Landscape modeling detection tool realizing rapid detection
A detection tool and landscape technology, which is applied in the fields of instruments, character and pattern recognition, computer parts, etc., can solve the problems of unsatisfactory noise reduction effect, huge amount of calculation, target distortion, etc., achieve good recognition effect, filter out landscape outlines Noise and burden reduction effect
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Embodiment 1
[0023] Embodiment 1: a landscape modeling detection tool for rapid detection, comprising a common landscape modeling detection tool and a recognition device installed on the landscape modeling detection tool, the landscape modeling detection tool can recognize the landscape outline, and it is characterized in that it includes building module, segment module, merge module and filter module;
[0024] The modeling module is used to establish the parameterized equation of the target profile: for a given target profile G(t), its arc length parameterized equation is expressed as G(t)=(x(t), y(t)), Where x(t) and y(t) represent the coordinates of the contour points respectively, t represents the parameters of the contour curve equation, and t∈[0,1];
[0025] The arc length parametric equation of the noisy contour is expressed as: G N (t)=G(t)+N 1 (t)+N2 (t)G(t), where the additive noise part N 1 (t)=N 1 (x 1 (t),y 1 (t)), the multiplicative noise part N 2 (t)=N 2 (x 2 (t),y ...
Embodiment 2
[0037] Embodiment 2: A landscape modeling detection tool for rapid detection, comprising a common landscape modeling detection tool and a recognition device installed on the landscape modeling detection tool, the landscape modeling detection tool can recognize the landscape outline, and is characterized in that it includes building module, segment module, merge module and filter module;
[0038] The modeling module is used to establish the parameterized equation of the target profile: for a given target profile G(t), its arc length parameterized equation is expressed as G(t)=(x(t), y(t)), Where x(t) and y(t) represent the coordinates of the contour points respectively, t represents the parameters of the contour curve equation, and t∈[0,1];
[0039] The arc length parametric equation of the noisy contour is expressed as: G N (t)=G(t)+N 1 (t)+N 2 (t)G(t), where the additive noise part N 1 (t)=N 1 (x 1 (t),y 1 (t)), the multiplicative noise part N 2 (t)=N 2 (x 2 (t),y ...
Embodiment 3
[0051] Embodiment 3: A landscape modeling detection tool for rapid detection, comprising a common landscape modeling detection tool and a recognition device installed on the landscape modeling detection tool, the landscape modeling detection tool can recognize the landscape outline, and its feature is that it includes a building module, segment module, merge module and filter module;
[0052] The modeling module is used to establish the parameterized equation of the target profile: for a given target profile G(t), its arc length parameterized equation is expressed as G(t)=(x(t), y(t)), Where x(t) and y(t) represent the coordinates of the contour points respectively, t represents the parameters of the contour curve equation, and t∈[0,1];
[0053] The arc length parametric equation of the noisy contour is expressed as: G N (t)=G(t)+N 1 (t)+N 2 (t)G(t), where the additive noise part N 1 (t)=N 1 (x 1 (t),y 1 (t)), the multiplicative noise part N 2 (t)=N 2 (x 2 (t),y 2 (...
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