Computational Instrumentation simply means Computational Processing and Analysis and Visualisation of data for an end application result rather than mere means to a purpose.

Computational Instrumentation (CI) at CSIO implies treatment and analysis of more than one sensing and measuring parameters with the higher level objectives of Control, Inspection, Monitoring, Prediction, Forecasting, Recognition, and Diagnosis (CIMPFoRD). The sensing could be carried out using:

· Arrays

· Imaging

· Sensor Networks

The related sensing techniques those are exhaustively to deployed are:

· Precise and uniform Mapping

· Monitoring level field layouts

Accordingly, the treatment can be carried out using data in matrices and vectors. The computing techniques those are exhaustively to deployed are:

· Sensor Fusion / Multi-sensor data fusion

· High-dimensional Data  Acquisition, Visualization, Mining

· Navigation

· Pattern Recognition

· Artificial Neural Networks

· Fuzzy Logic, Linguistic Computing and Granular Computing

· Machine Intelligence

· Computational Intelligence

In addition, following computational activities optimise experimentation and thus need for instrumentation

· Computer Aided Design and Simulation of physical, mechanical, optical and electronic components, devices and systems

· Finite Element Analysis and design validation

· Process simulation and optimization

 

COMPUTATIONAL INSTRUMENTATION  CI@CSIO

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