Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  develop a mixture procedure for multi-sensor systems to monitor data streams for a change-point that causes a gradual degradation to a subset of the streams. Observations are assumed to be initially normal random variables with known constant means and variances. After the change-point, observations in the subset will have increasing or decreasing means. The subset and the rate-of-changes are unknown. Our procedure uses a mixture statistics, which assumes that each sensor is affected by the change-point with probability \(p_0\). Analytic expressions are obtained for the average run length and the expected detection delay of the mixture procedure, which are demonstrated to be quite accurate numerically.  establish the asymptotic optimality of the mixture procedure. Numerical examples demonstrate the good performance of the proposed procedure.  also discuss an adaptive mixture procedure using empirical Bayes.  extends our earlier work on detecting an abrupt change-point that causes a mean-shift, by tackling the challenges posed by the non-stationarity of the slope-change problem.
['Yang Cao', 'Yao Xie', 'Nagi Gebraeel']
I am writing a research paper on a idea Multi-Sensor Slope Change Detection
[{"from": "human", "value": "I am writing a research paper on a idea Multi-Sensor Slope Change Detection"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  develop a mixture procedure for multi-sensor systems to monitor data streams for a change-point that causes a gradual degradation to a subset of the streams. Observations are assumed to be initially normal random variables with known constant means and variances. After the change-point, observations in the subset will have increasing or decreasing means. The subset and the rate-of-changes are unknown. Our procedure uses a mixture statistics, which assumes that each sensor is affected by the change-point with probability \\(p_0\\). Analytic expressions are obtained for the average run length and the expected detection delay of the mixture procedure, which are demonstrated to be quite accurate numerically.  establish the asymptotic optimality of the mixture procedure. Numerical examples demonstrate the good performance of the proposed procedure.  also discuss an adaptive mixture procedure using empirical Bayes.  extends our earlier work on detecting an abrupt change-point that causes a mean-shift, by tackling the challenges posed by the non-stationarity of the slope-change problem."}]