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目前最大最小值的幂法已经实现并通过benchmark测试,是否需要增加notebook展示一个具有物理背景的详细例子? 其实可以用交互的blog来展示这个例子,相比上传Pluto文件对使用者更友好些? @GiggleLiu 可能需要提供哈密顿矩阵的稀疏阵构造(直接用sprand可能不太合适)
sprand
The text was updated successfully, but these errors were encountered:
恩,有了power method,那个例子应该就很直接了。我先提个PR把它放到examples文件夹,等最后一周我们可以做个动画演示把它加在你的项目答辩中。
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恩,等我开完PR再close吧~
update: 之前那个算法换这个power method后,没法收敛。我还在排查到底是梯度不对还是算法精度不够。
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目前最大最小值的幂法已经实现并通过benchmark测试,是否需要增加notebook展示一个具有物理背景的详细例子?
其实可以用交互的blog来展示这个例子,相比上传Pluto文件对使用者更友好些?
@GiggleLiu 可能需要提供哈密顿矩阵的稀疏阵构造(直接用
sprand
可能不太合适)The text was updated successfully, but these errors were encountered: