-
This is a exporation projection for classical reinforcement learning.
-
The Algorithm we will be implemented are here
-
to build all the images
docker-compose bulid
-
to run all the container run
docker-compose up -d
-
check for the tokens of jupyter notebook tokens with running
docker-compose logs notebook
to obtain?token=SOME_HASH_STRING
-
and visit
localhost:8888?token=THE_TOKENS_THAT_SHOWN_IN_TERMINAL
with your browser
-
Map Function
- Splitting
- Splitting Step takes input DataSet from Source and divide into smaller Sub-DataSets.
- Mapping
- Mapping Step takes those smaller Sub-DataSets and perform required action or computation on each Sub-DataSet
- This would finally pairs as
<Key,Value>
as output - Input: DataSets and Output
List of <Key,Value>
- Splitting
-
Shuffle Function
- Shuffling Function can explains as
combine function
- Merging combining all
Key-Value
pairs which have the same key and return<Key, List<Value>>
. - Sorting based
Key
from aboved.
- Shuffling Function can explains as
-
Reduce Function
- Reduced Function Output generate
List of <Key,Value>
.
- Reduced Function Output generate