MLI: An API for Distributed Machine Learning
Sparks, Evan R., Talwalkar, Ameet, Smith, Virginia, Kottalam, Jey, Pan, Xinghao, Gonzalez, Joseph, Franklin, Michael J., Jordan, Michael I., Kraska, Tim
The recent success stories of machine learning (ML) driven applications have created an increasing demand for scalable ML solutions. Nonetheless, ML researchers often prefer to code their solutions in statistical computing languages such as MATLAB or R, as these languages allow them to code in fewer lines using syntax that resembles high-level pseudocode. MATLAB and R allow researchers to avoid low-level implementation details, leading to quickly developed prototypes that are often sufficient for small scale exploration. However, these prototypes are typically ad-hoc, non-robust, and non-scalable implementations. In contrast, industrial implementations of these solutions often require a relatively heavy amount of development effort and are difficult to change once implemented.
Oct-25-2013
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