ABSTRACT:

This paper expresses the efficient outputs of decision-making unit (DMU) as the sum of “average outputs” forecasted by a GM (1, N) model and “increased outputs” which reflect the difficulty to realize efficient outputs. The increased outputs are solved by linear programming using data envelopment analysis efficiency theories, wherein a new sample is introduced whose inputs are equal to the budget in the issue No. n + 1 and outputs are forecasted by the GM (1, N) model. The shortcoming in the existing methods that the forecasted efficient outputs may be less than the possible actual outputs according to developing trends of input-output rate in the periods of pre-n is overcome. The new prediction method provides decision-makers with more decision-making information, and the initial conditions are easy to be given.


Did you like this research project?

To get this research project Guidelines, Training and Code... Click Here


PROJECT TITLE : A Prediction Approach for Stock Market Volatility Based on Time Series Data ABSTRACT: Due to its widespread application in numerous practical domains, time series analysis and forecasting are crucial. When we
PROJECT TITLE : A Linear Model Based on Principal Component Analysis for Disease Prediction  ABSTRACT: In the medical field, a variety of classification methods are used to predict various diseases, such as diabetes, tuberculosis,
PROJECT TITLE :Application of data mining methods in diabetes prediction - 2018ABSTRACT:Knowledge science methods have the potential to profit other scientific fields by shedding new lightweight on common questions. One such task
PROJECT TITLE :Interference Prediction in Partially Loaded Cellular Networks Using Asymmetric Cost Functions - 2018ABSTRACT:The traffic patterns of users during a base station coupled with the sub-frame blanking due to HetNets
PROJECT TITLE :Region-Based Prediction for Image Compression in the Cloud - 2018ABSTRACT:Thanks to the increasing number of pictures stored within the cloud, external image similarities will be leveraged to efficiently compress

Ready to Complete Your Academic MTech Project Work In Affordable Price ?

Project Enquiry