Moving Your Experimentation Project to Production Applications with Pyspark 

Struggling to bring data science projects from lab to production? Especially from small to large scale of data, you may learn something from this talk about some procedures we learned for designing production-ready spark jobs with Pyspark and challenges faced along the way.

Talk Description 

A huge number of machine learning projects starts to yield promising results from proof of concept stage. However, data scientists usually have confusion about how to integrate resulting models into existing systems and processes if without software or machine learning engineering experience. Especially, when data throughput in production becomes significantly larger than laboratory scales, data processing and modeling need to be deployed in distributed systems.

With its in-memory processing capabilities, Apache Spark has been all the rage for large scale data processing and analytics. Adopting Apache Spark in production become common. High-level APIs also make the learning cure of Apache Spark flatter.

However, it is still not painless to move experimenting Python scripts into Apache Spark jobs in production. Our talk aims to relieve the pain by sharing the procedures we learned for designing production-ready spark jobs with Pyspark. We will start by briefly introducing Apache Spark. The main focus will about how to prepare your code for production with Pyspark, including comparing the difference between Apache Dataframe and Pandas Dataframe. Then, through a few examples, we will demonstrate how to deploy machine learning models with Pyspark.

Speaker 

Shuhsi Lin is working in a data team, focuses on stream processing and IoT applications. He is passionate about data storytelling with data visualization and building an engineering culture.

Daren Hsu is a data Engineer who focuses on data ingestion in Hadoop ecosystem. He loves to technical books and try new technologies. His primary area of research during my graduate studies is optimization theory and scheduling.