本人在PA & DE 交界位置, 各方面都不错,想找一个lover, 有单独的空间,不干扰对 方家庭。 谢谢,非诚勿扰
D*o
2 楼
Last week in one phone interview, I am asked: in classification, random forest is very good algorithm, so why do we need other methods? Now the answer I can imagine is: in some cases, RF may be overqualified. For example, if the classes are linearly separable, using logistic regression can give the same accuracy and higher training efficiency. So anyone has a better answer?
m*a
3 楼
本人剃毛, 喜欢无毛的
w*d
4 楼
Regulation/ governance 要求,random forest 不行,比如银行
For
【在 D****o 的大作中提到】 : Last week in one phone interview, I am asked: in classification, random : forest is very good algorithm, so why do we need other methods? : Now the answer I can imagine is: in some cases, RF may be overqualified. For : example, if the classes are linearly separable, using logistic regression : can give the same accuracy and higher training efficiency. : So anyone has a better answer?
【在 D****o 的大作中提到】 : Last week in one phone interview, I am asked: in classification, random : forest is very good algorithm, so why do we need other methods? : Now the answer I can imagine is: in some cases, RF may be overqualified. For : example, if the classes are linearly separable, using logistic regression : can give the same accuracy and higher training efficiency. : So anyone has a better answer?
w*d
6 楼
AlphaGo 估计也不是RF
For
【在 D****o 的大作中提到】 : Last week in one phone interview, I am asked: in classification, random : forest is very good algorithm, so why do we need other methods? : Now the answer I can imagine is: in some cases, RF may be overqualified. For : example, if the classes are linearly separable, using logistic regression : can give the same accuracy and higher training efficiency. : So anyone has a better answer?
【在 D****o 的大作中提到】 : Last week in one phone interview, I am asked: in classification, random : forest is very good algorithm, so why do we need other methods? : Now the answer I can imagine is: in some cases, RF may be overqualified. For : example, if the classes are linearly separable, using logistic regression : can give the same accuracy and higher training efficiency. : So anyone has a better answer?
t*k
10 楼
people will prefer a model with 90% accuracy but tell you how and why than a RF model with 95% accuracy but only tell you how
For
【在 D****o 的大作中提到】 : Last week in one phone interview, I am asked: in classification, random : forest is very good algorithm, so why do we need other methods? : Now the answer I can imagine is: in some cases, RF may be overqualified. For : example, if the classes are linearly separable, using logistic regression : can give the same accuracy and higher training efficiency. : So anyone has a better answer?
【在 D****o 的大作中提到】 : Last week in one phone interview, I am asked: in classification, random : forest is very good algorithm, so why do we need other methods? : Now the answer I can imagine is: in some cases, RF may be overqualified. For : example, if the classes are linearly separable, using logistic regression : can give the same accuracy and higher training efficiency. : So anyone has a better answer?