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cnbatch · Nov 5, 2023 · 8e81b12 · 8e81b12
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diff --git a/docs/parameters_en.md b/docs/parameters_en.md
@@ -88,7 +88,7 @@ First, the conclusion: the lower the number of the pattern, the faster the respo
 
 - When the value is 0, the new time is simply multiplied by 2 based on the previous time.<br /> 
 - When the value is 1, the new waiting time is only 1.5 times the previous time, not 2 times.<br /> 
-In May 2023, the original author of KCP added a value of 2, similar to value 1. The difference is that value 1 uses the ‘previous time’ calculated by the current packet itself, while value 2 uses the average delay time calculated separately within KCP.<br />
+- In May 2023, the original author of KCP added a value of 2, similar to value 1. The difference is that value 1 uses the ‘previous time’ calculated by the current packet itself, while value 2 uses the average delay time calculated separately within KCP.<br />
 That's why this page was mentioned earlier that ‘kcp_nodelay=2 can make the network latency jitter smoother.’
 
 `kcp_interval` refers to the `internal` variable, the update interval of KCP.

diff --git a/docs/parameters_zh-hans.md b/docs/parameters_zh-hans.md
@@ -86,7 +86,7 @@
 `kcp_nodelay` 指的是 KCP 的 `nodelay` 变量，用于选择超时重传等待时长的增长速度。原本只有 0、1 之分，0 表示不使用 KCP 自身的快速重传，1 表示启用。<br />
 - 数值为 0，则简单叠加，即新的时间是上一次时间的简单乘 2。<br />
 - 数值为 1，表示新的等待时间仅为上一次时间乘 1.5，而不是2。<br />
-2023 年 5 月，KCP 原作者又增加了数值 2，类似于数值 1。区别在于，数值 1 所用的“上一次时间”来自于当前数据包自己统计的数值，而数值 2 则使用 KCP 内部单独计算的平均延迟时间。<br />
+- 2023 年 5 月，KCP 原作者又增加了数值 2，类似于数值 1。区别在于，数值 1 所用的“上一次时间”来自于当前数据包自己统计的数值，而数值 2 则使用 KCP 内部单独计算的平均延迟时间。<br />
 这就是为什么前面提到过“kcp_nodelay=2 可使延迟抖动更为平滑”。
 
 `kcp_interval` 指的是 KCP 内部更新间隔，`interval` 变量。