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16 July 2018
15 July 2018
7 July 2018
Mailer Campaign Uplift Modeling
Profit(C) = ExpectedProfit(C) x [P(B | V) - P(B | C)] - AdCost(C)
- P(B | C) - probability of buying given control without ad campaign (Naive Bayes)
- ExpectedProfit(C) - profit to make from customer if they decide to buy (Regression)
- P(B | V) - probability of buying given variant of ad campaign (Naive Bayes)
- AdCost(C) - cost to mail campaign to customer as a constant
- likely to take into account market or customer segmentation
- regression could be either logistic or linear
- total profit would be determined by how much the customer decided to buy either with control and/or ad campaign
- optimization of ad campaign given the customer conversion ratio
- use customer data as part of expected profit measures for average spend
- additionally, more ways to approach the same contextual measures of profit
3 July 2018
Test-Driven Machine Learning
TDD -> Kent Beck
BDD -> Dan North
Refactoring -> Martin Fowler
Agile -> James Shore
BDD -> Dan North
Refactoring -> Martin Fowler
Agile -> James Shore
Random processes in machine learning need to be measured and controlled, various simple testing strategies can make this possible.
Labels:
big data
,
computer science
,
data science
,
deep learning
,
machine learning
,
programming
,
software engineering
24 June 2018
Probabilistic Reasoning
Factorie (Scala)
Figaro (Scala)
PyMC4 (Python)
PyMC3 (Python)
Probability (Python)
BayesLoop (Python)
Tweety (Java)
Dimple (Java)
Chimple (Java)
WebPPL (JavaScript)
Probabilistic Programming and Bayesian Methods for Hackers
The Design and Implementation of Probabilistic Programming Languages
Figaro (Scala)
PyMC4 (Python)
PyMC3 (Python)
Probability (Python)
BayesLoop (Python)
Tweety (Java)
Dimple (Java)
Chimple (Java)
WebPPL (JavaScript)
Probabilistic Programming and Bayesian Methods for Hackers
The Design and Implementation of Probabilistic Programming Languages
Natural Computation
- Cellular Automata
- Evolutionary Computation
- Swarm Intelligence
- Artificial Immune Systems
- Artificial Life
- Quantum Computing
- Systems Biology
- Synthetic Biology
- Cellular Computing
- DNA Computing
- Amorphous Computing
- Membrane Computing
- Neural Computation
Labels:
artificial intelligence
,
big data
,
computer science
,
data science
,
machine learning
,
nature
18 June 2018
Machine Translation
- Sequence to Sequence Learning with Neural Networks
- Neural Machine Translation by Jointly Learning to Align and Translate
- A Convolutional Encoder Model for Neural Machine Translation
- Convolutional Sequence to Sequence Learning
- Convolutional Over Recurrent Encoder for Neural Machine Translation
- Neural Machine Translation
- OpenNMT
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