1. If the snake is initialized “too

1. If the snake is initialized “too far” from the object boundary, it is possible that the
contour may not be able to converge onto object boundary.
2. An increase in the amount of smoothing (σ value) increases the range from which
a snake can converge onto an object smoothing. This can be seen as that blurring
of edges increases there “encatchment” area.
3. If the energy scaling factor is “too big” for a given image than though active
contour can converge onto image boundary but keeps on wiggling along the
object boundary. In most cases it ends up loosing track on object boundary.
4. W (Eedge) value must be carefully chosen in case of binary images which has very
high gradient values.
5. The Eterm defines the contribution of curvatures to the overall energy term. When
weight associated with this component in dominant in the overall energy, the
snakes seems to be attracted to corners first before converging onto the object
boundary. In cases where its weight is not dominant, edges are traced before the
corners by the snake.

結果 (中文) 1:

1.如果这条蛇已初始化"太远"从对象边界，这是可能的轮廓未必能够使网络收敛到对象边界。2.增加平滑 （σ 值） 增加从该范围一条蛇可以收敛到对象平滑。这可以看作是这种模糊边缘的增加那里"encatchment"地区。3.如果缩放因子的能量是"太大"对于给定的图像，而不是尽管主动轮廓可以收敛到图像边界但不断摆动沿对象边界。在大多数情况下它最终失去跟踪对象边界上。4.W （Eedge） 值一定要慎重选择在有非常的二值图像的情况下高梯度值。5.Eterm 到整体能源术语定义曲率所作的贡献。当与占支配地位的总的能量，此组件关联的重量蛇似乎第一次汇聚到对象之前被吸引到角落边界。在它的重量是不占主导地位的情况下，边缘跟踪之前角落里的那条蛇。

結果 (中文) 3:

1。如果蛇是初始化“太远”从物体的边界，这是可能的，
轮廓可能无法收敛到目标边界
2。在平滑量增加（σ值）增加从范围
蛇能收敛到物体的平滑。这可以看作是模糊的边缘增加有
encatchment
3区”。如果能量缩放因子是“太大”对于一个给定的图像比虽然主动轮廓收敛到
图像边界而不断摆动沿
对象边界。在大多数情况下，它最终失去跟踪对象边界
4。W（边缘）的值必须在二进制图像具有
高梯度值的情况下仔细选择
5。eterm定义曲率的整体能量项的贡献。当这个组件
重量占总能量相关，这似乎是吸引
蛇角先收敛到物体
边界。在情况下，重量上不占优势，边缘跟踪前的蛇
角落。