Emotion based Music Recommendation System
Keywords:
Emotion Detection, Face Recognition, MusicAbstract
We propose a new approach for playing music automatically using facial emotion. Most of the existing approaches involve playing music manually, using wearable computing devices, or classifying based on audio features. Instead, we propose to change the manual sorting and playing. We have used a Convolutional Neural Network for emotion detection. For music recommendations, Pygame & Tkinter are used. Our proposed system tends to reduce the computational time involved in obtaining the results and the overall cost of the designed system, thereby increasing the system’s overall accuracy. Testing of the system is done on the FER2013 dataset. Facial expressions are captured using an inbuilt camera. Feature extraction is performed on input face images to detect emotions such as happy, angry, sad, surprise, and neutral. Automatically music playlist is generated by identifying the current emotion of the user. It yields better performance in terms of computational time, as compared to the algorithm in the existing literature
References
- Mayank Lovanshi and Pratosh Bansal, “Comparative Study of Digital Forensic Tools” in Springer Nature Singapore, 2019.
- KhalequeMdAashiq Kamal, Mahmoud Alfadel and Munawaran SaiyaraMunia, “Memory Forensic Tools: Comparing Processing Time and left Artifacts on volatile memory”, International workshop on Computational Intelligence (IWCI), 2016.
- S. McCombie amd M. Warren, “Computer Forensic: An issue of definition”, 1st Australian Computer, Network and Information Forensics Conference, 2003.
- Phillip D. Dixon, “An Overview on computer Forensics”, IEEE, December 2005.
- Pratima Sharma, Kirti Jain, Bharti Nagpal and Tanvi, “REGEX: An Experimental Approach for Searching in Cyber Forensic”, IEEE Conference, March 2017.
- VarshakarbhariSanap and Vanita Mane, “Comparative Study and Digital Forensic Tools”, International Journal of Computer Applications, ICAST 2015.
- Priyanka Dhaka and Rahul Johari, “CRIB: Cyber Crime Investigation, Data Archival and analysis using Big Data Tool”, ICCCA 2006.
- Ed Crowley, “Information System Security Curricula Development”, ACM, October 2003.
- Matthew C. Stamm, Min Wu and K.J .Ray Liu, “Information Forensics: An Overview of the First Decade”, IEEE Access, May 2013.
- HamdaBariki, Mariam Hashmi and Ibrahim Baggili, “Defining a Standard of Reporting Digital Evidence Items in Computer Forensic Tools”, Institute of Computer Sciences, Social Informatics and Telecommunication Engineering, 2011.
- Charles Lim, Meily, Micsen and HerryAhmadi, “Forensic Analysis of USB Flash Drives in Educational Environment”, IEEE, 2014.
- Ahmed Ghafarian, “Forensic Analysis of Cloud Computing Services”, Science and information conference, 2015.
- GouthamiVelakanti and Aditya Katuri, “Enhancement of existing tools and Techniques for Computer Forensic Investigation”, International journal of computer science and information technologies, Vol. 5, No.1, pp. 161-164, 2014.
- Leonardo Carvajal, CihanVarol and Lei Chen, “Tools for Collecting Volatile Data: A survey Study”, IEEE 2013.
- https://www.wireshark.org/docs/wsug_html_chunked/ChapterIntroduction.html
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