I'm examining the technical design and acoustic modeling of the Radel electronic veena. Specifically, I am interested in understanding the electronic signal path and synthesis algorithms implemented to emulate the tonal nuances of the traditional acoustic veena. Additionally, I would appreciate any insights on the following aspects:
Is there documentation available that details the digital synthesis architecture (e.g., additive synthesis, FM synthesis, physical modeling) employed in the Radel electronic veena?
How does the design address the microtonal scales and ornamentations characteristic of traditional veena performance? Are there specialized control parameters or sensor inputs used to capture these nuances?
What are the approaches used to mitigate latency and maintain real-time responsiveness, particularly in scenarios involving rapid dynamic playing? Does the system integrate any form of feedback loop or adaptive filtering to enhance performance authenticity?
Has there been any empirical analysis or published frequency response data that compares the acoustic profile of the Radel electronic veena with that of its acoustic counterpart?
Any technical documentation, comparative studies, or experiential insights regarding the design and performance of this instrument would be highly valuable for further research.