Survey Paper of Encrypted Data Hiding using Skin Tone Detection
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Title: Survey Paper of Encrypted Data Hiding using Skin Tone Detection

Section 1: INTRODUCTION
Description 1: Introduce the general concept of steganography and cryptography, highlighting their importance in data security.

Section 2: LITERATURE SURVEY
Description 2: Review the existing research and methodologies related to skin tone detection, steganography, and the cryptographic algorithms employed.

Section 3: Skin Tone detection using skin classifier
Description 3: Discuss various classification methods used for skin detection, focusing on the use of skin classifiers and their implications.

Section 4: Skin Tone detection using HSV model
Description 4: Describe the HSV model utilized in detecting skin tones and compare it with other color models like HSL.

Section 5: Skin tone Stegnography using RSA Encryption
Description 5: Explain how RSA encryption is employed in skin tone steganography to enhance data security.

Section 6: Skin tone Stegnography using Blowfish algorithm
Description 6: Illustrate the use of the Blowfish algorithm in the context of skin tone steganography, highlighting its benefits and application.

Section 7: Encoding Algorithms
Description 7: Explain the process of encrypting and embedding secret data within images using encoding algorithms like LSB Steganography.

Section 8: Skin tone Stegnography Feistel Cipher
Description 8: Describe the application of Feistel cipher in skin tone steganography and its security advantages.

Section 9: RESEARCH METHODOLOGY
Description 9: Elaborate on the implementation challenges and the predicted flow of the proposed system including skin detection, cropping, and encryption.

Section 10: Securing Information Content using Encryption Method and Stegnography
Description 10: Discuss various encryption algorithms and steganographic techniques used for securing information content.

Section 11: Securing data using DWT technique
Description 11: Explain the Discrete Wavelet Transform (DWT) technique and its application in secure data embedding within images.

Section 12: Masking and Filtering
Description 12: Detail the use of masking and filtering techniques in steganography to ensure data remains undetected by altering visible properties.

Section 13: CONCLUSION
Description 13: Summarize the findings and emphasize the importance of skin tone detection and steganographic techniques in ensuring the security of embedded data.