Big data refers to large volumes of diverse data that traditional data processing systems are unable to handle. Hadoop is an open-source software framework for distributed storage and processing of big data across clusters of commodity hardware. It allows for the reliable, scalable, and distributed processing of large data sets across clusters of commodity servers. Hadoop features include scalable and reliable data storage with HDFS and distributed processing of large data sets with MapReduce. Popular companies that use Hadoop include Google, Facebook, and Amazon for its abilities to process massive amounts of data in a cost-effective manner.
This document provides an overview of big data and Hadoop. It discusses the history and origins of big data from Google's search engine architecture. It then introduces Hadoop, including HDFS and MapReduce, and describes the main components of the Hadoop ecosystem. The document outlines Hadoop distributions like Cloudera and provides examples of using Cloudera for file formats, compression and reading data as a database. It also discusses ETL vs ELT and demonstrates Talend for ETL/ELT tools with database, batch and streaming jobs.
The document discusses Hadoop and IoT. It provides an overview of big data and Hadoop, describing its core components like HDFS, MapReduce, and YARN. It also discusses how IoT generates large amounts of structured and unstructured data from devices. Hadoop is well suited to process and analyze the volume of data generated by IoT. The document also summarizes Hive, a data warehousing component of Hadoop that provides SQL-like queries to analyze IoT and other large datasets.
Hadoop and Internet of Things presentation from Sinergija 2014 conference, held in Belgrade in October 2014. How the rising data resources change the business, and how the Big Data technologies combined with Internet of Things devices can help to improve the business and the everyday life. Hadoop is already the most significant technology for working with Big Data. Microsoft is playing a very important role in this field, with the Stinger initiative. The main goal is to bring the enterprise SQL at Hadoop scale.
Big data processing using hadoop poster presentationAmrut Patil
This document compares implementing Hadoop infrastructure on Amazon Web Services (AWS) versus commodity hardware. It discusses setting up Hadoop clusters on both AWS Elastic Compute Cloud (EC2) instances and several retired PCs running Ubuntu. The document also provides an overview of the Hadoop architecture, including the roles of the NameNode, DataNode, JobTracker, and TaskTracker in distributed storage and processing within Hadoop.
AN OVERVIEW OF BIGDATA AND HADOOP . THE ARCHITECHTURE IT USES AND THE WAY IT WORKS ON THE DATA SETS. THE SIDES ALSO SHOW THE VARIOUS FIELDS WHERE THEY ARE MOSTLY USED AND IMPLIMENTED
Spark is a big data processing framework built in Scala that runs on the JVM. It provides speed, generality, ease of use, and accessibility for processing large datasets. Spark features include working directly on memory for speed, supporting MapReduce, lazy evaluation of queries for optimization, and APIs for Scala, R and Python. It includes Spark Streaming for real-time data, Spark SQL for SQL queries, and MLlib for machine learning. Resilient Distributed Datasets (RDDs) are Spark's fundamental data structure, and MapReduce is a programming model used for processing large amounts of data in parallel.
Big data refers to large volumes of diverse data that traditional data processing systems are unable to handle. Hadoop is an open-source software framework for distributed storage and processing of big data across clusters of commodity hardware. It allows for the reliable, scalable, and distributed processing of large data sets across clusters of commodity servers. Hadoop features include scalable and reliable data storage with HDFS and distributed processing of large data sets with MapReduce. Popular companies that use Hadoop include Google, Facebook, and Amazon for its abilities to process massive amounts of data in a cost-effective manner.
This document provides an overview of big data and Hadoop. It discusses the history and origins of big data from Google's search engine architecture. It then introduces Hadoop, including HDFS and MapReduce, and describes the main components of the Hadoop ecosystem. The document outlines Hadoop distributions like Cloudera and provides examples of using Cloudera for file formats, compression and reading data as a database. It also discusses ETL vs ELT and demonstrates Talend for ETL/ELT tools with database, batch and streaming jobs.
The document discusses Hadoop and IoT. It provides an overview of big data and Hadoop, describing its core components like HDFS, MapReduce, and YARN. It also discusses how IoT generates large amounts of structured and unstructured data from devices. Hadoop is well suited to process and analyze the volume of data generated by IoT. The document also summarizes Hive, a data warehousing component of Hadoop that provides SQL-like queries to analyze IoT and other large datasets.
Hadoop and Internet of Things presentation from Sinergija 2014 conference, held in Belgrade in October 2014. How the rising data resources change the business, and how the Big Data technologies combined with Internet of Things devices can help to improve the business and the everyday life. Hadoop is already the most significant technology for working with Big Data. Microsoft is playing a very important role in this field, with the Stinger initiative. The main goal is to bring the enterprise SQL at Hadoop scale.
Big data processing using hadoop poster presentationAmrut Patil
This document compares implementing Hadoop infrastructure on Amazon Web Services (AWS) versus commodity hardware. It discusses setting up Hadoop clusters on both AWS Elastic Compute Cloud (EC2) instances and several retired PCs running Ubuntu. The document also provides an overview of the Hadoop architecture, including the roles of the NameNode, DataNode, JobTracker, and TaskTracker in distributed storage and processing within Hadoop.
AN OVERVIEW OF BIGDATA AND HADOOP . THE ARCHITECHTURE IT USES AND THE WAY IT WORKS ON THE DATA SETS. THE SIDES ALSO SHOW THE VARIOUS FIELDS WHERE THEY ARE MOSTLY USED AND IMPLIMENTED
Spark is a big data processing framework built in Scala that runs on the JVM. It provides speed, generality, ease of use, and accessibility for processing large datasets. Spark features include working directly on memory for speed, supporting MapReduce, lazy evaluation of queries for optimization, and APIs for Scala, R and Python. It includes Spark Streaming for real-time data, Spark SQL for SQL queries, and MLlib for machine learning. Resilient Distributed Datasets (RDDs) are Spark's fundamental data structure, and MapReduce is a programming model used for processing large amounts of data in parallel.
This document provides an overview of big data concepts including what big data is, how it is used, and common tools involved. It defines big data as a cluster of technologies like Hadoop, HDFS, and HCatalog used for fetching, processing, and visualizing large datasets. MapReduce and Hadoop clusters are described as common processing techniques. Example use cases mentioned include business intelligence. Resources for getting started with tools like Hortonworks, CloudEra, and examples of MapReduce jobs are also provided.
Cloud computing represents a new approach to addressing scalability problems by providing reusable infrastructure components that organizations can use to build applications that can rapidly scale to large volumes of data. The amount of data generated is growing exponentially from a variety sources and far exceeds what a single computer can process. Frameworks like Hadoop provide a scalable and reliable way to process vast amounts of data across many computers working in parallel by distributing data and computation automatically. This allows organizations to efficiently gain insights from large datasets.
An Introduction to Big data and problems associated with storing and analyzing big data and How Hadoop solves the problem with its HDFS and MapReduce frameworks. A little intro to HDInsight, Hadoop on windows azure.
This document provides an introduction to Dhruv Gairola and Datachili Inc. It discusses big data challenges related to volume, variety, velocity and veracity of data. It then provides an overview of Hadoop components like HDFS, MapReduce and YARN. Examples of Hadoop usage include fraud detection, data warehousing, and click analytics. The document also discusses Spark as part of the Hadoop ecosystem and how Datachili uses Hadoop and Spark for data preparation, joining datasets, and automatic analytics.
Hadoop is an open source software framework that allows for the distributed processing of large datasets across clusters of computers. It is scalable, economical, and efficient by distributing data storage and processing across commodity computers. Hadoop implements Google's MapReduce programming model and uses HDFS for reliable data storage across multiple replicas, placing data blocks on compute nodes near where the data is located to allow parallel processing. The typical Hadoop cluster contains thousands of nodes with a master node managing block locations and slave nodes providing storage.
Introduction To Big Data Analytics On Hadoop - SpringPeopleSpringPeople
Big data analytics uses tools like Hadoop and its components HDFS and MapReduce to store and analyze large datasets in a distributed environment. HDFS stores very large data sets reliably and streams them at high speeds, while MapReduce allows developers to write programs that process massive amounts of data in parallel across a distributed cluster. Other concepts discussed in the document include data preparation, visualization, hypothesis testing, and deductive vs inductive reasoning as they relate to big data analytics. The document aims to introduce readers to big data analytics using Hadoop and suggests the audience as data analysts, scientists, database managers, and consultants.
Presented By :- Rahul Sharma
B-Tech (Cloud Technology & Information Security)
2nd Year 4th Sem.
Poornima University (I.Nurture),Jaipur
www.facebook.com/rahulsharmarh18
Real time big data analytical architecture for remote sensing applicationLeMeniz Infotech
Real time big data analytical architecture for remote sensing application
Do Your Projects With Technology Experts
To Get this projects Call : 9566355386 / 99625 88976
Web : http://www.lemenizinfotech.com
Web : http://www.ieeemaster.com
Mail : projects@lemenizinfotech.com
Blog : http://ieeeprojectspondicherry.weebly.com
Blog : http://www.ieeeprojectsinpondicherry.blogspot.in/
Youtube:https://www.youtube.com/watch?v=eesBNUnKvws
Cloud computing involves delivering computing services over the internet. It has three main components: client computers, distributed servers located in different geographic locations, and data centers housing servers and applications. There are three main service models: Software as a Service (SaaS) which provides required software; Platform as a Service (PaaS) which provides operating systems and networks; and Infrastructure as a Service (IaaS) which provides basic network access. Deployment models include public, private, hybrid, and community clouds based on access restrictions. Big data refers to very large amounts of digital data that cannot be analyzed with traditional techniques, and requires distributed processing across cloud infrastructure to gain insights.
Gail Zhou on "Big Data Technology, Strategy, and Applications"Gail Zhou, MBA, PhD
Dr. Gail Zhou presented this topic at DevNexus on Feb 25, 2014. Big Data history, opportunities, and applications. Big Data key concepts, reference architecture with open source technology stacks. Hadoop architecture explained (HDFS, Map Reduce, and YARN). Big Data start-up challenges and strategies to overcome them. Technology update: Hadoop and Cassandra based technology offerings.
Relationship between cloud computing and big dataJazan University
Cloud computing provides on-demand access to computing resources and applications via the internet. It allows large data to be processed more easily by providing scalable storage and computing power. Storing and analyzing big data in the cloud has benefits like easy use, low costs, and reducing hardware requirements compared to traditional systems. Common cloud platforms that support big data include Amazon Web Services (AWS) and Microsoft Azure, which provide servers, databases, and developer tools via the internet.
ESIP 2018 - The Case for Archives of ConvenienceDan Pilone
Earth Science data is measured in petabytes and represents decades of data collection, evolution of technology and practices, and provides an unparalleled view of our planet. The pace of change is only accelerating: NASA and other agencies are on their way to making hundreds of Petabytes of data available in the cloud, highly scalable processing and analysis architectures and tools are in active use with more being developed every day, and each of these brings with it opportunities for optimization and innovation. This talk demonstrates leveraging the elastic nature of the cloud using GOES-16 data to create ephemeral Archives of Convenience, targeting individual researcher needs, optimized for their problems and tool suites, instead of trying to settle on a single "cloud optimized" solution.
Learn Big data and Hadoop online at Easylearning Guru. We are offer Instructor led online training and Life Time LMS (Learning Management System). Join Our Free Live Demo Classes of Big Data Hadoop .
OCCIware: extensible and standard-based XaaS platform to manage everything in...OCCIware
This document discusses OCCIware, an open source platform for managing cloud resources using the Open Cloud Computing Interface (OCCI) standard. It introduces OCCIware Studio for designing, simulating, and developing cloud applications and services, and the OCCIware Runtime for deploying and managing those services. It then demonstrates OCCIware's capabilities for linked data analytics as a service using Docker Studio and a MongoDB cluster. Upcoming work on OCCIware includes improvements to Studio, integration with cloud management tools, and further use cases involving data centers, big data, and linked data.
This document presents an overview of big data. It defines big data as large, diverse data that requires new techniques to manage and extract value from. It discusses the 3 V's of big data - volume, velocity and variety. Examples of big data sources include social media, sensors, photos and business transactions. Challenges of big data include storage, transfer, processing, privacy and data sharing. Past solutions discussed include data sharding, while modern solutions include Hadoop, MapReduce, HDFS and RDF.
This document introduces the HyperStore Smart Storage Platform, a software-defined object storage system that provides scalable, always-on, and durable storage across hybrid cloud environments. Some key features include using the S3 protocol, replication for high availability, erasure coding for data protection, and smart policies to control data placement, access, and tiering. The system offers multi-tenancy, quality of service controls, security, analytics capabilities, and APIs to programmatically manage storage and integrate with applications.
The document describes a data ingest system that digitizes content from multiple data providers and stores redundant copies across a global acquisition and storage preservation system. It replicates the files, metadata, and services needed to deliver the content through an access system.
The document outlines the Hadoop ecosystem, including its data, workload management, and application layers. It shows the master and slave nodes that make up the compute cluster, with the NameNode and JobTracker on the master node managing the DataNodes and TaskTrackers on the slave nodes. YARN is presented as replacing MapReduce for workload management, separating scheduling from processing to allow multiple engines like MapReduce 2.0 to share cluster resources.
Cloud computing allows users to access scalable computing resources and applications from any connected device over the internet. It offers businesses benefits like low upfront infrastructure costs, flexible access to resources on demand, more efficient utilization of resources, and pay-per-use pricing. Cloud computing architectures include cloud infrastructure, platforms, and services that businesses and developers can access, as well as cloud-based applications. Major cloud providers include Amazon Web Services, Google, and private cloud options hosted internally.
Big Data refers to large and complex datasets that are difficult to process using traditional data processing applications. The document discusses challenges of storing and analyzing big data, as well as the main components of Hadoop including HDFS and MapReduce. Applications of big data mentioned include data mining, text mining, and predictive analytics.
Big Data Warsaw v 4 I "The Role of Hadoop Ecosystem in Advance Analytics" - R...Dataconomy Media
What is Big Data? What is Hadoop? What is MapReduce? How do the other components such as: Oozie, Hue, Hive, Impala works? Which are the main Hadoop distributions? What is Spark? What are the differences between Batch and Streaming processing? What are some Business Intelligence Solutions by focusing on some business cases?
This document provides an overview of big data concepts including what big data is, how it is used, and common tools involved. It defines big data as a cluster of technologies like Hadoop, HDFS, and HCatalog used for fetching, processing, and visualizing large datasets. MapReduce and Hadoop clusters are described as common processing techniques. Example use cases mentioned include business intelligence. Resources for getting started with tools like Hortonworks, CloudEra, and examples of MapReduce jobs are also provided.
Cloud computing represents a new approach to addressing scalability problems by providing reusable infrastructure components that organizations can use to build applications that can rapidly scale to large volumes of data. The amount of data generated is growing exponentially from a variety sources and far exceeds what a single computer can process. Frameworks like Hadoop provide a scalable and reliable way to process vast amounts of data across many computers working in parallel by distributing data and computation automatically. This allows organizations to efficiently gain insights from large datasets.
An Introduction to Big data and problems associated with storing and analyzing big data and How Hadoop solves the problem with its HDFS and MapReduce frameworks. A little intro to HDInsight, Hadoop on windows azure.
This document provides an introduction to Dhruv Gairola and Datachili Inc. It discusses big data challenges related to volume, variety, velocity and veracity of data. It then provides an overview of Hadoop components like HDFS, MapReduce and YARN. Examples of Hadoop usage include fraud detection, data warehousing, and click analytics. The document also discusses Spark as part of the Hadoop ecosystem and how Datachili uses Hadoop and Spark for data preparation, joining datasets, and automatic analytics.
Hadoop is an open source software framework that allows for the distributed processing of large datasets across clusters of computers. It is scalable, economical, and efficient by distributing data storage and processing across commodity computers. Hadoop implements Google's MapReduce programming model and uses HDFS for reliable data storage across multiple replicas, placing data blocks on compute nodes near where the data is located to allow parallel processing. The typical Hadoop cluster contains thousands of nodes with a master node managing block locations and slave nodes providing storage.
Introduction To Big Data Analytics On Hadoop - SpringPeopleSpringPeople
Big data analytics uses tools like Hadoop and its components HDFS and MapReduce to store and analyze large datasets in a distributed environment. HDFS stores very large data sets reliably and streams them at high speeds, while MapReduce allows developers to write programs that process massive amounts of data in parallel across a distributed cluster. Other concepts discussed in the document include data preparation, visualization, hypothesis testing, and deductive vs inductive reasoning as they relate to big data analytics. The document aims to introduce readers to big data analytics using Hadoop and suggests the audience as data analysts, scientists, database managers, and consultants.
Presented By :- Rahul Sharma
B-Tech (Cloud Technology & Information Security)
2nd Year 4th Sem.
Poornima University (I.Nurture),Jaipur
www.facebook.com/rahulsharmarh18
Real time big data analytical architecture for remote sensing applicationLeMeniz Infotech
Real time big data analytical architecture for remote sensing application
Do Your Projects With Technology Experts
To Get this projects Call : 9566355386 / 99625 88976
Web : http://www.lemenizinfotech.com
Web : http://www.ieeemaster.com
Mail : projects@lemenizinfotech.com
Blog : http://ieeeprojectspondicherry.weebly.com
Blog : http://www.ieeeprojectsinpondicherry.blogspot.in/
Youtube:https://www.youtube.com/watch?v=eesBNUnKvws
Cloud computing involves delivering computing services over the internet. It has three main components: client computers, distributed servers located in different geographic locations, and data centers housing servers and applications. There are three main service models: Software as a Service (SaaS) which provides required software; Platform as a Service (PaaS) which provides operating systems and networks; and Infrastructure as a Service (IaaS) which provides basic network access. Deployment models include public, private, hybrid, and community clouds based on access restrictions. Big data refers to very large amounts of digital data that cannot be analyzed with traditional techniques, and requires distributed processing across cloud infrastructure to gain insights.
Gail Zhou on "Big Data Technology, Strategy, and Applications"Gail Zhou, MBA, PhD
Dr. Gail Zhou presented this topic at DevNexus on Feb 25, 2014. Big Data history, opportunities, and applications. Big Data key concepts, reference architecture with open source technology stacks. Hadoop architecture explained (HDFS, Map Reduce, and YARN). Big Data start-up challenges and strategies to overcome them. Technology update: Hadoop and Cassandra based technology offerings.
Relationship between cloud computing and big dataJazan University
Cloud computing provides on-demand access to computing resources and applications via the internet. It allows large data to be processed more easily by providing scalable storage and computing power. Storing and analyzing big data in the cloud has benefits like easy use, low costs, and reducing hardware requirements compared to traditional systems. Common cloud platforms that support big data include Amazon Web Services (AWS) and Microsoft Azure, which provide servers, databases, and developer tools via the internet.
ESIP 2018 - The Case for Archives of ConvenienceDan Pilone
Earth Science data is measured in petabytes and represents decades of data collection, evolution of technology and practices, and provides an unparalleled view of our planet. The pace of change is only accelerating: NASA and other agencies are on their way to making hundreds of Petabytes of data available in the cloud, highly scalable processing and analysis architectures and tools are in active use with more being developed every day, and each of these brings with it opportunities for optimization and innovation. This talk demonstrates leveraging the elastic nature of the cloud using GOES-16 data to create ephemeral Archives of Convenience, targeting individual researcher needs, optimized for their problems and tool suites, instead of trying to settle on a single "cloud optimized" solution.
Learn Big data and Hadoop online at Easylearning Guru. We are offer Instructor led online training and Life Time LMS (Learning Management System). Join Our Free Live Demo Classes of Big Data Hadoop .
OCCIware: extensible and standard-based XaaS platform to manage everything in...OCCIware
This document discusses OCCIware, an open source platform for managing cloud resources using the Open Cloud Computing Interface (OCCI) standard. It introduces OCCIware Studio for designing, simulating, and developing cloud applications and services, and the OCCIware Runtime for deploying and managing those services. It then demonstrates OCCIware's capabilities for linked data analytics as a service using Docker Studio and a MongoDB cluster. Upcoming work on OCCIware includes improvements to Studio, integration with cloud management tools, and further use cases involving data centers, big data, and linked data.
This document presents an overview of big data. It defines big data as large, diverse data that requires new techniques to manage and extract value from. It discusses the 3 V's of big data - volume, velocity and variety. Examples of big data sources include social media, sensors, photos and business transactions. Challenges of big data include storage, transfer, processing, privacy and data sharing. Past solutions discussed include data sharding, while modern solutions include Hadoop, MapReduce, HDFS and RDF.
This document introduces the HyperStore Smart Storage Platform, a software-defined object storage system that provides scalable, always-on, and durable storage across hybrid cloud environments. Some key features include using the S3 protocol, replication for high availability, erasure coding for data protection, and smart policies to control data placement, access, and tiering. The system offers multi-tenancy, quality of service controls, security, analytics capabilities, and APIs to programmatically manage storage and integrate with applications.
The document describes a data ingest system that digitizes content from multiple data providers and stores redundant copies across a global acquisition and storage preservation system. It replicates the files, metadata, and services needed to deliver the content through an access system.
The document outlines the Hadoop ecosystem, including its data, workload management, and application layers. It shows the master and slave nodes that make up the compute cluster, with the NameNode and JobTracker on the master node managing the DataNodes and TaskTrackers on the slave nodes. YARN is presented as replacing MapReduce for workload management, separating scheduling from processing to allow multiple engines like MapReduce 2.0 to share cluster resources.
Cloud computing allows users to access scalable computing resources and applications from any connected device over the internet. It offers businesses benefits like low upfront infrastructure costs, flexible access to resources on demand, more efficient utilization of resources, and pay-per-use pricing. Cloud computing architectures include cloud infrastructure, platforms, and services that businesses and developers can access, as well as cloud-based applications. Major cloud providers include Amazon Web Services, Google, and private cloud options hosted internally.
Big Data refers to large and complex datasets that are difficult to process using traditional data processing applications. The document discusses challenges of storing and analyzing big data, as well as the main components of Hadoop including HDFS and MapReduce. Applications of big data mentioned include data mining, text mining, and predictive analytics.
Big Data Warsaw v 4 I "The Role of Hadoop Ecosystem in Advance Analytics" - R...Dataconomy Media
What is Big Data? What is Hadoop? What is MapReduce? How do the other components such as: Oozie, Hue, Hive, Impala works? Which are the main Hadoop distributions? What is Spark? What are the differences between Batch and Streaming processing? What are some Business Intelligence Solutions by focusing on some business cases?
Hadoop - Architectural road map for Hadoop Ecosystemnallagangus
This document provides an overview of an architectural roadmap for implementing a Hadoop ecosystem. It begins with definitions of big data and Hadoop's history. It then describes the core components of Hadoop, including HDFS, MapReduce, YARN, and ecosystem tools for abstraction, data ingestion, real-time access, workflow, and analytics. Finally, it discusses security enhancements that have been added to Hadoop as it has become more mainstream.
This is a presentation on apache hadoop technology. This presentation may be helpful for the beginners to know about the terminologies of hadoop. This presentation contains some pictures which describes about the working function of this technology. I hope it will be helpful for the beginners.
Thank you.
This presentation is about apache hadoop technology. This may be helpful for the beginners. The beginners will know about some terminologies of hadoop technology. There is also some diagrams which will show the working of this technology.
Thank you.
Big data refers to massive volumes of structured and unstructured data that are difficult to process using traditional databases. Hadoop is an open-source framework for distributed storage and processing of big data across clusters of commodity hardware. It uses HDFS for storage and MapReduce as a programming model. HDFS stores data in blocks across nodes for fault tolerance. MapReduce allows parallel processing of large datasets.
R is an open source programming language and software environment for statistical analysis and graphics. It is widely used among data scientists for tasks like data manipulation, calculation, and graphical data analysis. Some key advantages of R include that it is open source and free, has a large collection of statistical tools and packages, is flexible, and has strong capabilities for data visualization. It also has an active user community and can integrate with other software like SAS, Python, and Tableau. R is a popular and powerful tool for data scientists.
We present a software model built on the Apache software stack (ABDS) that is well used in modern cloud computing, which we enhance with HPC concepts to derive HPC-ABDS.
We discuss layers in this stack
We give examples of integrating ABDS with HPC
We discuss how to implement this in a world of multiple infrastructures and evolving software environments for users, developers and administrators
We present Cloudmesh as supporting Software-Defined Distributed System as a Service or SDDSaaS with multiple services on multiple clouds/HPC systems.
We explain the functionality of Cloudmesh as well as the 3 administrator and 3 user modes supported
We present a software model built on the Apache software stack (ABDS) that is well used in modern cloud computing, which we enhance with HPC concepts to derive HPC-ABDS.
We discuss layers in this stack
We give examples of integrating ABDS with HPC
We discuss how to implement this in a world of multiple infrastructures and evolving software environments for users, developers and administrators
We present Cloudmesh as supporting Software-Defined Distributed System as a Service or SDDSaaS with multiple services on multiple clouds/HPC systems.
We explain the functionality of Cloudmesh as well as the 3 administrator and 3 user modes supported
Ankus, bigdata deployment and orchestration frameworkAshrith Mekala
Cloudwick developed Ankus, an open source deployment and orchestration framework for big data technologies. Ankus uses configuration files and a directed acyclic graph (DAG) approach to automate the deployment of Hadoop, HBase, Cassandra, Kafka and other big data frameworks across on-premises and cloud infrastructures. It leverages tools like Puppet, Nagios and Logstash to provision, manage and monitor clusters in an integrated manner. Ankus aims to simplify and accelerate the adoption of big data across organizations.
Hadoop is an open-source framework for distributed storage and processing of large datasets across clusters of commodity hardware. It was created to support applications handling large datasets operating on many servers. Key Hadoop technologies include MapReduce for distributed computing, and HDFS for distributed file storage inspired by Google File System. Other related Apache projects extend Hadoop capabilities, like Pig for data flows, Hive for data warehousing, and HBase for NoSQL-like big data. Hadoop provides an effective solution for companies dealing with petabytes of data through distributed and parallel processing.
Microsoft Azure is a cloud computing service that provides infrastructure, platform and software services through global data centers. It supports virtual machines, web apps, storage, databases, analytics and more. Azure uses a specialized operating system called Microsoft Azure to manage computing resources across its global fabric layer.
Facebook's data center fabric provides scalable networking infrastructure to support increasing traffic and new products. It uses ECMP routing and multi-speed links for load balancing. The fabric is designed as a non-oversubscribed environment and uses automation tools to manage topology changes.
Google's first data centers used donated hardware from Sun, Intel and IBM. It has numerous centers worldwide with large facilities in the US, Europe and Asia. Google developed software for
Big data refers to large datasets that cannot be processed using traditional computing techniques. Hadoop is an open-source framework that allows processing of big data across clustered, commodity hardware. It uses MapReduce as a programming model to parallelize processing and HDFS for reliable, distributed file storage. Hadoop distributes data across clusters, parallelizes processing, and can dynamically add or remove nodes, providing scalability, fault tolerance and high availability for large-scale data processing.
Hadoop as we know is a Java based massive scalable distributed framework for processing large data (several peta bytes) across a cluster (1000s) of commodity computers.
The Hadoop ecosystem has grown over the last few years and there is a lot of jargon in terms of tools as well as frameworks.
Many organizations are investing & innovating heavily in Hadoop to make it better and easier. The mind map on the next slide should be useful to get a high level picture of the ecosystem.
Hadoop is one of the booming and innovative data analytics technology which can effectively handle Big Data problems and achieve the data security. It is an open source and trending technology which involves in data collection, data processing and data analytics using HDFS (Hadoop Distributed File System) and MapReduce algorithms.
This document provides an outline for a talk on cloud computing. It begins with an introduction to cloud concepts and technologies like virtualization and parallel computing models. It then discusses different cloud models including IaaS, PaaS and SaaS. The outline includes demonstrations of cloud capabilities with Amazon AWS and Microsoft Azure, as well as data and computing models using MapReduce. It concludes with a case study of a real business application of the cloud and a question and answer section.
I have collected information for the beginners to provide an overview of big data and hadoop which will help them to understand the basics and give them a Start-Up.
The document discusses Hadoop, an open-source software framework for distributed storage and processing of large datasets across clusters of computers. It describes how Hadoop addresses the growing volume, variety and velocity of big data through its core components: HDFS for storage, and MapReduce for distributed processing. Key features of Hadoop include scalability, flexibility, reliability and economic viability for large-scale data analytics.
Introduction to Big Data & Hadoop Architecture - Module 1Rohit Agrawal
Learning Objectives - In this module, you will understand what is Big Data, What are the limitations of the existing solutions for Big Data problem; How Hadoop solves the Big Data problem, What are the common Hadoop ecosystem components, Hadoop Architecture, HDFS and Map Reduce Framework, and Anatomy of File Write and Read.
Similar to The world with Cloud, Big Data, ML, IoT and AI (20)
This presentation is about health care analysis using sentiment analysis .
*this is very useful to students who are doing project on sentiment analysis
*
We are pleased to share with you the latest VCOSA statistical report on the cotton and yarn industry for the month of May 2024.
Starting from January 2024, the full weekly and monthly reports will only be available for free to VCOSA members. To access the complete weekly report with figures, charts, and detailed analysis of the cotton fiber market in the past week, interested parties are kindly requested to contact VCOSA to subscribe to the newsletter.
PyData London 2024: Mistakes were made (Dr. Rebecca Bilbro)Rebecca Bilbro
To honor ten years of PyData London, join Dr. Rebecca Bilbro as she takes us back in time to reflect on a little over ten years working as a data scientist. One of the many renegade PhDs who joined the fledgling field of data science of the 2010's, Rebecca will share lessons learned the hard way, often from watching data science projects go sideways and learning to fix broken things. Through the lens of these canon events, she'll identify some of the anti-patterns and red flags she's learned to steer around.
1. The world with Cloud, Big Data, ML,
IoT and AI
a2dreams@outlook.com
2. How it started?
◦ Big Bang - Document Management
One of the galaxies was Documentum . It was created in June 1990.
They developed a customized system for Boeing to organize, store, maintain, and selectively publish the
thousands of pages of information for the Boeing 777 training manuals.
3. Information Ecosystem
◦ Types of Data
◦ Structured
◦ Unstructured
◦ Enterprise Content Management
◦ Web Content Management
◦ Parallel Computing
◦ Federated Search
◦ Data Lake
Image source - Azure
4. Hadoop
Hadoop ecosystem:
• Ambari™: A web-based tool for provisioning, managing, and monitoring Apache Hadoop clusters which includes support for Hadoop HDFS, Hadoop
MapReduce, Hive, HCatalog, HBase, ZooKeeper, Oozie, Pig and Sqoop. Ambari also provides a dashboard for viewing cluster health such as heatmaps and
ability to view MapReduce, Pig and Hive applications visually alongwith features to diagnose their performance characteristics in a user-friendly manner.
• Avro™: A data serialization system.
• Cassandra™: A scalable multi-master database with no single points of failure.
• Chukwa™: A data collection system for managing large distributed systems.
• HBase™: A scalable, distributed database that supports structured data storage for large tables.
• Hive™: A data warehouse infrastructure that provides data summarization and ad hoc querying.
• Mahout™: A Scalable machine learning and data mining library.
• Pig™: A high-level data-flow language and execution framework for parallel computation.
• Spark™: A fast and general compute engine for Hadoop data. Spark provides a simple and expressive programming model that supports a wide range of
applications, including ETL, machine learning, stream processing, and graph computation.
• Submarine: A unified AI platform which allows engineers and data scientists to run Machine Learning and Deep Learning workload in distributed cluster.
• Tez™: A generalized data-flow programming framework, built on Hadoop YARN, which provides a powerful and flexible engine to execute an arbitrary DAG
of tasks to process data for both batch and interactive use-cases. Tez is being adopted by Hive™, Pig™ and other frameworks in the Hadoop ecosystem, and
also by other commercial software (e.g. ETL tools), to replace Hadoop™ MapReduce as the underlying execution engine.
• ZooKeeper™: A high-performance coordination service for distributed applications.
5. Cloud Computing
◦ Simply put, cloud computing is the delivery of
computing services—including servers, storage,
databases, networking, software, analytics, and
intelligence—over the Internet (“the cloud”)
◦ Ex -Gmail. Gmail users can access files and
applications hosted by Google via the internet
from any device.
Source – Amazon
6. Machine Learning
◦ Derive information from massive amounts of data to answer complex questions
Data Training Model Predictions
7. IoT – Internet of Things
◦ There are billions of electronic devices around the world that are connected to the internet, collecting,
processing and transmitting data
◦ This is possible due to use of multiple technologies like analytics, machine learning, sensors, embedded
systems, and cloud computing
Image source - AWS
Image source - Azure
8. AI
◦ Its an intelligence demonstrated by machines in problem solving by analyzing and processing data
◦ Advanced form of ML
◦ Dated back to 1955.
◦ Based on assumption that machines can be made to think and act like Humans
◦ Suffer crisis called AI Winter
Image source - AWS
9. Thank you!
Contact us for specialized coursed in Cloud and IoT
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