Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: There are numerous implementations of software-based audio watermarking available, but the implementation of hardware-based audio watermarking helps to achieve real time performance by integrating an audio watermarking chip with an existing audio electronic device. For the secure communication of the secret messages and for the data protection, the watermarking should provide good imperceptibility, good robustness, high capacity (pay load) and high speed. Thus, this paper presents a new VLSI architecture to implement an audio watermarking using chirp spread spectrum technique. It uses a chirp signal as a secret key; the watermark message can be transmitted as a noise signal such that an intruder cannot retrieve the message which is transmitted, and the message can be retrieved at the receiver side only with the help of the secret key. This technique provides high security with a low por and less complexity and it is very difficult to detect and intercept, hence it is used for the application of military and wireless communication to provide a covert communication. To our knowledge,  are the first authors to propose the low por implementation of audio watermarking using spread spectrum technique.
['P. Karthigaikumar', 'K. Baskaran', 'K. Jaraline Kirubavathy']
I am writing a research paper on a idea Low power implementation of audio watermarking using chirp spread spectrum technique
[{"from": "human", "value": "I am writing a research paper on a idea Low power implementation of audio watermarking using chirp spread spectrum technique"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: There are numerous implementations of software-based audio watermarking available, but the implementation of hardware-based audio watermarking helps to achieve real time performance by integrating an audio watermarking chip with an existing audio electronic device. For the secure communication of the secret messages and for the data protection, the watermarking should provide good imperceptibility, good robustness, high capacity (pay load) and high speed. Thus, this paper presents a new VLSI architecture to implement an audio watermarking using chirp spread spectrum technique. It uses a chirp signal as a secret key; the watermark message can be transmitted as a noise signal such that an intruder cannot retrieve the message which is transmitted, and the message can be retrieved at the receiver side only with the help of the secret key. This technique provides high security with a low por and less complexity and it is very difficult to detect and intercept, hence it is used for the application of military and wireless communication to provide a covert communication. To our knowledge,  are the first authors to propose the low por implementation of audio watermarking using spread spectrum technique."}]