International Journal of Innovative Research and Development

Abstract

The drilling action is the majority widespread process used in construction of holes and the primary input machining parameters are highly influencing over the output parameters of material removal rate, surface finish, dimensional exactness, shape precision, tool wear. In this at hand exploration the MRR and tool wear are predicted with respect to the input parameters with the Fuzzy Logic inference with MATLAB in order to lay the path of drilling effects on the polymer composite. The outcome of the Fuzzy inference compared in the midst of the experimental values and instituted to be in close conformity. 

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Abstract

In this brief, we present a novel input vector monitoring concurrent BIST scheme, which is based on the idea of monitoring a set (called window) of vectors reaching the circuit inputs during normal operation, and the use of a static-RAM like structure to store the relative location of the vectors that reach the circuit inputs in the examined window; the proposed scheme is shown to perform significantly better than previously proposed schemes with respect to the hardware overhead and concurrent test latency (CTL) trade off. In this paper two methods will be discussed, window monitoring concurrent bist and input vector monitoring concurrent bist using sram,

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