Breeze VS Apache Spark

Also, you can look at breeze.generic.UFunc for an inspiration.

You can use https://github.com/scalanlp/breeze. A Scala library that's sorta a numpy/plotting equivalent. Unlike Spark which covers more use cases than just the classic Data Science workflow, Breeze is built specifically for "Data Science in Scala". The drawback is a classic one in Scala land where some major libraries abruptly get abandoned. Breeze's commits seem to have slowed down significantly and their website on their github page www.scalanlp.org is broken.

I haven't checked in on this project in a long time, but Breeze is something akin to NumPy/SciPy.

If you’re stepping into the world of Big Data, you have likely heard of Apache Spark, a powerful distributed computing system. PySpark, the Python library for Apache Spark, is a favorite among data enthusiasts for its combination of speed, scalability, and ease of use. But setting it up on your local machine can feel a bit intimidating at first.

According to the Apache Spark official website, PySpark lets you utilize the combined strengths of ApacheSpark (simplicity, speed, scalability, versatility) and Python (rich ecosystem, matured libraries, simplicity) for “data engineering, data science, and machine learning on single-node machines or clusters.”

spark

Apache Spark is a powerful and widely used framework for distributed data processing, beloved for its efficiency and scalability. At the heart of Spark’s magic lies the RDD, an abstraction that’s more than just a mere data collection. In this blog post, we’ll explore why RDDs are immutable and the benefits this immutability provides in the context of Apache Spark.

The Python Library components of Ray could be considered analogous to solutions like numpy, scipy, and pandas (which is most analogous to the Ray Data library specifically). As a framework and distributed computing solution, Ray could be used in place of a tool like Apache Spark or Python Dask. It’s also worthwhile to note that Ray Clusters can be used as a distributed computing solution within Kubernetes, as we’ve explored here, but Ray Clusters can also be created independent of Kubernetes.

We all know how easy it is to overlook small parts of our code, especially when we have powerful tools like Apache Spark to handle the heavy lifting. Spark's core engine is great at optimizing our messy, complex code into a sleek, efficient physical plan. But here's the catch: Spark isn't flawless. It's on a journey to perfection, sure, but it still has its limits. And Spark is upfront about those limitations, listing them out in the documentation (sometimes as little notes).

One specific use case of the IaaS model is for deploying software that would have otherwise been bought as a SaaS. There are many such software from email servers to databases. You can choose to deploy MySQL in your infrastructure rather than buying from a MySQL SaaS provider. Other things you can deploy using the IaaS model include Mattermost for team collaboration, Apache Spark for data analytics, and SAP for Enterprise Resource Planning.