This document discusses big data, defining it as data that is too large and complex for traditional data processing systems due to its volume, variety and velocity. It outlines the 3Vs of big data - volume, referring to the large amount of data being generated daily; variety, referring to different data formats; and velocity, referring to the speed at which data is generated and needs to be processed. The document also discusses characteristics of big data like structured, semi-structured and unstructured data, benefits of big data, challenges of capturing, storing, analyzing and presenting big data, and technologies like Hadoop and MapReduce used for big data solutions.
Keynote Address at 2013 CloudCon: Future of Big Data by Richard McDougall (In...exponential-inc
Big data workloads are growing rapidly and require unprecedented scale in data storage, processing power and bandwidth. Cloud infrastructure provides the flexibility and economics needed to support big data's mixed workloads through software-defined compute, storage, networking and security. This allows organizations to gain real-time insights from massive data sets and harness big data's potential for industries like retail, manufacturing and more.
Big data refers to large, complex datasets that traditional data processing applications are inadequate to handle. It is characterized by high volume, velocity, variety, and veracity. Big data comes from both structured and unstructured sources and requires new techniques and tools to capture, manage, and analyze it. Analyzing big data can provide insights, competitive advantages, and better decision making across many industries such as healthcare, finance, manufacturing, and retail. The market for big data and analytics is growing rapidly and is projected to be over $50 billion by 2017.
This document discusses big data, including its definition, challenges, sources, types (volume, velocity, variety), and applications in various domains like engineering design, ecommerce, and product lifecycle management. It notes that big data is growing exponentially due to increased data collection and requires new technologies and architectures to process. The document outlines advantages of big data like improved innovation, customer satisfaction, and risk analysis.
Big Data is een hype. Je hoort er iedereen mee zwaaien als de Big Thing van vandaag en tot morgen. Ondanks deze Buzz is het voor ons technische mensen meer en meer een realiteit. Het zal weldra zijn vaste plaats hebben in onze gereedschapskist.
In deze sessie bekijken we wat Big Data echt is en wat je moet weten om de Big Data vragen van je klant technisch te beantwoorden.
Naast de betekenis, de verscheidene disciplines, een overzicht en architectuur gaan we ook een aantal technologieen kort van dichtbij bekijken.
- Hadoop, de computing engine, de omgeving en al zijn sattelieten.
- Neo4j, de graph database.
- ElasticSearch, de search database.
The document discusses how data has become as valuable as oil, as it can be refined into useful information and applied across many products and services. It notes that while people data is becoming less unique, comprehensive behavioral data offers great insights. Businesses are recognizing the value of data and encouraging more data creation, but must balance this with user privacy and data security concerns. Proper systems to distribute the right data to the right audiences will be key to extracting value from data, just as refining crude oil into specific forms creates significant value.
Big Stream Processing Systems, Big GraphsPetr Novotný
Big Data, a recent phenomenon. Everyone talks about it, but do you really know what Big Data is? Join our four-part series about Big Data and you will get answers to your questions!
We will cover Introduction to Big Data and available platforms which we can use to deal with Big Data. And in the end, we are going to give you an insight into the possible future of dealing with Big Data.
After the two previous episodes you know the basics about Big Data. Yet, it might get a bit more complicated than that. Usually when you have to deal with data which is generated in real-time. In this case, you are dealing with Big Stream.
This episode of our series will be focussed on processing systems capable of dealing with Big Streams. But analysing data lacking graphical representation will not be very convenient for us. And this is where we have to use a platform capable of visualising Big Graphs. All these topics will be covered in today’s presentation.
#CHEDTEB
www.chedteb.eu
This document discusses big data, defining it as data that is too large and complex for traditional data processing systems due to its volume, variety and velocity. It outlines the 3Vs of big data - volume, referring to the large amount of data being generated daily; variety, referring to different data formats; and velocity, referring to the speed at which data is generated and needs to be processed. The document also discusses characteristics of big data like structured, semi-structured and unstructured data, benefits of big data, challenges of capturing, storing, analyzing and presenting big data, and technologies like Hadoop and MapReduce used for big data solutions.
Keynote Address at 2013 CloudCon: Future of Big Data by Richard McDougall (In...exponential-inc
Big data workloads are growing rapidly and require unprecedented scale in data storage, processing power and bandwidth. Cloud infrastructure provides the flexibility and economics needed to support big data's mixed workloads through software-defined compute, storage, networking and security. This allows organizations to gain real-time insights from massive data sets and harness big data's potential for industries like retail, manufacturing and more.
Big data refers to large, complex datasets that traditional data processing applications are inadequate to handle. It is characterized by high volume, velocity, variety, and veracity. Big data comes from both structured and unstructured sources and requires new techniques and tools to capture, manage, and analyze it. Analyzing big data can provide insights, competitive advantages, and better decision making across many industries such as healthcare, finance, manufacturing, and retail. The market for big data and analytics is growing rapidly and is projected to be over $50 billion by 2017.
This document discusses big data, including its definition, challenges, sources, types (volume, velocity, variety), and applications in various domains like engineering design, ecommerce, and product lifecycle management. It notes that big data is growing exponentially due to increased data collection and requires new technologies and architectures to process. The document outlines advantages of big data like improved innovation, customer satisfaction, and risk analysis.
Big Data is een hype. Je hoort er iedereen mee zwaaien als de Big Thing van vandaag en tot morgen. Ondanks deze Buzz is het voor ons technische mensen meer en meer een realiteit. Het zal weldra zijn vaste plaats hebben in onze gereedschapskist.
In deze sessie bekijken we wat Big Data echt is en wat je moet weten om de Big Data vragen van je klant technisch te beantwoorden.
Naast de betekenis, de verscheidene disciplines, een overzicht en architectuur gaan we ook een aantal technologieen kort van dichtbij bekijken.
- Hadoop, de computing engine, de omgeving en al zijn sattelieten.
- Neo4j, de graph database.
- ElasticSearch, de search database.
The document discusses how data has become as valuable as oil, as it can be refined into useful information and applied across many products and services. It notes that while people data is becoming less unique, comprehensive behavioral data offers great insights. Businesses are recognizing the value of data and encouraging more data creation, but must balance this with user privacy and data security concerns. Proper systems to distribute the right data to the right audiences will be key to extracting value from data, just as refining crude oil into specific forms creates significant value.
Big Stream Processing Systems, Big GraphsPetr Novotný
Big Data, a recent phenomenon. Everyone talks about it, but do you really know what Big Data is? Join our four-part series about Big Data and you will get answers to your questions!
We will cover Introduction to Big Data and available platforms which we can use to deal with Big Data. And in the end, we are going to give you an insight into the possible future of dealing with Big Data.
After the two previous episodes you know the basics about Big Data. Yet, it might get a bit more complicated than that. Usually when you have to deal with data which is generated in real-time. In this case, you are dealing with Big Stream.
This episode of our series will be focussed on processing systems capable of dealing with Big Streams. But analysing data lacking graphical representation will not be very convenient for us. And this is where we have to use a platform capable of visualising Big Graphs. All these topics will be covered in today’s presentation.
#CHEDTEB
www.chedteb.eu
this presentation will let you know the in and out of bigdata growing trends... market potential , solutions provided by bigdata, advantages and disadvantages.
Big Data, Big Deal: For Future Big Data ScientistsWay-Yen Lin
Big Data, Big Deal is a document that discusses big data. It begins by defining big data as high-volume, high-velocity, and high-variety information that requires new processing methods. It then discusses the key drivers for big data, including technical drivers like increased data storage and social media, as well as business drivers like customer analytics and public opinion analysis. The document concludes by discussing challenges for big data like data quality, privacy, and the need for skilled data scientists with technical expertise, curiosity, storytelling abilities, and cleverness.
Austrade Presentation - Big Data the New Oil (Microsoft draft)Dr Andrew Seit
1. Exponential growth in data created, collected, and stored has led to a 10x increase in "situation awareness" with big data, requiring rethinking of decision-making processes.
2. Big data is not a "silver bullet" but a new problem-solving philosophy that seeks evidence-based decisions to increase the tempo and speed of decisions in both the private sector and government.
3. Big data will have top-line and bottom-line implications for companies and far-reaching effects on the economy through increased use of analytics, machine learning, and data visualization techniques on large datasets.
Big data involves large and complex data sets from multiple sources that are rapidly growing across all domains of science and engineering. The paper presents the HACE theorem to characterize big data and proposes a processing model from a data mining perspective. This data-driven model involves aggregating information sources, mining and analyzing data, modeling user interests, and considering security and privacy, while analyzing challenges in the big data revolution.
This document discusses how enterprises can leverage big data. It notes that no single solution will meet all needs and not all solutions will be a good fit. It recommends enterprises use big data if improvements and returns on investment are measurable, and outlines steps for getting started such as starting small and organically, reusing existing resources, and initially focusing on internal information. The overall message is that successfully using big data depends on enterprise goals and capabilities.
Introduction to Big Data (non-technical) and the importance of Data Science to create meaning.
First of all we define Big Data in the light of the 3 Vs: volume, velocity and variety; next we move on to redefine Big Data, and we touch the topic of a data lake. We envision that Big Data will become mainstream for small organisations as well, what we can do with Big Data, how to tackle Big Data projects, what challenges lie ahead, but what opportunities are there to reap. And of course how important data science is to find the meaning in all the data.
This document summarizes the history of big data from 1944 to 2013. It outlines key milestones such as the first use of the term "big data" in 1997, the growth of internet traffic in the late 1990s, Doug Laney coining the three V's of big data in 2001, and the focus of big data professionals shifting from IT to business functions that utilize data in 2013. The document serves to illustrate how data storage and analysis have evolved over time due to technological advances and changing needs.
Seattle scalability meetup intro ppt May 22clive boulton
The document summarizes an upcoming Seattle Scalability and Distributed Systems Meetup on May 22, 2013. The meetup will include main sessions from Atigeo on their big data platform xPatterns and from GraphLab on their highly scalable machine learning algorithms. There will also be community announcements and an after-beer event at a nearby restaurant. Suggestions for future technical talks on production-grade big systems are welcomed.
The document discusses the importance of data for evidence-based policymaking, organizational development, detecting security issues, and improving business outcomes. It provides examples of how New Zealand Registry Services (NZRS) uses data for these purposes, including operating a national broadband map and open data portals. The document advocates for making more data openly available to enable reproducible research, more informed policy debates, and increased public trust.
Big Data is a new term used to identify datasets that we can not manage with current methodologies or data mining software tools due to their large size and complexity. Big Data mining is the capability of extracting useful information from these large datasets or streams of data. New mining techniques are necessary due to the volume, variability, and velocity, of such data.
This document provides an overview of big data, including its definition, characteristics, sources, tools, applications, risks and benefits. It defines big data as large volumes of diverse data that can be analyzed to reveal patterns and trends. The three key characteristics are volume, velocity and variety. Examples of big data sources include social media, sensors and user data. Tools used for big data include Hadoop, MongoDB and analytics programs. Big data has many applications and benefits but also risks regarding privacy and regulation. The future of big data is strong with the market expected to grow significantly in coming years.
This document discusses big data, including its definition, characteristics of volume, velocity, and variety. It describes sources of big data like administrative data, transactions, public data, sensor data, and social media. It discusses processing big data using techniques like Hadoop MapReduce. It outlines benefits like real-time decision making but also drawbacks like security, privacy, and performance issues. It provides some facts about the size of data generated daily by companies and potential impacts and future growth of the big data industry and job market.
This document summarizes key concepts related to big data, including the 4 Vs (volume, velocity, variety, and veracity), NoSQL databases, and the CAP theorem. It defines big data as large, diverse, and complex datasets that are difficult to process using traditional database management tools. The 4 Vs describe characteristics of big data, such as large volume, high velocity, variety of data types, and issues with data veracity. NoSQL databases are introduced as an alternative to SQL databases for big data that provide horizontal scaling and finer control over availability. Finally, the CAP theorem is discussed as relating to the consistency, availability, and partition tolerance of distributed data stores.
It is a brief overview of Big Data. It contains History, Applications and Characteristics on BIg Data.
It also includes some concepts on Hadoop.
It also gives the statistics of big data and impact of it all over the world.
This document discusses steps towards a data value chain, including big data, public open data, and linked (open) data. It provides definitions and examples for each topic. For big data, it discusses the large volumes of data being created and challenges in working with such data. For public open data, it outlines principles like completeness and ease of access. It also shows examples of apps using open government data. For linked open data, it discusses moving from a web of documents to a web of interconnected data through using URIs and typed links. It also shows the growth of the linked open data cloud over time.
Data Con LA 2020 Keynote - Bryan KirschnerData Con LA
The document discusses how the COVID-19 pandemic has accelerated digital transformation efforts and the use of technology in businesses. It cites statistics on potential cost savings from improved construction practices and healthcare adherence enabled by new technologies. The document also shares quotes from business leaders about increased productivity, faster application approval processes, and overcoming obstacles to change since adopting remote work during the pandemic. It analyzes survey results finding that companies in the top 10% for data capabilities increased investment in technologies 3x more than peers after COVID-19 and were 4.5x more likely to have a chief data officer and a modern data stack. The conclusion encourages businesses to commit to embracing modern data stacks.
A Seminar Presentation on Big Data for Students.
Big data refers to a process that is used when traditional data mining and handling techniques cannot uncover the insights and meaning of the underlying data. Data that is unstructured or time sensitive or simply very large cannot be processed by relational database engines. This type of data requires a different processing approach called big data, which uses massive parallelism on readily-available hardware.
This document provides an overview of big data, including its definition, characteristics, storage and processing. It discusses big data in terms of volume, variety, velocity and variability. Examples of big data sources like the New York Stock Exchange and social media are provided. Popular tools for working with big data like Hadoop, Spark, Storm and MongoDB are listed. The applications of big data analytics in various industries are outlined. Finally, the future growth of the big data industry and market size are projected to continue rising significantly in the coming years.
Banji Adenusi - big data prezzie - InfoSciBanji Adenusi
The document provides an overview of legal and technical aspects of big data. It defines big data as high-volume, high-velocity, and high-variety information that requires new processing methods. The document discusses key characteristics of big data including volume, velocity, variety, and veracity. It also summarizes infographics about the evolution of big data and provides an overview of technical challenges like data heterogeneity and privacy. On the legal side, it discusses issues around data ownership, intellectual property rights, data protection, and competition regulation in the use of big data.
Too often I hear the question “Can you help me with our data strategy?” Unfortunately, for most, this is the wrong request because it focuses on the least valuable component: the data strategy itself. A more useful request is: “Can you help me apply data strategically?” Yes, at early maturity phases the process of developing strategic thinking about data is more important than the actual product! Trying to write a good (must less perfect) data strategy on the first attempt is generally not productive –particularly given the widespread acceptance of Mike Tyson’s truism: “Everybody has a plan until they get punched in the face.” This program refocuses efforts on learning how to iteratively improve the way data is strategically applied. This will permit data-based strategy components to keep up with agile, evolving organizational strategies. It also contributes to three primary organizational data goals. Learn how to improve the following:
- Your organization’s data
- The way your people use data
- The way your people use data to achieve your organizational strategy
This will help in ways never imagined. Data are your sole non-depletable, non-degradable, durable strategic assets, and they are pervasively shared across every organizational area. Addressing existing challenges programmatically includes overcoming necessary but insufficient prerequisites and developing a disciplined, repeatable means of improving business objectives. This process (based on the theory of constraints) is where the strategic data work really occurs as organizations identify prioritized areas where better assets, literacy, and support (data strategy components) can help an organization better achieve specific strategic objectives. Then the process becomes lather, rinse, and repeat. Several complementary concepts are also covered, including:
- A cohesive argument for why data strategy is necessary for effective data governance
- An overview of prerequisites for effective strategic use of data strategy, as well as common pitfalls
- A repeatable process for identifying and removing data constraints
- The importance of balancing business operation and innovation
Big data refers to the massive amounts of data that are being created every day from sources like mobile devices, the internet, and sensors. As data volumes and variety have increased exponentially, traditional data processing tools are no longer adequate. This has led to the development of new techniques for data storage, processing, and analysis that can handle "big data". Some key aspects of big data include volume, velocity, and variety of data. Common big data uses cases include customer analytics, fraud detection, and scientific research. Terms related to big data include data pipelines, distributed processing, machine learning, and data visualization.
this presentation will let you know the in and out of bigdata growing trends... market potential , solutions provided by bigdata, advantages and disadvantages.
Big Data, Big Deal: For Future Big Data ScientistsWay-Yen Lin
Big Data, Big Deal is a document that discusses big data. It begins by defining big data as high-volume, high-velocity, and high-variety information that requires new processing methods. It then discusses the key drivers for big data, including technical drivers like increased data storage and social media, as well as business drivers like customer analytics and public opinion analysis. The document concludes by discussing challenges for big data like data quality, privacy, and the need for skilled data scientists with technical expertise, curiosity, storytelling abilities, and cleverness.
Austrade Presentation - Big Data the New Oil (Microsoft draft)Dr Andrew Seit
1. Exponential growth in data created, collected, and stored has led to a 10x increase in "situation awareness" with big data, requiring rethinking of decision-making processes.
2. Big data is not a "silver bullet" but a new problem-solving philosophy that seeks evidence-based decisions to increase the tempo and speed of decisions in both the private sector and government.
3. Big data will have top-line and bottom-line implications for companies and far-reaching effects on the economy through increased use of analytics, machine learning, and data visualization techniques on large datasets.
Big data involves large and complex data sets from multiple sources that are rapidly growing across all domains of science and engineering. The paper presents the HACE theorem to characterize big data and proposes a processing model from a data mining perspective. This data-driven model involves aggregating information sources, mining and analyzing data, modeling user interests, and considering security and privacy, while analyzing challenges in the big data revolution.
This document discusses how enterprises can leverage big data. It notes that no single solution will meet all needs and not all solutions will be a good fit. It recommends enterprises use big data if improvements and returns on investment are measurable, and outlines steps for getting started such as starting small and organically, reusing existing resources, and initially focusing on internal information. The overall message is that successfully using big data depends on enterprise goals and capabilities.
Introduction to Big Data (non-technical) and the importance of Data Science to create meaning.
First of all we define Big Data in the light of the 3 Vs: volume, velocity and variety; next we move on to redefine Big Data, and we touch the topic of a data lake. We envision that Big Data will become mainstream for small organisations as well, what we can do with Big Data, how to tackle Big Data projects, what challenges lie ahead, but what opportunities are there to reap. And of course how important data science is to find the meaning in all the data.
This document summarizes the history of big data from 1944 to 2013. It outlines key milestones such as the first use of the term "big data" in 1997, the growth of internet traffic in the late 1990s, Doug Laney coining the three V's of big data in 2001, and the focus of big data professionals shifting from IT to business functions that utilize data in 2013. The document serves to illustrate how data storage and analysis have evolved over time due to technological advances and changing needs.
Seattle scalability meetup intro ppt May 22clive boulton
The document summarizes an upcoming Seattle Scalability and Distributed Systems Meetup on May 22, 2013. The meetup will include main sessions from Atigeo on their big data platform xPatterns and from GraphLab on their highly scalable machine learning algorithms. There will also be community announcements and an after-beer event at a nearby restaurant. Suggestions for future technical talks on production-grade big systems are welcomed.
The document discusses the importance of data for evidence-based policymaking, organizational development, detecting security issues, and improving business outcomes. It provides examples of how New Zealand Registry Services (NZRS) uses data for these purposes, including operating a national broadband map and open data portals. The document advocates for making more data openly available to enable reproducible research, more informed policy debates, and increased public trust.
Big Data is a new term used to identify datasets that we can not manage with current methodologies or data mining software tools due to their large size and complexity. Big Data mining is the capability of extracting useful information from these large datasets or streams of data. New mining techniques are necessary due to the volume, variability, and velocity, of such data.
This document provides an overview of big data, including its definition, characteristics, sources, tools, applications, risks and benefits. It defines big data as large volumes of diverse data that can be analyzed to reveal patterns and trends. The three key characteristics are volume, velocity and variety. Examples of big data sources include social media, sensors and user data. Tools used for big data include Hadoop, MongoDB and analytics programs. Big data has many applications and benefits but also risks regarding privacy and regulation. The future of big data is strong with the market expected to grow significantly in coming years.
This document discusses big data, including its definition, characteristics of volume, velocity, and variety. It describes sources of big data like administrative data, transactions, public data, sensor data, and social media. It discusses processing big data using techniques like Hadoop MapReduce. It outlines benefits like real-time decision making but also drawbacks like security, privacy, and performance issues. It provides some facts about the size of data generated daily by companies and potential impacts and future growth of the big data industry and job market.
This document summarizes key concepts related to big data, including the 4 Vs (volume, velocity, variety, and veracity), NoSQL databases, and the CAP theorem. It defines big data as large, diverse, and complex datasets that are difficult to process using traditional database management tools. The 4 Vs describe characteristics of big data, such as large volume, high velocity, variety of data types, and issues with data veracity. NoSQL databases are introduced as an alternative to SQL databases for big data that provide horizontal scaling and finer control over availability. Finally, the CAP theorem is discussed as relating to the consistency, availability, and partition tolerance of distributed data stores.
It is a brief overview of Big Data. It contains History, Applications and Characteristics on BIg Data.
It also includes some concepts on Hadoop.
It also gives the statistics of big data and impact of it all over the world.
This document discusses steps towards a data value chain, including big data, public open data, and linked (open) data. It provides definitions and examples for each topic. For big data, it discusses the large volumes of data being created and challenges in working with such data. For public open data, it outlines principles like completeness and ease of access. It also shows examples of apps using open government data. For linked open data, it discusses moving from a web of documents to a web of interconnected data through using URIs and typed links. It also shows the growth of the linked open data cloud over time.
Data Con LA 2020 Keynote - Bryan KirschnerData Con LA
The document discusses how the COVID-19 pandemic has accelerated digital transformation efforts and the use of technology in businesses. It cites statistics on potential cost savings from improved construction practices and healthcare adherence enabled by new technologies. The document also shares quotes from business leaders about increased productivity, faster application approval processes, and overcoming obstacles to change since adopting remote work during the pandemic. It analyzes survey results finding that companies in the top 10% for data capabilities increased investment in technologies 3x more than peers after COVID-19 and were 4.5x more likely to have a chief data officer and a modern data stack. The conclusion encourages businesses to commit to embracing modern data stacks.
A Seminar Presentation on Big Data for Students.
Big data refers to a process that is used when traditional data mining and handling techniques cannot uncover the insights and meaning of the underlying data. Data that is unstructured or time sensitive or simply very large cannot be processed by relational database engines. This type of data requires a different processing approach called big data, which uses massive parallelism on readily-available hardware.
This document provides an overview of big data, including its definition, characteristics, storage and processing. It discusses big data in terms of volume, variety, velocity and variability. Examples of big data sources like the New York Stock Exchange and social media are provided. Popular tools for working with big data like Hadoop, Spark, Storm and MongoDB are listed. The applications of big data analytics in various industries are outlined. Finally, the future growth of the big data industry and market size are projected to continue rising significantly in the coming years.
Banji Adenusi - big data prezzie - InfoSciBanji Adenusi
The document provides an overview of legal and technical aspects of big data. It defines big data as high-volume, high-velocity, and high-variety information that requires new processing methods. The document discusses key characteristics of big data including volume, velocity, variety, and veracity. It also summarizes infographics about the evolution of big data and provides an overview of technical challenges like data heterogeneity and privacy. On the legal side, it discusses issues around data ownership, intellectual property rights, data protection, and competition regulation in the use of big data.
Too often I hear the question “Can you help me with our data strategy?” Unfortunately, for most, this is the wrong request because it focuses on the least valuable component: the data strategy itself. A more useful request is: “Can you help me apply data strategically?” Yes, at early maturity phases the process of developing strategic thinking about data is more important than the actual product! Trying to write a good (must less perfect) data strategy on the first attempt is generally not productive –particularly given the widespread acceptance of Mike Tyson’s truism: “Everybody has a plan until they get punched in the face.” This program refocuses efforts on learning how to iteratively improve the way data is strategically applied. This will permit data-based strategy components to keep up with agile, evolving organizational strategies. It also contributes to three primary organizational data goals. Learn how to improve the following:
- Your organization’s data
- The way your people use data
- The way your people use data to achieve your organizational strategy
This will help in ways never imagined. Data are your sole non-depletable, non-degradable, durable strategic assets, and they are pervasively shared across every organizational area. Addressing existing challenges programmatically includes overcoming necessary but insufficient prerequisites and developing a disciplined, repeatable means of improving business objectives. This process (based on the theory of constraints) is where the strategic data work really occurs as organizations identify prioritized areas where better assets, literacy, and support (data strategy components) can help an organization better achieve specific strategic objectives. Then the process becomes lather, rinse, and repeat. Several complementary concepts are also covered, including:
- A cohesive argument for why data strategy is necessary for effective data governance
- An overview of prerequisites for effective strategic use of data strategy, as well as common pitfalls
- A repeatable process for identifying and removing data constraints
- The importance of balancing business operation and innovation
Big data refers to the massive amounts of data that are being created every day from sources like mobile devices, the internet, and sensors. As data volumes and variety have increased exponentially, traditional data processing tools are no longer adequate. This has led to the development of new techniques for data storage, processing, and analysis that can handle "big data". Some key aspects of big data include volume, velocity, and variety of data. Common big data uses cases include customer analytics, fraud detection, and scientific research. Terms related to big data include data pipelines, distributed processing, machine learning, and data visualization.
This document provides an analysis of big data, including its characteristics, applications, and analytics techniques used by businesses. It discusses that big data is data that is too large to be processed by traditional databases and software. It has characteristics of volume, velocity, variety, and veracity. The document outlines tools for big data like Hadoop, MongoDB, Apache Spark, and Apache Cassandra. It explains that big data analytics helps businesses gain insights from vast amounts of structured and unstructured data to improve decision making.
Enterprises are facing exponentially increasing amounts of data that is breaking down traditional storage architectures. NetApp addresses this "big data challenge" through their "Big Data ABCs" approach - focusing on analytics, bandwidth, and content. This enables customers to gain insights from massive datasets, move data quickly for high-speed applications, and securely store unlimited amounts of content for long periods without increasing complexity. NetApp's solutions provide a foundation for enterprises to innovate with data and drive business value.
The white paper discusses how enterprises are facing exponentially growing amounts of data that is breaking down traditional storage architectures. It outlines NetApp's approach to addressing big data challenges through what it calls the "Big Data ABCs" - analytics, bandwidth, and content. This allows customers to gain insights from massive data sets, move data quickly for high-performance applications, and store large amounts of content for long periods without increasing complexity. NetApp provides solutions to help enterprises take advantage of big data and turn it into business value.
This document provides an overview of big data and how it can be applied in the oil and gas industry. It discusses key aspects of big data including definitions, how big data analytics works and differs from conventional analytics, preparing for a big data project, potential business cases and benefits in oil and gas domains. Examples are given around using big data to better manage electrical submersible pumps, streamline drilling operations, and conduct well integrity risk analysis. The document emphasizes that big data projects require significant preparation, including defining success criteria and evaluating technology options before full implementation, in order to maximize chances of success.
Big data refers to huge set of data which is very common these days due to the increase of internet utilities. Data generated from social media is a very common example for the same. This paper depicts the summary on big data and ways in which it has been utilized in all aspects. Data mining is radically a mode of deriving the indispensable knowledge from extensively vast fractions of data which is quite challenging to be interpreted by conventional methods. The paper mainly focuses on the issues related to the clustering techniques in big data. For the classification purpose of the big data, the existing classification algorithms are concisely acknowledged and after that, k-nearest neighbour algorithm is discreetly chosen among them and described along with an example.
Big Data: Beyond the Hype - Why Big Data Matters to YouDATAVERSITY
This document discusses big data and its importance. It notes that big data is more prevalent than many realize, with most companies and industries now dealing with large volumes of various types of data. It also explains that effectively managing big data provides competitive advantages, with data-savvy companies experiencing much stronger growth rates. Additionally, the document introduces DataStax Enterprise as a solution for easily and effectively managing big data at scale through its support for Apache Cassandra, analytics capabilities, visualization tools, and enterprise services.
This document discusses the evolution of enterprise data platforms and introduces the concept of a data mesh as a potential next-generation architecture. It makes the following key points:
- Traditional centralized data platforms like data warehouses and data lakes have limitations around scalability and organizational bottlenecks as data use cases increase.
- A data mesh proposes a decentralized architecture with "domain ownership of data" to address these challenges. It advocates for data to be treated as a product and shared across organizational boundaries.
- A data mesh aims to enable rapid development of data use cases at scale, improve data quality/trustworthiness, and efficiently govern data - seen as the three pillars for increasing value from data.
- Many companies are
How Data Virtualization Puts Enterprise Machine Learning Programs into Produc...Denodo
Watch full webinar here: https://bit.ly/3offv7G
Presented at AI Live APAC
Advanced data science techniques, like machine learning, have proven an extremely useful tool to derive valuable insights from existing data. Platforms like Spark, and complex libraries for R, Python and Scala put advanced techniques at the fingertips of the data scientists. However, these data scientists spend most of their time looking for the right data and massaging it into a usable format. Data virtualization offers a new alternative to address these issues in a more efficient and agile way.
Watch this on-demand session to learn how companies can use data virtualization to:
- Create a logical architecture to make all enterprise data available for advanced analytics exercise
- Accelerate data acquisition and massaging, providing the data scientist with a powerful tool to complement their practice
- Integrate popular tools from the data science ecosystem: Spark, Python, Zeppelin, Jupyter, etc.
This document discusses applying big data. It begins by defining common big data buzzwords like the 3V's of volume, velocity and variety. It then discusses agile development approaches and data modeling. Several use cases for big data are presented, including customer analytics, security, and operations analysis. Metrics for measuring ROI are discussed, though they are difficult to predict. The document emphasizes that formulating the right questions is important when moving forward with big data initiatives.
¿En qué se parece el Gobierno del Dato a un parque de atracciones?Denodo
Watch full webinar here: https://bit.ly/3Ab9gYq
Imagina llegar a un parque de atracciones con tu familia y comenzar tu día sin el típico plano que te permitirá planificarte para saber qué espectáculos ver, a qué atracciones ir, donde pueden o no pueden montar los niños… Posiblemente, no podrás sacar el máximo partido a tu día y te habrás perdido muchas cosas. Hay personas que les gusta ir a la aventura e ir descubriendo poco a poco, pero cuando hablamos de negocios, ir a la aventura puede ser fatídico...
En la era de la explosión de la información repartida en distintas fuentes, el gobierno de datos es clave para garantizar la disponibilidad, usabilidad, integridad y seguridad de esa información. Asimismo, el conjunto de procesos, roles y políticas que define permite que las organizaciones alcancen sus objetivos asegurando el uso eficiente de sus datos.
La virtualización de datos, herramienta estratégica para implementar y optimizar el gobierno del dato, permite a las empresas crear una visión 360º de sus datos y establecer controles de seguridad y políticas de acceso sobre toda la infraestructura, independientemente del formato o de su ubicación. De ese modo, reúne múltiples fuentes de datos, las hace accesibles desde una sola capa y proporciona capacidades de trazabilidad para supervisar los cambios en los datos.
En este webinar aprenderás a:
- Acelerar la integración de datos provenientes de fuentes de datos fragmentados en los sistemas internos y externos y obtener una vista integral de la información.
- Activar en toda la empresa una sola capa de acceso a los datos con medidas de protección.
- Cómo la virtualización de datos proporciona los pilares para cumplir con las normativas actuales de protección de datos mediante auditoría, catálogo y seguridad de datos.
How Data Virtualization Puts Machine Learning into Production (APAC)Denodo
Watch full webinar here: https://bit.ly/3mJJ4w9
Advanced data science techniques, like machine learning, have proven an extremely useful tool to derive valuable insights from existing data. Platforms like Spark, and complex libraries for R, Python and Scala put advanced techniques at the fingertips of the data scientists. However, these data scientists spend most of their time looking for the right data and massaging it into a usable format. Data virtualization offers a new alternative to address these issues in a more efficient and agile way.
Attend this session to learn how companies can use data virtualization to:
- Create a logical architecture to make all enterprise data available for advanced analytics exercise
- Accelerate data acquisition and massaging, providing the data scientist with a powerful tool to complement their practice
- Integrate popular tools from the data science ecosystem: Spark, Python, Zeppelin, Jupyter, etc
An Encyclopedic Overview Of Big Data AnalyticsAudrey Britton
This document provides an overview of big data analytics. It discusses the characteristics of big data, known as the 5 V's: volume, velocity, variety, veracity, and value. It describes how Hadoop has become the standard for storing and processing large datasets across clusters of servers. The challenges of big data are also summarized, such as dealing with the speed, scale, and inconsistencies of data from a variety of structured and unstructured sources.
Big data is everywhere , although sometimes we may not immediately realize it . First thing to be believed is that most of us don't deal with large amount of data in our life except in unusual circumstance. Lacking this immediate experience, we often fail to understand both opportunities as well challenges presented by big data. There are currently a number of issues and challenges in addressing these characteristics going forward.
Agile Data Management with Enterprise Data Fabric (ASEAN)Denodo
Watch full webinar here: https://bit.ly/3juxqaw
In a world where machine learning and artificial intelligence are changing our everyday lives, digital transformation tops the strategic agenda in many private and government organizations. Data is becoming the lifeblood of a company, flowing seamlessly through it to enable deep business insights, create new opportunities, and optimize operations.
Chief Data Officers and Data Architects are under continuous pressure to find the best ways to manage the overwhelming volumes of the data that tend to become more and more distributed and diverse.
Moving data physically to a single location for reporting and analytics is not an option anymore – this is the fact accepted by the majority of the data professionals.
Join us for this webinar to know about the modern virtual data landscapes including:
- Virtual Data Fabric
- Data Mesh
- Multi-Cloud Hybrid architecture
- and to learn how to leverage the Denodo Data Virtualization platform to implement these modern data architectures.
Solving The Data Growth Crisis: Solix Big Data SuiteLindaWatson19
Today’s Chief Information Officer operates in a perfect storm of data growth. Left unchecked data growth negatively impacts application performance, compliance goals and IT costs. Yet, this very same data is the lifeblood of today’s organizations. .
"Data pipelines" are a collection of processes that transmit data from one location to another location.
The end-to-end process of gathering data, turning it into insights and models, disseminating insights, and applying the model whenever and wherever the action is required to achieve the business goal is stitched together by a data pipeline.
Architects and developers have had to adjust to "big data" because of the significantly increased volume, diversity, and velocity of data in recent years.
This document provides an overview of big data, including its definition, characteristics, sources, tools, benefits, and future. Big data refers to the large volumes of diverse data that are growing exponentially and can be analyzed to reveal insights. The key characteristics are volume, velocity, and variety. Big data comes from a variety of sources and is processed using distributed servers, storage, and processing as well as high-performance databases. Analyzing big data can improve customer service, increase efficiency, and enhance accuracy. The future of big data includes industry standards and security improvements.
A l'occasion de l'eGov Innovation Day 2014 - DONNÉES DE L’ADMINISTRATION, UNE MINE (qui) D’OR(t) - Philippe Cudré-Mauroux présente Big Data et eGovernment.
Similar to Big Data Maturity and its Evolution (20)
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We describe how we achieve high change agility in data engineering by eliminating the fear of breaking downstream data pipelines through end-to-end pipeline testing, and by using schema metaprogramming to safely eliminate boilerplate involved in changes that affect whole pipelines.
A quick poll on agility in changing pipelines from end to end indicated a huge span in capabilities. For the question "How long time does it take for all downstream pipelines to be adapted to an upstream change," the median response was 6 months, but some respondents could do it in less than a day. When quantitative data engineering differences between the best and worst are measured, the span is often 100x-1000x, sometimes even more.
A long time ago, we suffered at Spotify from fear of changing pipelines due to not knowing what the impact might be downstream. We made plans for a technical solution to test pipelines end-to-end to mitigate that fear, but the effort failed for cultural reasons. We eventually solved this challenge, but in a different context. In this presentation we will describe how we test full pipelines effectively by manipulating workflow orchestration, which enables us to make changes in pipelines without fear of breaking downstream.
Making schema changes that affect many jobs also involves a lot of toil and boilerplate. Using schema-on-read mitigates some of it, but has drawbacks since it makes it more difficult to detect errors early. We will describe how we have rejected this tradeoff by applying schema metaprogramming, eliminating boilerplate but keeping the protection of static typing, thereby further improving agility to quickly modify data pipelines without fear.
4th Modern Marketing Reckoner by MMA Global India & Group M: 60+ experts on W...Social Samosa
The Modern Marketing Reckoner (MMR) is a comprehensive resource packed with POVs from 60+ industry leaders on how AI is transforming the 4 key pillars of marketing – product, place, price and promotions.
Codeless Generative AI Pipelines
(GenAI with Milvus)
https://ml.dssconf.pl/user.html#!/lecture/DSSML24-041a/rate
Discover the potential of real-time streaming in the context of GenAI as we delve into the intricacies of Apache NiFi and its capabilities. Learn how this tool can significantly simplify the data engineering workflow for GenAI applications, allowing you to focus on the creative aspects rather than the technical complexities. I will guide you through practical examples and use cases, showing the impact of automation on prompt building. From data ingestion to transformation and delivery, witness how Apache NiFi streamlines the entire pipeline, ensuring a smooth and hassle-free experience.
Timothy Spann
https://www.youtube.com/@FLaNK-Stack
https://medium.com/@tspann
https://www.datainmotion.dev/
milvus, unstructured data, vector database, zilliz, cloud, vectors, python, deep learning, generative ai, genai, nifi, kafka, flink, streaming, iot, edge
Predictably Improve Your B2B Tech Company's Performance by Leveraging DataKiwi Creative
Harness the power of AI-backed reports, benchmarking and data analysis to predict trends and detect anomalies in your marketing efforts.
Peter Caputa, CEO at Databox, reveals how you can discover the strategies and tools to increase your growth rate (and margins!).
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This is the webinar recording from the June 2024 HubSpot User Group (HUG) for B2B Technology USA.
Watch the video recording at https://youtu.be/5vjwGfPN9lw
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Talk Delivered at Valencia Codes Meetup 2024-06.
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3. History
• Web Companies – enormous amount of Data
• Google
Storage
• Read time not fast enough
• Need to read from multiple disks
• Distributed file system
Challenges
• Disk Failure
• Re-combining data
Knowing more about me, gives you better predictions than an awesome
algorithm with less data.
History & Storage
Size
Price
4. 3 V’s of Big Data
Velocity Volume
Variety Veracity?
Big Data
6. Big Data describes the realization of greater business
intelligence by storing, processing, and analyzing data
that was previously ignored or siloed due to the
limitations of traditional data management
technologies.
Note: If you are only storing massive quantities of data,
you don’t necessarily need “Big Data”
7. Big Data implementation: Business
Fostering a Data Driven Culture. Economist Intelligence Unit.
http://www.tableausoftware.com/sites/default/files/whitepapers/tableau_dataculture_130219.pdf?signin=a3841a8f840546fced0c759806b7a208
Importance of Data Analysis to the different parts of the organization
(% respondents)
8. Высшая школа экономики, Москва, 2014
Оценка возможностей внедрения технологии больших данных
фото
фото
Maximum positive effect of the introduction of Big Data is achieved with a strong environment, where
staff are ready to use the new technology, and high values, when Big Data through specific marketing
tools are an important part of the value chain.
8
Environment Value
Low Medium High
Strong Compatible use Sufficient use Active, consistent
and creative use
Weak No use No use Random, non
sufficient use
Adoptation of K.Klein research for Big Data
*K. Klein. Innovation Implementation. http://www.management.wharton.upenn.edu/klein/documents/New_Folder/Klein_Knight_Current_Directions_Implementation.pdf
Big Data as an innovation: Implementation
possibility
9. Bill Schmarzo Big Data Business Model Maturity Chart
https://infocus.emc.com/william_schmarzo/big-data-business-model-maturity-chart/
Maturity phase of technology
15. Define Responsibilities
Get the business functions to
ask the right questions
Take stock of all data “worth
analyzing.”
Select the business functions
best positioned to lead the way.
Match big data initiatives with
compatible business functions.
Determine whether big data
will yield valuable information
Assess complexities and
prioritize
Access your technology
architecture
Start building a team
Making Big data – The “Next Big Thing”
16. References
• Big Data slides
• Google images
• Learning modules
• https://www.hse.ru/data/2015/07/09/1082894102/Big%20Data%20Systems%20presentation
%202015.pptx
• http://pwc.blogs.com/files/data-management-maturity_are-you-ready-for-big-data.pdf
• https://www.census.gov/fedcasic/fc2017/ppt/ACN_FedCASIC_CyberFinal_31Mar17v1.0-
Hunt.pdf