# Intro <!-- - [x] objective/Aim of the practical part - [x] tasks/ work packages, - [x] Timeline and Milestones - [x] Brief introduction of the practice partner - [x] Description of theoretical part and explanation of how the content of the lecture(s)/seminar(s) supports student in completing the practical part. --> ## IDP Theme IDP Themeļ¼ Developing a Literature Research Tool that Automatically Search Literature and Summarize the Research Trends. ## Objective In this IDP, we are going to develop a literature research tool that enables three functionalities: 1. Automatically search the most recent literature filtered by keywords on three literature platforms: Elvsier, IEEE and Google Scholar 2. Automatically summarize the most popular research directions and trends in the searched literature from step 1 3. visualize the results from step 1 and step 2 ## Timeline & Milestones & Tasks  #### Tasks | Label | Start | End | Duration | Description | | ------- |------------| ---------- |----------| -------------------------------------------------------------------------------------------------------- | | Task #1 | 15/11/2022 | 15/12/2022 | 30 days | Implement literature search by keywords on three literature platforms: Elvsier, IEEE, and Google Scholar | | Task #2 | 15/12/2022 | 15/02/2023 | 60 days | Implement automatic summarization of research trends in the searched literature | | Task #3 | 15/02/2022 | 15/03/2022 | 30 days | visualization of the tool (web app) | | Task #4 | 01/03/2022 | 01/05/2022 | 60 days | write report and presentation | ## Correlation between the theoretical course and practical project The accompanying theory courses *Machine Learning and Optimization* or *Machine Learning for Communication* teach basic and advanced machine learning (ML) and deep learning (DL) knowledge. The core part of the project, in my opinion, is the automatic summarization of research trends/directions of the papers, which can be modeled as a **Topic Modeling** task in Natural Language Processing (NLP). This task requires machine learning and deep learning knowledge, such as word embeddings, transformers architecture, etc. Therefore, I would like to take the Machine Learning and Optimization course or Machine learning for Communication course from EI department. And I think these theory courses should be necessary for a good ML/DL basis.