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Tackle these questions carefully but refrain from those coursehero unlocks please; Data fusion is widely applied in the pattern recognition field[2]. For example, in chemistry,

Tackle these questions carefully but refrain from those coursehero unlocks please;

Data fusion is widely applied in the pattern recognition field[2]. For example, in chemistry, biology, medicine and many others fields linear techniques are used to construct a mathematical model that relates spectral responses from different techniques to analyte concentrations[3],[4],[5],[6]. In the omics related fields, data fusion is performed in different ways and on different data levels[7]. To date, data fusion methods are organized in three levels: low-level, mid-level and high-level fusion[8],[9]. In low-level fusion, different data sources are concatenated at the data level. In the mid-level fusion, data from different sources are combined at the data level by selection of variables or at the latent variables level. In high-level data fusion, different model responses (for instance prediction for each available data set) are joined to produce a final response. Currently, several linear techniques, such as Principal Component Analysis (PCA) or Partial Least Squares Discriminant Analysis (PLS-DA), are used for the above mentioned types of data fusion. These different linear data fusion approaches have been applied with good success in recent times in the different omics fields, including metabolomics. To our knowledge non-linear methods have not been applied to data fusion in for instance metabolomics. However, some chemical systems and problems are inevitably non-linear and reveal characteristics in a non-linear fashion. The assumption of a linear response is then incorrect and non-linear description is appropriate[13]. Of course, to follow Occam's razor principle, it is common practice to first apply linear methods and only if they fail to move to non-linear techniques like kernel-based methods.

1. What is the meaning and the interpretation of the Independence of observations in relation to autocorrelation?

2.explain on the multiple regression concepts basing on necessity and order of applications

3.what basis role is played by Multi-collinearity in ensuring consistency is generated in managerial accounting transactions recording?

4. Explain some of the details supporting forecast errors and how they influence managerial accounting

5.what is the fate and end result for the Longer- term forecasting in managerial accounting?

6.what is your view on the meaning and relevance of the Learning curve theory as applied in the context of managerial accounting?

7.at the juncture of the cost-volume relationship, explain the necessity for the Evaluating item price in price analysis in the managerial accounting concepts

8.how does Evaluating direct costs in pricing new contractsinfluence the CVP analysis in managerial accounting?

9.what do you understand by the statement Evaluating direct costs in pricing contract changes?

10.explain on the order of events that result to Evaluating indirect costs in managerial accounting?

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