Terrabytes, Petabytes, and Yottabytes. We toss these terms around quite casually, but do we really know how huge these are?
Using grains of rice and retro computer graphics reminiscent of the Computer Chronicles, the YouTube channel “It’s OK to Be Smart” explores how big big data is and what the future of data storage may be.
With the rapid emergence of digital devices, an unstoppable, invisible force is changing human lives in incredible ways. That force is data. We generated more data in 2017 than in all the previous 5,000 years of human history.
The massive gathering and analyzing of data in real time is allowing us to address some of humanity’s biggest challenges but as Edward Snowden and the release of NSA documents have shown, the accessibility of all this data comes at a steep price.
This documentary captures the promise and peril of this extraordinary knowledge revolution.
Raghav Mohan joins Scott Hanselman to talk about Apache Kafka on HDInsight, which added the open-source distributed streaming platform last year to complete a scalable, big data streaming scenario on Azure.
Kafka is capable of processing millions of events/sec, petabytes of data/day to power scenarios like Toyota’s connected car, Office 365’s clickstream analytics, fraud detection for large banks, etc.
Find out how to deploy managed, cost-effective Kafka clusters on Azure HDInsight with a 99.9% SLA with just 4 clicks or pre-created ARM templates.
Deep learning and AI are fundamentally changing the way data is used in computation. They enable computing capabilities that will transform almost every industry, scientific domain, and public usage of data and compute.
The recent success of deep learning algorithms can be seen as the culmination of decades of progress in three areas: research in DL algorithms, broad availability of big data infrastructure, and the massive growth of computation power produced by Moore’s law and the advent of parallel compute architectures.
Deep learning has been employed successfully in such diverse areas as healthcare, transportation, industrial IoT, finance, entertainment, and retail, in addition to high-performance computing.
Examples shown in this video illustrate how the approach works and how it complements high-performance data analytics and traditional business intelligence.