“…For instance, if the victim and aggressor are driven by opposite transitions namely, rising input transition and falling input transition, respectively, then the resulting victim output transition is a delayed rising transition due to crosstalk fault. On the other hand, if the victim and aggressor are driven, respectively, by static ''0'' and fast rising (0-1) transition then the crosstalk positive glitch is generated in the victim's output signal [4,6]. If the height of crosstalk glitch happens to be larger than the upper-threshold value of logic-low voltage for the given technology, it will produce logic failures (functionality problem), whereas for the same aggressor transition but victim with static ''1'' input if the height of the generated crosstalk glitch is larger than the upper threshold value of logic-high voltage, the crosstalk glitch will create reliability problem of the device in the long run.…”