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What is the difference between predictive and adaptive analytics?

a. Predictive models can predict a continuous value.
b. Predictive models predict customer behavior.
c. Adaptive models use customer data as predictors.
d. Predictive models have evidence.

1 Answer

3 votes

Final answer:

Predictive analytics uses historical data to forecast future trends, whereas adaptive analytics employs real-time data to continually learn and adjust its predictions. Predictive models are evidence-based and offer stability, while adaptive models are dynamic and flexible, adjusting to new data as it arises.

Step-by-step explanation:

The difference between predictive and adaptive analytics lies in their approach and application. Predictive analytics utilizes historical data to forecast future events, behaviors, or trends. These models use statistical algorithms and machine learning techniques to identify the likelihood of future outcomes based on past data. It's similar to using a weather forecast, which employs statistical models to predict the probability of rain, allowing you to prepare accordingly. Predictive models have evidence because they are based on actual historical data and have proven their effectiveness in various scenarios.

On the other hand, adaptive analytics refers to systems that continuously learn and adapt to new data. An adaptive model may use customer data as predictors and adjust its algorithms in real time as customer behavior changes. Unlike predictive models that can become outdated, adaptive models are more dynamic, constantly updating to reflect the latest data inputs. Thus, they provide predictions quickly and reduce the chance of error due to changes in patterns. However, adaptive models might not always provide the level of accuracy a well-defined predictive model can supply over a stable dataset.

Both approaches have their advantages and limitations; for instance, predictive models can sometimes make erroneous predictions if the model assumptions are not valid, or the environment has significantly changed since the model was trained. In contrast, adaptive models keep evolving and can quickly incorporate changes, but they might not yet have enough historical evidence to back up their predictions or might require continuous computational resources to update their algorithms.

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