And, the experimental results reveal that the different stress buffer configurations provide the difference of the mechanical stress resistance capability on the LDO (Low Drop Out) analog device.
In this research, we showed that the different stress buffer configurations in the analog device will change the magnitude of the mechanical stress effect on the device surface, which will cause the variation in the output voltage characteristic of the device as well.
Individual characteristics (e.g., age, BMI, smoking status, marital status, menopausal status, hormone therapy use, and family history of heart disease) were similar for the two buffer configurations.
Finally, we model the impact of the map-buffer configuration parameters on the user's budget and provide an algorithm for automatically tuning them (i.e., Section 4.4). .
Finally, we evaluated the impact of the automatic map buffer size configuration.
The knowledge of delay performance is useful for the optical buffer architecture configuration in differential traffic scenario.
The balanced buffer resource configuration of balanced, adaptive multicast improves the saturation throughput by an additional 13.8%.
Further, design of such fork join systems in terms of buffer size configurations for maximizing the throughput of the system, or for minimizing the mean waiting time of a typical job, or for minimizing the Work-In-Process of the system is done using the above performance prediction approach.
The work reflects the study of a manufacturing system composed of a single unit production operating according to a just-in-time configuration, buffer and a constant demand.
