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→Restarts
Sometimes it is better to move back to a solution that was significantly better rather than always moving from the current state. This process is called restarting of simulated annealing. To do this we set <code>s</code> and <code>e</code> to <code>sbest</code> and <code>ebest</code> and perhaps restart the annealing schedule. The decision to restart could be based on several criteria. Notable among these include restarting based on a fixed number of steps, based on whether the current energy is too high compared to the best energy obtained so far, restarting randomly, etc.
Sometimes it is better to move back to a solution that was significantly better rather than always moving from the current state. This process is called restarting of simulated annealing. To do this we set <code>s</code> and <code>e</code> to <code>sbest</code> and <code>ebest</code> and perhaps restart the annealing schedule. The decision to restart could be based on several criteria. Notable among these include restarting based on a fixed number of steps, based on whether the current energy is too high compared to the best energy obtained so far, restarting randomly, etc.
有时候，回到一个比总是从当前状态移动更好的解决方案，而不是总是从当前状态移动。这个过程被称为模拟退火的重新启动。
为此，我们将<code>s</code>和<code>e</code> </code> 设置为<code>sbest</code>和<code>ebest</code>并可能重新启动退火时刻表。重新启动的决定可能基于几个标准。其中值得注意的有:基于固定步数的重启，基于当前能量是否高于目前获得的最佳能量，随机重启等。
==Related methods==
==Related methods==