Both sides previous revision
Previous revision
Next revision
|
Previous revision
|
en:dydaktyka:problog:lab3 [2019/01/14 15:49] msl [Big Fat Assignment] |
en:dydaktyka:problog:lab3 [2019/06/27 15:49] (current) |
| |
- What network's features have impact on the result? | - What network's features have impact on the result? |
- Try to learn a similar (but bigger) model from the following {{ :en:dydaktyka:problog:hypertext_classification_data.pl|data}}. Is there any issue with creating such a model? | - Try to learn a similar (but bigger) model from the following evidence {{ :en:dydaktyka:problog:hypertext_classification_data.pl|data}} and {{ :en:dydaktyka:problog:hypertext_classification_network.pl|network definition}}. Is there any issue with creating such a model? |
- Could you learn similar classifier using classic machine learning classifiers? | - Could you learn similar classifier using classic machine learning classifiers? |
| |
| |
== Questions: == | == Questions: == |
| |
- What applications of structure learning can you imagine? | - What applications of structure learning can you imagine? |
- Do you know any related problems/methods? | - Do you know any related problems/methods? |
base(parent(person,person)). | base(parent(person,person)). |
base(male(person)). | base(male(person)). |
base(female(person)). | |
base(mother(person,person)). | |
base(grandmother(person,person)). | base(grandmother(person,person)). |
base(father(person,person)). | |
base(male_ancestor(person,person)). | |
base(female_ancestor(person,person)). | |
| |
% Target | % Target |
example_mode(auto). | example_mode(auto). |
</code> | </code> |
| |
| You'll have to define a family using ''male'' and ''parent'' facts. |
| Start with simple family and then add new members as needed. |
| |
===== Big Fat Assignment ====== | ===== Big Fat Assignment ====== |