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Apache Apex: Next Gen Big Data Analytics
Apache Apex: Next Gen Big Data Analytics Thomas Weise <[email protected]> @thweise PMC Chair Apache Apex, Architect DataTorrent Apache Big Data Europe, Sevilla, Nov 14th 2016 Stream Data Processing Data Delivery Transform / Analytics Real-time visualization, … Declarative SQL API Data Beam Beam SAMOA Operator SAMOA DAG API Sources Library Events Logs Oper1 Oper2 Oper3 Sensor Data Social Databases CDC (roadmap) 2 Industries & Use Cases Financial Services Ad-Tech Telecom Manufacturing Energy IoT Real-time Call detail record customer facing (CDR) & Supply chain Fraud and risk Smart meter Data ingestion dashboards on extended data planning & monitoring analytics and processing key performance record (XDR) optimization indicators analysis Understanding Reduce outages Credit risk Click fraud customer Preventive & improve Predictive assessment detection behavior AND maintenance resource analytics context utilization Packaging and Improve turn around Asset & Billing selling Product quality & time of trade workforce Data governance optimization anonymous defect tracking settlement processes management customer data HORIZONTAL • Large scale ingest and distribution • Enforcing data quality and data governance requirements • Real-time ELTA (Extract Load Transform Analyze) • Real-time data enrichment with reference data • Dimensional computation & aggregation • Real-time machine learning model scoring 3 Apache Apex • In-memory, distributed stream processing • Application logic broken into components (operators) that execute distributed in a cluster • -
The Cloud‐Based Demand‐Driven Supply Chain
The Cloud-Based Demand-Driven Supply Chain Wiley & SAS Business Series The Wiley & SAS Business Series presents books that help senior-level managers with their critical management decisions. Titles in the Wiley & SAS Business Series include: The Analytic Hospitality Executive by Kelly A. McGuire Analytics: The Agile Way by Phil Simon Analytics in a Big Data World: The Essential Guide to Data Science and Its Applications by Bart Baesens A Practical Guide to Analytics for Governments: Using Big Data for Good by Marie Lowman Bank Fraud: Using Technology to Combat Losses by Revathi Subramanian Big Data Analytics: Turning Big Data into Big Money by Frank Ohlhorst Big Data, Big Innovation: Enabling Competitive Differentiation through Business Analytics by Evan Stubbs Business Analytics for Customer Intelligence by Gert Laursen Business Intelligence Applied: Implementing an Effective Information and Communications Technology Infrastructure by Michael Gendron Business Intelligence and the Cloud: Strategic Implementation Guide by Michael S. Gendron Business Transformation: A Roadmap for Maximizing Organizational Insights by Aiman Zeid Connecting Organizational Silos: Taking Knowledge Flow Management to the Next Level with Social Media by Frank Leistner Data-Driven Healthcare: How Analytics and BI Are Transforming the Industry by Laura Madsen Delivering Business Analytics: Practical Guidelines for Best Practice by Evan Stubbs ii Demand-Driven Forecasting: A Structured Approach to Forecasting, Second Edition by Charles Chase Demand-Driven Inventory -
Big Data Stream Analysis: a Systematic Literature Review
Kolajo et al. J Big Data (2019) 6:47 https://doi.org/10.1186/s40537-019-0210-7 SURVEY PAPER Open Access Big data stream analysis: a systematic literature review Taiwo Kolajo1,2* , Olawande Daramola3 and Ayodele Adebiyi1,4 *Correspondence: [email protected]; Abstract [email protected] Recently, big data streams have become ubiquitous due to the fact that a number of 1 Department of Computer and Information Sciences, applications generate a huge amount of data at a great velocity. This made it difcult Covenant University, Ota, for existing data mining tools, technologies, methods, and techniques to be applied Nigeria directly on big data streams due to the inherent dynamic characteristics of big data. In Full list of author information is available at the end of the this paper, a systematic review of big data streams analysis which employed a rigorous article and methodical approach to look at the trends of big data stream tools and technolo- gies as well as methods and techniques employed in analysing big data streams. It provides a global view of big data stream tools and technologies and its comparisons. Three major databases, Scopus, ScienceDirect and EBSCO, which indexes journals and conferences that are promoted by entities such as IEEE, ACM, SpringerLink, and Elsevier were explored as data sources. Out of the initial 2295 papers that resulted from the frst search string, 47 papers were found to be relevant to our research questions after implementing the inclusion and exclusion criteria. The study found that scalability, privacy and load balancing issues as well as empirical analysis of big data streams and technologies are still open for further research eforts. -
Pohorilyi Magistr.Pdf
НАЦІОНАЛЬНИЙ ТЕХНІЧНИЙ УНІВЕРСИТЕТ УКРАЇНИ «КИЇВСЬКИЙ ПОЛІТЕХНІЧНИЙ ІНСТИТУТ імені ІГОРЯ СІКОРСЬКОГО» Факультет інформатики та обчислювальної техніки (повна назва інституту/факультету) Кафедра автоматики та управління в технічних системах (повна назва кафедри) «На правах рукопису» «До захисту допущено» УДК ______________ Завідувач кафедри __________ _____________ (підпис) (ініціали, прізвище) “___”_____________20__ р. Магістерська дисертація зі спеціальності (спеціалізації)126 Інформаційні системи та технології на тему: Система збору та аналізу тексових даних з соціальних мереж________ ____________________________________________________________________ Виконав: студент __6__ курсу, групи ___ІА-з82мп______ (шифр групи) Погорілий Богдан Анатолійович ____________________________ __________ (прізвище, ім’я, по батькові) (підпис) Науковий керівник: завідувач кафедри, д.т.н., професор Ролік О. І. __________ (посада, науковий ступінь, вчене звання, прізвище та ініціали) (підпис) Консультант: _______________________________ __________ (назва розділу) (науковий ступінь, вчене звання, , прізвище, ініціали) (підпис) Рецензент: _______________________________________________ __________ (посада, науковий ступінь, вчене звання, науковий ступінь, прізвище та ініціали) (підпис) Засвідчую, що у цій магістерській дисертації немає запозичень з праць інших авторів без відповідних посилань. Студент _____________ (підпис) Київ – 2019 року 3 Національний технічний університет України «Київський політехнічний інститут імені Ігоря Сікорського» Факультет (інститут) -
Apache Calcite: a Foundational Framework for Optimized Query Processing Over Heterogeneous Data Sources
Apache Calcite: A Foundational Framework for Optimized Query Processing Over Heterogeneous Data Sources Edmon Begoli Jesús Camacho-Rodríguez Julian Hyde Oak Ridge National Laboratory Hortonworks Inc. Hortonworks Inc. (ORNL) Santa Clara, California, USA Santa Clara, California, USA Oak Ridge, Tennessee, USA [email protected] [email protected] [email protected] Michael J. Mior Daniel Lemire David R. Cheriton School of University of Quebec (TELUQ) Computer Science Montreal, Quebec, Canada University of Waterloo [email protected] Waterloo, Ontario, Canada [email protected] ABSTRACT argued that specialized engines can offer more cost-effective per- Apache Calcite is a foundational software framework that provides formance and that they would bring the end of the “one size fits query processing, optimization, and query language support to all” paradigm. Their vision seems today more relevant than ever. many popular open-source data processing systems such as Apache Indeed, many specialized open-source data systems have since be- Hive, Apache Storm, Apache Flink, Druid, and MapD. Calcite’s ar- come popular such as Storm [50] and Flink [16] (stream processing), chitecture consists of a modular and extensible query optimizer Elasticsearch [15] (text search), Apache Spark [47], Druid [14], etc. with hundreds of built-in optimization rules, a query processor As organizations have invested in data processing systems tai- capable of processing a variety of query languages, an adapter ar- lored towards their specific needs, two overarching problems have chitecture designed for extensibility, and support for heterogeneous arisen: data models and stores (relational, semi-structured, streaming, and • The developers of such specialized systems have encoun- geospatial). This flexible, embeddable, and extensible architecture tered related problems, such as query optimization [4, 25] is what makes Calcite an attractive choice for adoption in big- or the need to support query languages such as SQL and data frameworks. -
Integrazioa Hizkuntzaren Prozesamenduan Anotazio-Eskemak Eta Elkarreragingarritasuna. Testuen Prozesatze Masiboa, Datu Handien T
EUSKAL HERRIKO UNIBERTSITATEA Lengoaia eta Sistema Informatikoak Doktorego-tesia Integrazioa hizkuntzaren prozesamenduan Anotazio-eskemak eta elkarreragingarritasuna. Testuen prozesatze masiboa, datu handien teknikak erabiliz. Zuhaitz Beloki Leitza Donostia, 2017 EUSKAL HERRIKO UNIBERTSITATEA Lengoaia eta Sistema Informatikoak Integrazioa hizkuntzaren prozesamenduan Anotazio-eskemak eta elkarreragingarritasuna. Testuen prozesatze masiboa, datu handien teknikak erabiliz. Zuhaitz Beloki Leitzak Xabier Artola Zubillagaren eta Aitor Soroa Etxaberen zuzendaritzapean egindako tesiaren txoste- na, Euskal Herriko Unibertsitatean Doktore titulua eskuratzeko aurkeztua. Donostia, 2017. i ii Laburpena Tesi-lan honetan hizkuntzaren prozesamenduko tresnen integrazioa landu du- gu, datu handien teknikei arreta berezia eskainiz. Tresnen integrazioa, izatez, bi mailatan landu dugu: anotazio-eskemen mailan eta prozesuen mailan. Anotazio-eskemen mailako integrazioan tresnen arteko elkarreragingarritasu- na lortzeko lehenbiziko pausoak aurkeztea izan dugu helburu. Horrekin lotu- ta, bi anotazio-eskema aurkeztu ditugu: Anotazio-Amaraunen Arkitektura (AWA, Annotation Web Architecture) eta NLP Annotation Format (NAF). AWA tesi-lan honekin hasi aurretik sortua izan zen, eta orain formalizazio- lan bat egin dugu berarekin, elkarreragingarritasunari arreta berezia jarriz. NAF, bere aldetik, eskema praktikoa eta sinplea izateko helburuekin sortu dugu. Bi anotazio-eskema horietatik abiatuz, eskemarekiko independentea den eredu abstraktu bat diseinatu dugu. Abstrakzio -
Real-Time Analytics for Fast Evolving Social Graphs
Real-time Analytics for Fast Evolving Social Graphs Charith Wickramaarachchi1, Alok Kumbhare1, Marc Frincu2, Charalampos Chelmis2, and Viktor K. Prasanna2 1Dept. of Computer Science, University of Southern California, Los Angeles, California 90089 2Dept. of Electrical Engineering, University of Southern California, Los Angeles, California 90089 Email: [email protected], [email protected], [email protected], [email protected], [email protected] Abstract—Existing Big Data streams coming from social second have been observed. In Facebook’s case we notice and other connected sensor networks exhibit intrinsic inter- an average of 41,000 posts per second or about 2.4Mb dependency enabling unique challenges to scalable graph ana- of data each second. Processing this huge amount of fast lytics. Data from these graphs is usually collected in different geographically located data servers making it suitable for streaming data to extract useful knowledge in real-time is distributed processing on clouds. While numerous solutions for challenging and requires besides efficient graph updates, large scale static graph analysis have been proposed, addressing scalable methods for performing incremental analytics in in real-time the dynamics of social interactions requires novel order to reduce the complexity of the data-driven algorithms. approaches that leverage incremental stream processing and Existing graph processing methods have focused either graph analytics on elastic clouds. We propose a scalable solution based on our stream pro- on large shared memory approaches where the graph is cessing engine, Floe, on top of which we perform real-time streamed and processed in-memory [6], or on batch pro- data processing and graph updates to enable low latency graph cessing techniques for distributed computing where periodic analytics on large evolving social networks. -
Building Streaming Applications with Apache Apex
Building Streaming Applications with Apache Apex Chinmay Kolhatkar, Committer @ApacheApex, Engineer @DataTorrent Thomas Weise, PMC Chair @ApacheApex, Architect @DataTorrent Nov 15th 2016 Agenda • Application Development Model • Creating Apex Application - Project Structure • Apex APIs • Configuration Example • Operator APIs • Overview of Operator Library • Frequently used Connectors • Stateful Transformation & Windowing • Scalability - Partitioning • End-to-end Exactly Once 2 Application Development Model Directed Acyclic Graph (DAG) Operator er Enriched Filtered Stream Stream Operator Operator Operator Operator Output Tuple Tuple er er er Stream er Filtered Operator Stream Enriched er Stream ▪Stream is a sequence of data tuples ▪Operator takes one or more input streams, performs computations & emits one or more output streams • Each Operator is YOUR custom business logic in java, or built-in operator from our open source library • Operator has many instances that run in parallel and each instance is single-threaded ▪Directed Acyclic Graph (DAG) is made up of operators and streams 3 Creating Apex Application Project chinmay@chinmay-VirtualBox:~/src$ mvn archetype:generate -DarchetypeGroupId=org.apache.apex -DarchetypeArtifactId=apex-app-archetype -DarchetypeVersion=LATEST -DgroupId=com.example -Dpackage=com.example.myapexapp -DartifactId=myapexapp -Dversion=1.0-SNAPSHOT … … ... Confirm properties configuration: groupId: com.example artifactId: myapexapp version: 1.0-SNAPSHOT package: com.example.myapexapp archetypeVersion: LATEST Y: : -
Code Smell Prediction Employing Machine Learning Meets Emerging Java Language Constructs"
Appendix to the paper "Code smell prediction employing machine learning meets emerging Java language constructs" Hanna Grodzicka, Michał Kawa, Zofia Łakomiak, Arkadiusz Ziobrowski, Lech Madeyski (B) The Appendix includes two tables containing the dataset used in the paper "Code smell prediction employing machine learning meets emerging Java lan- guage constructs". The first table contains information about 792 projects selected for R package reproducer [Madeyski and Kitchenham(2019)]. Projects were the base dataset for cre- ating the dataset used in the study (Table I). The second table contains information about 281 projects filtered by Java version from build tool Maven (Table II) which were directly used in the paper. TABLE I: Base projects used to create the new dataset # Orgasation Project name GitHub link Commit hash Build tool Java version 1 adobe aem-core-wcm- www.github.com/adobe/ 1d1f1d70844c9e07cd694f028e87f85d926aba94 other or lack of unknown components aem-core-wcm-components 2 adobe S3Mock www.github.com/adobe/ 5aa299c2b6d0f0fd00f8d03fda560502270afb82 MAVEN 8 S3Mock 3 alexa alexa-skills- www.github.com/alexa/ bf1e9ccc50d1f3f8408f887f70197ee288fd4bd9 MAVEN 8 kit-sdk-for- alexa-skills-kit-sdk- java for-java 4 alibaba ARouter www.github.com/alibaba/ 93b328569bbdbf75e4aa87f0ecf48c69600591b2 GRADLE unknown ARouter 5 alibaba atlas www.github.com/alibaba/ e8c7b3f1ff14b2a1df64321c6992b796cae7d732 GRADLE unknown atlas 6 alibaba canal www.github.com/alibaba/ 08167c95c767fd3c9879584c0230820a8476a7a7 MAVEN 7 canal 7 alibaba cobar www.github.com/alibaba/ -
Introduction to Apache Beam
Introduction to Apache Beam Dan Halperin JB Onofré Google Talend Beam podling PMC Beam Champion & PMC Apache Member Apache Beam is a unified programming model designed to provide efficient and portable data processing pipelines What is Apache Beam? The Beam Programming Model Other Beam Beam Java Languages Python SDKs for writing Beam pipelines •Java, Python Beam Model: Pipeline Construction Beam Runners for existing distributed processing backends Apache Apache Apache Apache Cloud Apache Apache Apex Flink Gearpump Spark Dataflow Apex Apache Gearpump Apache Beam Model: Fn Runners Google Cloud Dataflow Execution Execution Execution What’s in this talk • Introduction to Apache Beam • The Apache Beam Podling • Beam Demos Quick overview of the Beam model PCollection – a parallel collection of timestamped elements that are in windows. Sources & Readers – produce PCollections of timestamped elements and a watermark. ParDo – flatmap over elements of a PCollection. (Co)GroupByKey – shuffle & group {{K: V}} → {K: [V]}. Side inputs – global view of a PCollection used for broadcast / joins. Window – reassign elements to zero or more windows; may be data-dependent. Triggers – user flow control based on window, watermark, element count, lateness - emitting zero or more panes per window. 1.Classic Batch 2. Batch with 3. Streaming Fixed Windows 4. Streaming with 5. Streaming With 6. Sessions Speculative + Late Data Retractions Simple clickstream analysis pipeline Data: JSON-encoded analytics stream from site •{“user”:“dhalperi”, “page”:“blog.apache.org/feed/7”, -
FROM FLAT FILES to DECONSTRUCTED DATABASE the Evolution and Future of the Big Data Ecosystem
FROM FLAT FILES TO DECONSTRUCTED DATABASE The evolution and future of the Big Data ecosystem. Julien Le Dem @J_ [email protected] March 2019 Julien Le Dem @J_ Julien Principal Data Engineer • Author of Parquet • Apache member • Apache PMCs: Arrow, Kudu, Heron, Incubator, Pig, Parquet, Tez • Used Hadoop first at Yahoo in 2007 • Formerly Twitter Data platform and Dremio Agenda ❖ At the beginning there was Hadoop (2005) ❖ Actually, SQL was invented in the 70s “MapReduce: A major step backwards” ❖ The deconstructed database ❖ What next? At the beginning there was Hadoop Hadoop Storage: A distributed file system Execution: Map Reduce Based on Google’s GFS and MapReduce papers Great at looking for a needle in a haystack Great at looking for a needle in a haystack … … with snowplows Original Hadoop abstractions Execution Storage Map/Reduce File System Read write locally locally Simple Just flat files M R ● Flexible/Composable Shuffle ● Any binary ● Logic and optimizations ● No schema tightly coupled ● No standard ● Ties execution with M R ● The job must know how to persistence split the data M R “MapReduce: A major step backwards” (2008) Databases have been around for a long time Relational model • First described in 1969 by Edgar F. Codd • Originally SEQUEL developed in the early 70s at IBM SQL • 1986: first SQL standard • Updated in 1989, 1992, 1996, 1999, 2003, 2006, 2008, 2011, 2016 • Universal Data access language Global Standard • Widely understood Underlying principles of relational databases Separation of logic and optimization Standard -
Apache Calcite for Enabling SQL Access to Nosql Data Systems Such As Apache Geode Christian Tzolov Whoami Christian Tzolov
Apache Calcite for Enabling SQL Access to NoSQL Data Systems such as Apache Geode Christian Tzolov Whoami Christian Tzolov Engineer at Pivotal, Big-Data, Hadoop, Spring Cloud Dataflow, Apache Geode, Apache HAWQ, Apache Committer, Apache Crunch PMC member [email protected] blog.tzolov.net twitter: @christzolov https://nl.linkedin.com/in/tzolov Disclaimer This talk expresses my personal opinions. It is not read or approved by Pivotal and does not necessarily reflect the views and opinions of Pivotal nor does it constitute any official communication of Pivotal. Pivotal does not support any of the code shared here. 2 Big Data Landscape 2016 • Volume • Velocity • Varity • Scalability • Latency • Consistency vs. Availability (CAP) 3 Data Access • {Old | New} SQL • Custom APIs – Key / Value – Fluent APIs – REST APIs • {My} Query Language Unified Data Access? At What Cost? 4 SQL? • Apache Apex • SQL-Gremlin • Apache Drill … • Apache Flink • Apache Geode • Apache Hive • Apache Kylin • Apache Phoenix • Apache Samza • Apache Storm • Cascading • Qubole Quark 5 Geode Adapter - Overview SQL/JDBC/ODBC Parse SQL, converts into relational expression and Apache Calcite optimizes Push down the relational expressions supported by Geode Spring Data API for Enumerable OQL and falls back to the Calcite interacting with Geode Adapter Enumerable Adapter for the rest Convert SQL relational Spring Data Geode Adapter expressions into OQL queries Geode (Geode Client) Geode API and OQL Geode Server Geode Server Geode Server Data Data Data SQL Relational Expressions