline. For topic modeling, our composite model uses transformer-based neural networks designed for natural language processing, vector embedding-based keyword extraction, and clustering. The elements of our model have been integrated and further developed to meet better the requirements of efficient information extraction, topic modeling of the extracted information, and user needs. Furthermore, our system can achieve better results than this task's existing topic modeling and keyword extraction solutions. Our approach is validated and compared with other state-of-the-art methods using publicly available datasets for benchmarking.

Authors: Robert Lakatos, Gergo Bogacsovics, Balazs Harangi, Istvan Lakatos, Attila Tiba, Janos Toth, Marianna Szabo, Andras Hajdu

Last Update: 2023-06-18 00:00:00

Language: English

Source URL: https://arxiv.org/abs/2306.07786

Source PDF: https://arxiv.org/pdf/2306.07786

Licence: https://creativecommons.org/licenses/by-nc-sa/4.0/

Changes: This summary was created with assistance from AI and may have inaccuracies. For accurate information, please refer to the original source documents linked here.

Thank you to arxiv for use of its open access interoperability.

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