Risk is inherent in all human activities, both personal and professional. While the number and variety of risks have grown and changed dramatically throughout history, the basics remain the same: risk of loss of life, limb, health, livelihood, or property due to predictable events (reduced income upon reaching the mandatory retirement age) or to unpredictable events (loss of life in an earthqua...

Risk is inherent in all human activities, both personal and professional. While the number and variety of risks have grown and changed dramatically throughout history, the basics remain the same: risk of loss of life, limb, health, livelihood, or property due to predictable events (reduced income upon reaching the mandatory retirement age) or to unpredictable events (loss of life in an earthqua...

Background: Various variance reduction techniques such as forced detection (FD) have been implemented in Monte Carlo (MC) simulation of nuclear medicine in an effort to decrease the simulation time while keeping accuracy. However most of these techniques still result in very long MC simulation times for being implemented into routine use. Materials and Methods: Convolution-based force...

The subject of this paper is IddQ testing for deep submicron CMOS technologies. The key concept introduced is the need to reduce the variance of good and faulty IddQ distributions. Other IddQ based techniques are reviewed within the context of variance reduction. Using the SEMATECH data and production data, variance reduction techniques are demonstrated. The main contribution of the paper is th...