Apache Drill is a scalable SQL query engine for analysis of large-scale datasets across various data sources like HDFS, HBase, Hive and others. It allows for ad-hoc analysis of datasets without requiring knowledge of the schema beforehand. Drill uses a distributed architecture with query coordinators and workers to process queries in parallel. It supports various interfaces like JDBC, ODBC and a web console for running SQL queries on different data sources.
Apache Drill is the next generation of SQL query engines. It builds on ANSI SQL 2003, and extends it to handle new formats like JSON, Parquet, ORC, and the usual CSV, TSV, XML and other Hadoop formats. Most importantly, it melts away the barriers that have caused databases to become silos of data. It does so by able to handle schema-changes on the fly, enabling a whole new world of self-service and data agility never seen before.
Summary of recent progress on Apache Drill, an open-source community-driven project to provide easy, dependable, fast and flexible ad hoc query capabilities.
Apache Drill (http://incubator.apache.org/drill/) is a distributed system for interactive analysis of large-scale datasets, inspired by Google’s Dremel technology. It is designed to scale to thousands of servers and able to process Petabytes of data in seconds. Since its inception in mid 2012, Apache Drill has gained widespread interest in the community, attracting hundreds of interested individuals and companies. In the talk we discuss how Apache Drill enables ad-hoc interactive query at scale, walking through typical use cases and delve into Drill's architecture, the data flow and query languages as well as data sources supported.
Apache Drill is new Apache incubator project. It's goal is to provide a distributed system for interactive analysis of large-scale datasets. Inspired by Google's Dremel technology, it aims to process trillions of records in seconds. We will cover the goals of Apache Drill, its use cases and how it relates to Hadoop, MongoDB and other large-scale distributed systems. We'll also talk about details of the architecture, points of extensibility, data flow and our first query languages (DrQL and SQL).
This document discusses Apache Drill, an open source SQL query engine for analyzing data in non-relational data stores like JSON, CSV, and Hadoop data formats. It provides an overview of Drill's key features such as its ability to query diverse data sources with a simple SQL interface without requiring schemas, its SQL-on-Everything model, high performance through columnar storage and execution, and its ability to scale from a single machine to large clusters. The document also demonstrates how to install Drill, configure data sources, and run queries against sample Yelp data to analyze reviews, users, and businesses.
This document provides an overview of Apache Drill and how it enables ad-hoc querying and analysis of structured and unstructured data stored in Hadoop. Some key points:
1) Apache Drill allows for schema-free SQL queries against data in HDFS, HBase, Hive and other data sources, empowering self-service data exploration and "zero-day" analytics.
2) Drill's queries can handle complex, nested data through features like automatic schema discovery, repeated value support, and SQL extensions.
3) Examples show how Drill provides a familiar SQL interface and tooling to analyze JSON, text and other file formats to gain insights from large volumes of real-time data.
The document provides an introduction to Apache Drill, an open source SQL query engine for analysis of large-scale datasets across Hadoop, NoSQL and cloud storage systems. It discusses Tomer Shiran's role in Apache Drill, provides an agenda for the talk, describes the need for interactive analysis of big data and how existing solutions are limited. It then outlines Apache Drill's architecture, key features like full SQL support, optional schemas and support for nested data formats.
Working with Delimited Data in Apache Drill 1.6.0Vince Gonzalez
This presentation is a tutorial on using Apache Drill 1.6.0 to query delimited data, such as in the CSV or TSV formats. This was presented in a workshop format, and I'm available to present this to your team as well.
The tutorial covers typical steps taken on the way to using Drill to make delimited data visible to BI tools, such as Qlik Sense, which I use for the visualizations in the slides.
MapR provides professional support for Apache Drill, please contact me if you're interested in learning more!
Introduction to Apache HBase, MapR Tables and SecurityMapR Technologies
This talk with focus on two key aspects of applications that are using the HBase APIs. The first part will provide a basic overview of how HBase works followed by an introduction to the HBase APIs with a simple example. The second part will extend what we've learned to secure the HBase application running on MapR's industry leading Hadoop.
Keys Botzum is a Senior Principal Technologist with MapR Technologies. He has over 15 years of experience in large scale distributed system design. At MapR his primary responsibility is working with customers as a consultant, but he also teaches classes, contributes to documentation, and works with MapR engineering. Previously he was a Senior Technical Staff Member with IBM and a respected author of many articles on WebSphere Application Server as well as a book. He holds a Masters degree in Computer Science from Stanford University and a B.S. in Applied Mathematics/Computer Science from Carnegie Mellon University.
Apache Drill and Zeppelin: Two Promising Tools You've Never Heard OfCharles Givre
Study after study shows that data preparation and other data janitorial work consume 50-90% of most data scientists’ time. Apache Drill is a very promising tool which can help address this. Drill works with many different forms of “self describing data” and allows analysts to run ad-hoc queries in ANSI SQL against that data. Unlike HIVE or other SQL on Hadoop tools, Drill is not a wrapper for Map-Reduce and can scale to clusters of up to 10k nodes.
Understanding the Value and Architecture of Apache DrillDataWorks Summit
This document summarizes Apache Drill, an open source SQL query engine for interactive analysis of large-scale datasets. It was inspired by Google's Dremel and allows for interactive, ad-hoc queries across data sources using standard SQL. The key features highlighted are its support for nested data, optional schemas, extensibility points, and full ANSI SQL 2003 compatibility. An overview of Drill's architecture is provided, including its use of distributed Drillbit processes and a coordinator node.
Drill into Drill – How Providing Flexibility and Performance is PossibleMapR Technologies
Learn how Drill achieves high performance with flexibility and ease of use. Includes: First read planning and statistics. Flexible code generation depending on workload. Code optimization and planning techniques. Dynamic schema subsets. Advanced memory use and moving between Java and C. Making a static typing appear dynamic through any-time and multi-phase planning.
Hadoop is an open-source software framework for distributed storage and processing of large datasets across clusters of commodity hardware. It addresses challenges in big data by providing reliability, scalability, and fault tolerance. Hadoop allows distributed processing of large datasets across clusters using MapReduce and can scale from single servers to thousands of machines, each offering local computation and storage. It is widely used for applications such as log analysis, data warehousing, and web indexing.
Ted Dunning presents information on Drill and Spark SQL. Drill is a query engine that operates on batches of rows in a pipelined and optimistic manner, while Spark SQL provides SQL capabilities on top of Spark's RDD abstraction. The document discusses the key differences in their approaches to optimization, execution, and security. It also explores opportunities for unification by allowing Drill and Spark to work together on the same data.
Join our experts Neeraja Rentachintala, Sr. Director of Product Management and Aman Sinha, Lead Software Engineer and host Sameer Nori in a discussion about putting Apache Drill into production.
The document compares and contrasts the SAS and Spark frameworks. It provides an overview of their programming models, with SAS using data steps and procedures while Spark uses Scala and distributed datasets. Examples are shown of common tasks like loading data, sorting, grouping, and regression in both SAS Proc SQL and Spark SQL. Spark MLlib is described as Spark's machine learning library, in contrast to SAS Stats. Finally, Spark Streaming is demonstrated for loading and querying streaming data from Kafka. The key takeaways recommend trying Spark for large data, distributed computing, better control of code, open source licensing, or leveraging Hadoop data.
NoSQL HBase schema design and SQL with Apache Drill Carol McDonald
The document provides an overview of HBase, including:
- HBase is a column-oriented NoSQL database modeled after Google's Bigtable. It is designed to handle large volumes of sparse data across clusters in a distributed fashion.
- Data in HBase is stored in tables containing rows, column families, columns, and versions. Tables are partitioned into regions distributed across region servers. The HMaster manages the cluster and Zookeeper coordinates operations.
- Common operations on HBase include put (insert/update), get, scan, and delete. The meta table stored in Zookeeper maps rows to their regions. This allows clients to efficiently access data in HBase's distributed architecture.
The document provides an overview of the Apache Hadoop ecosystem. It describes Hadoop as a distributed, scalable storage and computation system based on Google's architecture. The ecosystem includes many related projects that interact, such as YARN, HDFS, Impala, Avro, Crunch, and HBase. These projects innovate independently but work together, with Hadoop serving as a flexible data platform at the core.
Hadoop in Practice (SDN Conference, Dec 2014)Marcel Krcah
You sit on a big pile of data and want to know how to leverage it in your company? Interested in use-cases, examples and practical demos about the full Hadoop stack? Looking for big-data inspiration?
In this talk we will cover:
- Use-cases how implementing a Hadoop stack in TheNewMotion drastically helped us, software engineers, with our everyday challenges. And how Hadoop enables our management team, marketing and operations to become more data-driven.
- Practical introduction into our data warehouse, analytical and visualization stack: Apache Pig, Impala, Hue, Apache Spark, IPython notebook and Angular with D3.js.
- Easy deployment of the Hadoop stack to the cloud.
- Hermes - our homegrown command-line tool which helps us automate data-related tasks.
- Examples of exciting machine learning challenges that we are currently tackling
- Hadoop with Azure and Microsoft stack.
- Hadoop was created to allow processing of large datasets in a distributed, fault-tolerant manner. It was originally developed by Doug Cutting and Mike Cafarella at Nutch in response to the growing amounts of data and computational needs at Google and other companies.
- The core of Hadoop consists of Hadoop Distributed File System (HDFS) for storage and Hadoop MapReduce for distributed processing. It also includes utilities like Hadoop Common for file system access and other basic functionality.
- Hadoop's goals were to process multi-petabyte datasets across commodity hardware in a reliable, flexible and open source way. It assumes failures are expected and handles them to provide fault tolerance.
This document provides an introduction to Hadoop, including its ecosystem, architecture, key components like HDFS and MapReduce, characteristics, and popular flavors. Hadoop is an open source framework that efficiently processes large volumes of data across clusters of commodity hardware. It consists of HDFS for storage and MapReduce as a programming model for distributed processing. A Hadoop cluster typically has a single namenode and multiple datanodes. Many large companies use Hadoop to analyze massive datasets.
Content presented at a talk on Aug. 29th. Purpose is to inform a fairly technical audience on the primary tenets of Big Data and the hadoop stack. Also, did a walk-thru' of hadoop and some of the hadoop stack i.e. Pig, Hive, Hbase.
The document provides an overview of Apache Hadoop and related big data technologies. It discusses Hadoop components like HDFS for storage, MapReduce for processing, and HBase for columnar storage. It also covers related projects like Hive for SQL queries, ZooKeeper for coordination, and Hortonworks and Cloudera distributions.
This document provides an overview of Apache Hadoop, including its architecture, components, and applications. Hadoop is an open-source framework for distributed storage and processing of large datasets. It uses Hadoop Distributed File System (HDFS) for storage and MapReduce for processing. HDFS stores data across clusters of nodes and replicates files for fault tolerance. MapReduce allows parallel processing of large datasets using a map and reduce workflow. The document also discusses Hadoop interfaces, Oracle connectors, and resources for further information.
This document discusses MySQL and Hadoop. It provides an overview of Hadoop, Cloudera Distribution of Hadoop (CDH), MapReduce, Hive, Impala, and how MySQL can interact with Hadoop using Sqoop. Key use cases for Hadoop include recommendation engines, log processing, and machine learning. The document also compares MySQL and Hadoop in terms of data capacity, query languages, and support.
The document discusses Hadoop and big data technologies. It begins with an introduction to big data concepts and the various Hadoop components like HDFS, MapReduce, YARN, Hive, Pig and Mahout. It then explains how big data is different from traditional data warehousing through the concept of schema-on-read. Finally, it provides recommendations on tools for working with big data technologies locally and in the cloud, as well as sources of inspiration like sandbox environments, Apache projects and GitHub.
Overview of big data & hadoop version 1 - Tony NguyenThanh Nguyen
Overview of Big data, Hadoop and Microsoft BI - version1
Big Data and Hadoop are emerging topics in data warehousing for many executives, BI practices and technologists today. However, many people still aren't sure how Big Data and existing Data warehouse can be married and turn that promise into value. This presentation provides an overview of Big Data technology and how Big Data can fit to the current BI/data warehousing context.
http://www.quantumit.com.au
http://www.evisional.com
Overview of Big data, Hadoop and Microsoft BI - version1Thanh Nguyen
Big Data and advanced analytics are critical topics for executives today. But many still aren't sure how to turn that promise into value. This presentation provides an overview of 16 examples and use cases that lay out the different ways companies have approached the issue and found value: everything from pricing flexibility to customer preference management to credit risk analysis to fraud protection and discount targeting. For the latest on Big Data & Advanced Analytics: http://mckinseyonmarketingandsales.com/topics/big-data
This document provides an overview of the Hadoop MapReduce Fundamentals course. It discusses what Hadoop is, why it is used, common business problems it can address, and companies that use Hadoop. It also outlines the core parts of Hadoop distributions and the Hadoop ecosystem. Additionally, it covers common MapReduce concepts like HDFS, the MapReduce programming model, and Hadoop distributions. The document includes several code examples and screenshots related to Hadoop and MapReduce.
Big Data Analytics with Hadoop, MongoDB and SQL ServerMark Kromer
This document discusses SQL Server and big data analytics projects in the real world. It covers the big data technology landscape, big data analytics, and three big data analytics scenarios using different technologies like Hadoop, MongoDB, and SQL Server. It also discusses SQL Server's role in the big data world and how to get data into Hadoop for analysis.
Hadoop is an open-source software framework for distributed storage and processing of large datasets across clusters of computers. It allows for the reliable, scalable, and distributed processing of petabytes of data. Hadoop consists of Hadoop Distributed File System (HDFS) for storage and Hadoop MapReduce for processing vast amounts of data in parallel on large clusters of commodity hardware in a reliable, fault-tolerant manner. Many large companies use Hadoop for applications such as log analysis, web indexing, and data mining of large datasets.
The document introduces the Windows Azure HDInsight Service, which provides a managed Hadoop service on Windows Azure. It discusses big data and Hadoop, describes the components included in HDInsight like HDFS, MapReduce, Pig and Hive. It provides examples of using Pig, Hive and Sqoop with HDInsight and explains how HDInsight is administered through the management portal.
Big Data Hoopla Simplified - TDWI Memphis 2014Rajan Kanitkar
The document provides an overview and quick reference guide to big data concepts including Hadoop, MapReduce, HDFS, YARN, Spark, Storm, Hive, Pig, HBase and NoSQL databases. It discusses the evolution of Hadoop from versions 1 to 2, and new frameworks like Tez and YARN that allow different types of processing beyond MapReduce. The document also summarizes common big data challenges around skills, integration and analytics.
This presentation provides an overview of big data concepts and Hadoop technologies. It discusses what big data is and why it is important for businesses to gain insights from massive data. The key Hadoop technologies explained include HDFS for distributed storage, MapReduce for distributed processing, and various tools that run on top of Hadoop like Hive, Pig, HBase, HCatalog, ZooKeeper and Sqoop. Popular Hadoop SQL databases like Impala, Presto and Stinger are also compared in terms of their performance and capabilities. The document discusses options for deploying Hadoop on-premise or in the cloud and how to integrate Microsoft BI tools with Hadoop for big data analytics.
This is the basis for some talks I've given at Microsoft Technology Center, the Chicago Mercantile exchange, and local user groups over the past 2 years. It's a bit dated now, but it might be useful to some people. If you like it, have feedback, or would like someone to explain Hadoop or how it and other new tools can help your company, let me know.
The document provides an overview of Hadoop, an open-source software framework for distributed storage and processing of large datasets. It describes how Hadoop uses HDFS for distributed file storage across clusters and MapReduce for parallel processing of data. Key components of Hadoop include HDFS for storage, YARN for resource management, and MapReduce for distributed computing. The document also discusses some popular Hadoop distributions and real-world uses of Hadoop by companies.
HBaseCon 2013: Apache Drill - A Community-driven Initiative to Deliver ANSI S...Cloudera, Inc.
Apache Drill is an interactive SQL query engine for analyzing large scale datasets. It allows for querying data stored in HBase and other data sources. Drill uses an optimistic execution model and late binding to schemas to enable fast queries without requiring metadata definitions. It leverages recent techniques like vectorized operators and late record materialization to improve performance. The project is currently in alpha stage but aims to support features like nested queries, Hive UDFs, and optimized joins with HBase.
The document discusses big data and Hadoop. It describes the three V's of big data - variety, volume, and velocity. It also discusses Hadoop components like HDFS, MapReduce, Pig, Hive, and YARN. Hadoop is a framework for storing and processing large datasets in a distributed computing environment. It allows for the ability to store and use all types of data at scale using commodity hardware.
How AI is Revolutionizing Data Collection.pdfPromptCloud
Artificial Intelligence (AI) is transforming the landscape of data collection, making it more efficient, accurate, and insightful than ever before. With AI, businesses can automate the extraction of vast amounts of data from diverse sources, analyze patterns in real-time, and gain deeper insights with minimal human intervention. This revolution in data collection enables companies to make faster, data-driven decisions, enhance their competitive edge, and unlock new opportunities for growth.
AI-powered tools can handle complex and dynamic web content, adapt to changes in website structures, and even understand the context of data through natural language processing. This means that data collection is not only faster but also more precise, reducing the time and effort required for manual data extraction. Furthermore, AI can process unstructured data, such as social media posts and customer reviews, providing valuable insights into customer sentiment and market trends.
Embrace the future of data collection with AI and stay ahead of the curve. Learn more about how PromptCloud’s AI-driven web scraping solutions can transform your data strategy. https://www.promptcloud.com/contact/
Harnessing Wild and Untamed (Publicly Available) Data for the Cost efficient ...weiwchu
We recently discovered that models trained with large-scale speech datasets sourced from the web could achieve superior accuracy and potentially lower cost than traditionally human-labeled or simulated speech datasets. We developed a customizable AI-driven data labeling system. It infers word-level transcriptions with confidence scores, enabling supervised ASR training. It also robustly generates phone-level timestamps even in the presence of transcription or recognition errors, facilitating the training of TTS models. Moreover, It automatically assigns labels such as scenario, accent, language, and topic tags to the data, enabling the selection of task-specific data for training a model tailored to that particular task. We assessed the effectiveness of the datasets by fine-tuning open-source large speech models such as Whisper and SeamlessM4T and analyzing the resulting metrics. In addition to openly-available data, our data handling system can also be tailored to provide reliable labels for proprietary data from certain vertical domains. This customization enables supervised training of domain-specific models without the need for human labelers, eliminating data breach risks and significantly reducing data labeling cost.
Overview of Statistical software such as ODK, surveyCTO,and CSPro
2. Software installation(for computer, and tablet or mobile devices)
3. Create a data entry application
4. Create the data dictionary
5. Create the data entry forms
6. Enter data
7. Add Edits to the Data Entry Application
8. CAPI questions and texts
Annex K RBF's The World Game pdf documentSteven McGee
Signals & Telemetry Annex K for RBF's The World Game / Trade Federations / USPTO 13/573,002 Heart Beacon Cycle Time - Space Time Chain meters, metrics, standards. Adaptive Procedural template framework structured data derived from DoD / NATO's system of systems engineering tech framework
Combined supervised and unsupervised neural networks for pulse shape discrimi...Samuel Jackson
Our methodology for pulse shape discrimination is split into two steps. Firstly, we learn a model to discriminate between pulses using "clean" low-rate examples by removing pile-up & saturated events. In addition to traditional tail sum discrimination, we investigate three different choices for discrimination between γ-pulses, fast, thermal neutrons. We consider clustering the pulses directly using Gaussian Mixture Modelling (GMM), using variational autoencoders to learn a representation of the pulses and then clustering the learned representation (VAE+GMM) and using density ratio estimation to discriminate between a mixed (γ + neutron) and pure (γ only) sources using a multi-layer perceptron (MLP) as a supervised learning problem.
Secondly, we aim to classify and recover pile-up events in the < 150 ns regime by training a single unified multi-label MLP. To frame the problem as a multi-label supervised learning method, we first simulate pile-up events with known components. Then, using the simulated data and combining it with single event data, we train a final multi-label MLP to output a binary code indicating both how many and which type of events are present within an event window.
Introduction to Data Science
1.1 What is Data Science, importance of data science,
1.2 Big data and data Science, the current Scenario,
1.3 Industry Perspective Types of Data: Structured vs. Unstructured Data,
1.4 Quantitative vs. Categorical Data,
1.5 Big Data vs. Little Data, Data science process
1.6 Role of Data Scientist
Data analytics is a powerful tool that can transform business decision-making across industries. Contact District 11 Solutions, which specializes in data analytics, to make informed decisions and achieve your business goals.
4. At some point of time...
Hadoop cluster has a lot of data useful for ad-hoc analysis.
Hard to perform data exploration in batch mode (“data lake”, “schema on read”); lot of
iterative tasks.
Servers have more RAM, SSD drives...
4
8. Apache Drill
Scalable query engine
Querying different data sources - both schema and schema-free
JDBC / Mongo / File System / Hive / HBase
Text files / Parquet / Sequence files / MapR-DB
8
9. Integration with existing BI tools
Apache Drill come with JDBC/ODBC driver.
Supporting many data sources and formats + responsiveness make it good
candidate to Business Intelligence tools backend.
Drill
9
11. Architecture highlights
Cluster of nodes on which drillbit service is installed.
Drillbit responsible for receiving queries, generating plan and executing.
Zookeeper is used to maintain cluster membership.
Clients can connect to any node (or via Zookeeper) and submit queries.
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12. Architecture highlights (cont.)
Schema can be discovered in the runtime - no need to know the schema before
executing the query.
Storage plugins - can access custom databases.
Distributed cache is used to share metadata, plans and statistics (Infinispan in-
memory key-value data store)
12
15. Hive → Drill Migration ?
Apache Drill is a good candidate to Fast SQL solution over Hadoop.
When deployed alongside Hive it gives ad-hoc capabilities
Can use Hive Metastore
Can use Hive UDFs
15
16. Hive → Drill
Data types ~ match those in Hive (although DECIMAL still in alpha)
Analytical functions ~ like in Hive (but still not 100% implemented, like moving average AVG(x) OVER
(ORDER BY time ROWS BETWEEN 2 PRECEDING AND 2 FOLLOWING)
Support for Hive UDFs (but JAR needs to be uploaded into every host)
16
23. Embarrassingly simple performance test...
...just to put some numbers in the presentation ;)
Hadoop cluster:
3 nodes: data node / node manager / apache drill
2 nodes: 16GB RAM, 2 CPU x 2 cores
1 node: 10GB RAM, 2 CPU x 2 cores
+1: name node / resource manager / hive server
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24. Hive MR vs. Drill
Wikipedia pageview counts:
en A1_road_in_London 1 35107
en A1_steak_sauce 1 13905
en A1_volleyball_league_(Greece) 1 17636
en A1chieve 1 6558
en A2%20road 1 7402
project article
page
views
bytes
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25. Hive schema
create table wiki_pagecounts(
prj string,
page string,
pv int,
bytes bigint
) partitioned by (ts string)
row format delimited fields terminated by ' ';
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26. Timing: Hive (MR) vs. Drill
Q1 - simple count per partition
(group by)
Q2 - top page within hour/lang.
(row_number)
Q3 - mobile share
(group by, case stmt)
Q4 - top pages with pct pv
(join, group by, row_number)
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27. Integration with YARN?
Currently (Drill 1.5) not supported
There is a ticket for this DRILL-142
Would make deployment much easier and more efficient resource
management.
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28. Kerberos?
Currently (Drill 1.5) doesn’t support Kerberos when accessing HDFS
Ticket opened: DRILL-3584
Without it it may be challenging to fit Drill into existing secured Hadoop
environment.
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