Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  consider the guessing secrets problem defined by Chung et al. [2001]. This is a variant of the standard 20 questions game where the player has a set of  k  > 1 secrets from a universe of  N  possible secrets. The player is asked Boolean questions about the secret. For each question, the player picks one of the  k  secrets adversarially, and ansrs according to this secret.    present an explicit set of  O (log  N ) questions together with an efficient (i.e., poly(log  N ) time) algorithm to solve the guessing secrets problem for the case of 2 secrets. This ansrs the main algorithmic question left unansred by Chung et al. [2001]. The main techniques  use are small  e-biased spaces  and the notion of  list decoding .    also establish bounds on the number of questions needed to solve the  k -secrets game for  k  > 2, and discuss how list decoding can be used to get partial information about the secrets, specifically to find a small core of secrets that must intersect the actual set of  k  secrets.
['Noga Alon', 'Venkatesan Guruswami', 'Tali Kaufman', 'Madhu Sudan']
I am writing a research paper on a idea Guessing secrets efficiently via list decoding
[{"from": "human", "value": "I am writing a research paper on a idea Guessing secrets efficiently via list decoding"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  consider the guessing secrets problem defined by Chung et al. [2001]. This is a variant of the standard 20 questions game where the player has a set of  k  > 1 secrets from a universe of  N  possible secrets. The player is asked Boolean questions about the secret. For each question, the player picks one of the  k  secrets adversarially, and ansrs according to this secret.    present an explicit set of  O (log  N ) questions together with an efficient (i.e., poly(log  N ) time) algorithm to solve the guessing secrets problem for the case of 2 secrets. This ansrs the main algorithmic question left unansred by Chung et al. [2001]. The main techniques  use are small  e-biased spaces  and the notion of  list decoding .    also establish bounds on the number of questions needed to solve the  k -secrets game for  k  > 2, and discuss how list decoding can be used to get partial information about the secrets, specifically to find a small core of secrets that must intersect the actual set of  k  secrets."}]