投机线框架用于可重构数字滤波器中的暂态管理和无缝切换
Speculative Thread Framework for Transient Management and Bumpless Transfer in Reconfigurable Digital Filters
AI总结：
本文提出一种自动重新配置计算资源的方法，实现无延迟的暂态管理，通过预测算法切换并提前执行计算，减少切换延迟。
摘要：
为了解决在突然改变动态算法（如数字滤波器或控制器）时引起的暂态问题，已开发出许多缓解方法。这些“无缝切换”方法具有计算负担且实施时间较长，导致延迟了期望的切换时间。本文开发了一种方法，以自动重新配置计算资源，实现一种无延迟切换时间的暂态管理方法。该方法在预测算法切换即将发生时会生成一个投机线，以便在切换发生前完成计算。描述了软件框架，并展示了在滤波器组中切换滤波器的实验结果。
英文摘要：
There are many methods developed to mitigate transients induced when abruptly changing dynamic algorithms such as those found in digital filters or controllers. These "bumpless transfer" methods have a computational burden to them and take time to implement, causing a delay in the desired switching time. This paper develops a method that automatically reconfigures the computational resources in order to implement a transient management method without any delay in switching times. The method spawns a speculative thread when it predicts if a switch in algorithms is imminent so that the calculations are done prior to the switch being made. The software framework is described and experimental results are shown for a switching between filters in a filter bank.
机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。
