Dynamics Statistical and
Analytical documents
inside Vanilla & Vanilla Air
02/03/2016 1
Patrick Beaucamp
March 2016
Presentation Content
1. Global Usage objectives
2. Step 1 : create Metadata using WebMeta
3. Step 2 : create and explore dataset using WebExplorer
4. Step 3 : publish dataset to Vanilla Air
5. Step 4 : analyze dataset and create statistical model
6. Step 5 : create an interactive markdown document
7. Step 6 : publish markdown document to Vanilla
8. Step 7 : run statistical document from portal
02/03/2016 2
Global Usage objectives
• This section presents a global usage of Vanilla Bi
and Vanilla Air using the Web interface available
in the platform.
Example in Vanilla Air will be a description model
using a K-means, to make it interactive (on number of
groups) when publish back to Vanilla and access to
each group data
• Data Source can be of any kind : database,
Hadoop nosql database, text file, Web Services or
Excel file can be source of data for the platform
02/03/2016 BPM Conseil - Sàrl au capital 3
Global Usage
02/03/2016 BPM Conseil - Sàrl au capital 4
Create Metadata
using WebMeta
create and explore
dataset using
WebExplorer
publish dataset to
Vanilla Air
analyze dataset and
create statistical
model
create an interactive
markdown
document
publish markdown
document
Run Statistical
document
Step 1 : create Metadata using WebMeta
02/03/2016 5
Create a Metadata, select tables
Step 2 : create and explore dataset using Web Explorer
02/03/2016 6
Create your dataset
Step 2 : create and explore dataset using Web Explorer
02/03/2016 7
Vanilla Analysis viewer
Step 2 : create and explore dataset using Web Explorer
02/03/2016 8
Decision Tree
Step 2 : create and explore dataset using Web Explorer
02/03/2016 9
Cluster
Step 3 : publish dataset to Vanilla Air
02/03/2016 10
Dataset for Vanilla Air Platform
Step 4 : analyze dataset and create statistical model
02/03/2016 11
DataSet Summary
Step 4 : analyze dataset and create statistical model
02/03/2016 12
Statistical Method
Step 4 : analyze dataset and create statistical model
02/03/2016 13
Cube Visualization
Step 5 : create an interactive markdown document
02/03/2016 14
Create R Code
Step 5 : create an interactive markdown document
02/03/2016 15
Model Result
Step 5 : create an interactive markdown document
02/03/2016 16
any kind of statistical visualization can be inserted into a markdown
Step 6 : publish markdown document to Vanilla
02/03/2016 17
Saving document on Vanilla
Step 7 : run statistical document from portal
02/03/2016 18
From Vanilla portal, thanks to Vanilla Viewer, you can select and run the
interactive Markdown document and setup different values for every parameter,
then run again the document
Thanks You

Vanilla 52 understand dynamic analytics document

  • 1.
    Dynamics Statistical and Analyticaldocuments inside Vanilla & Vanilla Air 02/03/2016 1 Patrick Beaucamp March 2016
  • 2.
    Presentation Content 1. GlobalUsage objectives 2. Step 1 : create Metadata using WebMeta 3. Step 2 : create and explore dataset using WebExplorer 4. Step 3 : publish dataset to Vanilla Air 5. Step 4 : analyze dataset and create statistical model 6. Step 5 : create an interactive markdown document 7. Step 6 : publish markdown document to Vanilla 8. Step 7 : run statistical document from portal 02/03/2016 2
  • 3.
    Global Usage objectives •This section presents a global usage of Vanilla Bi and Vanilla Air using the Web interface available in the platform. Example in Vanilla Air will be a description model using a K-means, to make it interactive (on number of groups) when publish back to Vanilla and access to each group data • Data Source can be of any kind : database, Hadoop nosql database, text file, Web Services or Excel file can be source of data for the platform 02/03/2016 BPM Conseil - Sàrl au capital 3
  • 4.
    Global Usage 02/03/2016 BPMConseil - Sàrl au capital 4 Create Metadata using WebMeta create and explore dataset using WebExplorer publish dataset to Vanilla Air analyze dataset and create statistical model create an interactive markdown document publish markdown document Run Statistical document
  • 5.
    Step 1 :create Metadata using WebMeta 02/03/2016 5 Create a Metadata, select tables
  • 6.
    Step 2 :create and explore dataset using Web Explorer 02/03/2016 6 Create your dataset
  • 7.
    Step 2 :create and explore dataset using Web Explorer 02/03/2016 7 Vanilla Analysis viewer
  • 8.
    Step 2 :create and explore dataset using Web Explorer 02/03/2016 8 Decision Tree
  • 9.
    Step 2 :create and explore dataset using Web Explorer 02/03/2016 9 Cluster
  • 10.
    Step 3 :publish dataset to Vanilla Air 02/03/2016 10 Dataset for Vanilla Air Platform
  • 11.
    Step 4 :analyze dataset and create statistical model 02/03/2016 11 DataSet Summary
  • 12.
    Step 4 :analyze dataset and create statistical model 02/03/2016 12 Statistical Method
  • 13.
    Step 4 :analyze dataset and create statistical model 02/03/2016 13 Cube Visualization
  • 14.
    Step 5 :create an interactive markdown document 02/03/2016 14 Create R Code
  • 15.
    Step 5 :create an interactive markdown document 02/03/2016 15 Model Result
  • 16.
    Step 5 :create an interactive markdown document 02/03/2016 16 any kind of statistical visualization can be inserted into a markdown
  • 17.
    Step 6 :publish markdown document to Vanilla 02/03/2016 17 Saving document on Vanilla
  • 18.
    Step 7 :run statistical document from portal 02/03/2016 18 From Vanilla portal, thanks to Vanilla Viewer, you can select and run the interactive Markdown document and setup different values for every parameter, then run again the document
  • 19.