Business intelligence (BI) is a set of theories, methodologies, architectures, and technologies that transform raw data into meaningful and useful information for business purposes.
What is BI,Definition, examples, BI industry, Solutions, Evolution, Catogeries, Key Stages of BI, BI significance, BI technologies, tools, future of BI
Data architecture defines the target state for an information system by describing how data is processed, stored, and utilized. It shows data structures, flows, and usage across business applications and systems. Data architecture sets data standards and addresses both stored and moving data. Its benefits include higher quality, reduced costs, quicker time to market, clearer scope, faster performance, better documentation, fewer errors, and managed risks. Defining the target state involves conceptual, logical, and physical architectural processes to represent enterprise entities, their relationships, and specific data mechanisms. Influencers include requirements, technology, economics, policies, and processing needs. Principles include building decoupled systems, using the right tools, leveraging managed services, and using log-
You Need a Data Catalog. Do You Know Why?Precisely
Data catalog has become a more popular discussion topic within data management and data governance circles. “What is it?” and “Do I need one?” are two common questions; along with “How does a catalog relate to and support the data governance program?”
The data catalog plays a key role in the governance process; How well information can be managed, aligned to business objectives and monetized depends in great part to what you know about your data.
In this webinar you will learn about:
- The role of the data catalog
- What kinds of information should be in your data catalog
- Those catalog items that can be harvested systemically versus those that require stewardship involvement
- The role of the catalog in your data quality program
We hope you’ll join this on-demand webinar and learn how a data catalog should be part of your governance and data quality program!
Data Governance and Metadata ManagementDATAVERSITY
Metadata is a tool that improves data understanding, builds end-user confidence, and improves the return on investment in every asset associated with becoming a data-centric organization. Metadata’s use has expanded beyond “data about data” to cover every phase of data analytics, protection, and quality improvement. Data Governance and metadata are connected at the hip in every way possible. As the song goes, “You can’t have one without the other.”
In this RWDG webinar, Bob Seiner will provide a way to renew your energy by focusing on the valuable asset that can make or break your Data Governance program’s success. The truth is metadata is already inherent in your data environment, and it can be leveraged by making it available to all levels of the organization. At issue is finding the most appropriate ways to leverage and share metadata to improve data value and protection.
Throughout this webinar, Bob will share information about:
- Delivering an improved definition of metadata
- Communicating the relationship between successful governance and metadata
- Getting your business community to embrace the need for metadata
- Determining the metadata that will provide the most bang for your bucks
- The importance of Metadata Management to becoming data-centric
It’s been three years since the General Data Protection Regulation shook up how organizations manage data security and privacy, ushering in a new focus on Data Governance. But what is the state of Data Governance today?
How has it evolved? What’s its role now? Building on prior research, erwin by Quest and ESG have partnered on a new study about what’s driving the practice of Data Governance, program maturity and current challenges. It also examines the connections to data operations and data protection, which is interesting given the fact that improving data security is now the No. 1 driver of Data Governance, according to this year’s survey respondents.
So please join us for this webinar to learn about the:
Other primary drivers for enterprise Data Governance programs
Most common bottlenecks to program maturity and sustainability
Advantages of aligning Data Governance with the other data disciplines
In a post-COVID world, data has the power to be even more transformative, and 84% of business and technology professionals say it represents the best opportunity to develop a competitive advantage during the next 12 to 24 months. Let’s make sure your organization has the intelligence it needs about both data and data systems to empower stakeholders in the front and back office to do what they need to do.
Modern Cloud Data Warehousing ft. Equinox Fitness Clubs: Optimize Analytics P...Amazon Web Services
Most companies are overrun with data, yet they lack critical insights to make timely and accurate business decisions. They are missing the opportunity to combine large amounts of new, unstructured big data that resides outside their data warehouse with trusted, structured data inside their data warehouse. In this session, we discuss the most common use cases with Amazon Redshift, and we take an in-depth look at how modern data warehousing blends and analyzes all your data to give you deeper insights to run your business. Equinox Fitness Clubs joins us to share their journey from static reports, redundant data, and inefficient data intergration to a modern and flexible data lake and data warehouse architecture that delivers dynamic reports based on trusted data.
Data Engineering is the process of collecting, transforming, and loading data into a database or data warehouse for analysis and reporting. It involves designing, building, and maintaining the infrastructure necessary to store, process, and analyze large and complex datasets. This can involve tasks such as data extraction, data cleansing, data transformation, data loading, data management, and data security. The goal of data engineering is to create a reliable and efficient data pipeline that can be used by data scientists, business intelligence teams, and other stakeholders to make informed decisions.
Visit by :- https://www.datacademy.ai/what-is-data-engineering-data-engineering-data-e/
What is BI,Definition, examples, BI industry, Solutions, Evolution, Catogeries, Key Stages of BI, BI significance, BI technologies, tools, future of BI
Data architecture defines the target state for an information system by describing how data is processed, stored, and utilized. It shows data structures, flows, and usage across business applications and systems. Data architecture sets data standards and addresses both stored and moving data. Its benefits include higher quality, reduced costs, quicker time to market, clearer scope, faster performance, better documentation, fewer errors, and managed risks. Defining the target state involves conceptual, logical, and physical architectural processes to represent enterprise entities, their relationships, and specific data mechanisms. Influencers include requirements, technology, economics, policies, and processing needs. Principles include building decoupled systems, using the right tools, leveraging managed services, and using log-
You Need a Data Catalog. Do You Know Why?Precisely
Data catalog has become a more popular discussion topic within data management and data governance circles. “What is it?” and “Do I need one?” are two common questions; along with “How does a catalog relate to and support the data governance program?”
The data catalog plays a key role in the governance process; How well information can be managed, aligned to business objectives and monetized depends in great part to what you know about your data.
In this webinar you will learn about:
- The role of the data catalog
- What kinds of information should be in your data catalog
- Those catalog items that can be harvested systemically versus those that require stewardship involvement
- The role of the catalog in your data quality program
We hope you’ll join this on-demand webinar and learn how a data catalog should be part of your governance and data quality program!
Data Governance and Metadata ManagementDATAVERSITY
Metadata is a tool that improves data understanding, builds end-user confidence, and improves the return on investment in every asset associated with becoming a data-centric organization. Metadata’s use has expanded beyond “data about data” to cover every phase of data analytics, protection, and quality improvement. Data Governance and metadata are connected at the hip in every way possible. As the song goes, “You can’t have one without the other.”
In this RWDG webinar, Bob Seiner will provide a way to renew your energy by focusing on the valuable asset that can make or break your Data Governance program’s success. The truth is metadata is already inherent in your data environment, and it can be leveraged by making it available to all levels of the organization. At issue is finding the most appropriate ways to leverage and share metadata to improve data value and protection.
Throughout this webinar, Bob will share information about:
- Delivering an improved definition of metadata
- Communicating the relationship between successful governance and metadata
- Getting your business community to embrace the need for metadata
- Determining the metadata that will provide the most bang for your bucks
- The importance of Metadata Management to becoming data-centric
It’s been three years since the General Data Protection Regulation shook up how organizations manage data security and privacy, ushering in a new focus on Data Governance. But what is the state of Data Governance today?
How has it evolved? What’s its role now? Building on prior research, erwin by Quest and ESG have partnered on a new study about what’s driving the practice of Data Governance, program maturity and current challenges. It also examines the connections to data operations and data protection, which is interesting given the fact that improving data security is now the No. 1 driver of Data Governance, according to this year’s survey respondents.
So please join us for this webinar to learn about the:
Other primary drivers for enterprise Data Governance programs
Most common bottlenecks to program maturity and sustainability
Advantages of aligning Data Governance with the other data disciplines
In a post-COVID world, data has the power to be even more transformative, and 84% of business and technology professionals say it represents the best opportunity to develop a competitive advantage during the next 12 to 24 months. Let’s make sure your organization has the intelligence it needs about both data and data systems to empower stakeholders in the front and back office to do what they need to do.
Modern Cloud Data Warehousing ft. Equinox Fitness Clubs: Optimize Analytics P...Amazon Web Services
Most companies are overrun with data, yet they lack critical insights to make timely and accurate business decisions. They are missing the opportunity to combine large amounts of new, unstructured big data that resides outside their data warehouse with trusted, structured data inside their data warehouse. In this session, we discuss the most common use cases with Amazon Redshift, and we take an in-depth look at how modern data warehousing blends and analyzes all your data to give you deeper insights to run your business. Equinox Fitness Clubs joins us to share their journey from static reports, redundant data, and inefficient data intergration to a modern and flexible data lake and data warehouse architecture that delivers dynamic reports based on trusted data.
Data Engineering is the process of collecting, transforming, and loading data into a database or data warehouse for analysis and reporting. It involves designing, building, and maintaining the infrastructure necessary to store, process, and analyze large and complex datasets. This can involve tasks such as data extraction, data cleansing, data transformation, data loading, data management, and data security. The goal of data engineering is to create a reliable and efficient data pipeline that can be used by data scientists, business intelligence teams, and other stakeholders to make informed decisions.
Visit by :- https://www.datacademy.ai/what-is-data-engineering-data-engineering-data-e/
Data Visualization Techniques in Power BIAngel Abundez
A progression from fundamental charts to more advanced ways to look at data. We end with Custom Visuals and R Visuals that extend this visualization platform.
This presentation gives an overview of the key things that we need to consider before deciding to set up a data repository. It briefly talks about data repository, the software behind data repository and their limitations and merits. Additionally, the presenters shared IFPRI's experiences with Harvard Dataverse.
This document provides tips for creating effective visualizations in Tableau, focusing on techniques for making visualizations useful, beautiful, and interactive. It discusses best practices such as asking a question to define the purpose of a visualization, choosing appropriate visual types, using dashboards to show multiple perspectives, and formatting visualizations for clarity and readability. Interactive features like filters, actions, and hyperlinks are also covered to help users understand and explore the data.
Tackling Data Quality problems requires more than a series of tactical, one-off improvement projects. By their nature, many Data Quality problems extend across and often beyond an organization. Addressing these issues requires a holistic architectural approach combining people, process, and technology. Join Nigel Turner and Donna Burbank as they provide practical ways to control Data Quality issues in your organization.
This describes a conceptual model approach to designing an enterprise data fabric. This is the set of hardware and software infrastructure, tools and facilities to implement, administer, manage and operate data operations across the entire span of the data within the enterprise across all data activities including data acquisition, transformation, storage, distribution, integration, replication, availability, security, protection, disaster recovery, presentation, analytics, preservation, retention, backup, retrieval, archival, recall, deletion, monitoring, capacity planning across all data storage platforms enabling use by applications to meet the data needs of the enterprise.
The conceptual data fabric model represents a rich picture of the enterprise’s data context. It embodies an idealised and target data view.
Designing a data fabric enables the enterprise respond to and take advantage of key related data trends:
• Internal and External Digital Expectations
• Cloud Offerings and Services
• Data Regulations
• Analytics Capabilities
It enables the IT function demonstrate positive data leadership. It shows the IT function is able and willing to respond to business data needs. It allows the enterprise to meet data challenges
• More and more data of many different types
• Increasingly distributed platform landscape
• Compliance and regulation
• Newer data technologies
• Shadow IT where the IT function cannot deliver IT change and new data facilities quickly
It is concerned with the design an open and flexible data fabric that improves the responsiveness of the IT function and reduces shadow IT.
The document discusses modern data architectures. It presents conceptual models for data ingestion, storage, processing, and insights/actions. It compares traditional vs modern architectures. The modern architecture uses a data lake for storage and allows for on-demand analysis. It provides an example of how this could be implemented on Microsoft Azure using services like Azure Data Lake Storage, Azure Data Bricks, and Azure Data Warehouse. It also outlines common data management functions such as data governance, architecture, development, operations, and security.
Emerging Trends in Data Architecture – What’s the Next Big ThingDATAVERSITY
Digital Transformation is a top priority for many organizations, and a successful digital journey requires a strong data foundation. Creating this digital transformation requires a number of core data management capabilities such as MDM, With technological innovation and change occurring at an ever-increasing rate, it’s hard to keep track of what’s hype and what can provide practical value for your organization. Join this webinar to see the results of a recent DATAVERSITY survey on emerging trends in Data Architecture, along with practical commentary and advice from industry expert Donna Burbank.
Building an Integrated Healthcare Platform with FHIR®WSO2
Healthcare records are increasingly becoming digitized. As patients move around the healthcare ecosystem, their electronic health records must be available, discoverable, and understandable. Further, to support automated clinical decisions and other machine-based processing, the data must also be structured and standardized. This is becoming a matter of interest for institutes such as government agencies and regional bodies, and we are already seeing rules and regulations come into action. For example, the Centers for Medicare and Medicaid Services (CMS), which is a part of the Department of Health and Human Services (HHS) of the United States, has published the “Interoperability and Patient Access final rule (CMS-9115-F)”. This aims to put patients first by giving them access to their health information when they need it most and in a way they can best use it.
Fast Healthcare Interoperability Resources (FHIR®) is a next-generation standard framework created by HL7 combining the best features of previous HL7 standards. FHIR® leverages the latest web standards and focuses on ease of implementability.
The slides showcase the primary components of FHIR, discover the architectural principles behind its design, and understand implementation considerations.
Data Management, Metadata Management, and Data Governance – Working TogetherDATAVERSITY
The data disciplines listed in the title must work together. The key to success requires understanding the boundaries and overlaps between the disciplines. Wouldn’t it be great to be able to present the relationships between the disciplines in a simple all-in diagram? At the end of this webinar, you will be able to do just that.
This new RWDG webinar with Bob Seiner will outline how Data Management, Metadata Management, and Data Governance can be optimized to work together. Bob will share a diagram that has successfully communicated the relationship between these disciplines to leadership resulting in the disciplines working in harmony and delivering success.
Bob will share the following in this webinar:
- Categories of disciplines focused on managing data as an asset
- A definition of Data Management that embraces numerous data disciplines
- The importance of Metadata -Management to all data disciplines
- Why data and metadata require formal governance
- A graphic that effectively exhibits the relationship between the disciplines
This document provides an overview of big data in a seminar presentation. It defines big data, discusses its key characteristics of volume, velocity and variety. It describes how big data is stored, selected and processed. Examples of big data sources and tools used are provided. The applications and risks of big data are summarized. Benefits to organizations from big data analytics are outlined, as well as its impact on IT and future growth prospects.
This document provides an overview of big data, including its definition, characteristics, sources, tools used, applications, benefits, and impact on IT. Big data is a term used to describe the large volumes of data, both structured and unstructured, that are so large they are difficult to process using traditional database and software techniques. It is characterized by high volume, velocity, variety, and veracity. Common sources of big data include mobile devices, sensors, social media, and software/application logs. Tools like Hadoop, MongoDB, and MapReduce are used to store, process, and analyze big data. Key applications areas include homeland security, healthcare, manufacturing, and financial trading. Benefits include better decision making, cost reductions
This document discusses data quality testing. It begins by defining data quality and listing its key dimensions such as accuracy, consistency, completeness and timeliness. It then notes common business problems caused by poor data quality and the benefits of improving data quality. Key aspects of data quality testing covered include planning, design, execution, monitoring and challenges. Best practices emphasized include understanding the business, planning for data quality early, being proactive about data growth and thoroughly understanding the data.
Big data is impacting the healthcare industry by enhancing efficiency, increasing productivity, and helping anticipate potential issues. The document outlines how big data plays a role in healthcare through benefits like detecting illnesses early, customized treatment, and reducing waste. It also discusses challenges like privacy concerns, fragmented data from different sources, and ensuring data integrity when sharing information.
This document discusses how to build a data dictionary. It defines a data dictionary as metadata that specifies tables, columns, attributes, and relationships in a database. It recommends including elements such as data types, constraints, ownership, and comments. An active data dictionary can be accessed directly from a database for automatic updates. Tools can help build and maintain data dictionaries. They are important for understanding, documenting, and sharing knowledge about an organization's data.
The Data Trifecta – Privacy, Security & Governance Race from Reactivity to Re...DATAVERSITY
Change is hard, especially in response to negative stimuli or what is perceived as negative stimuli. So organizations need to reframe how they think about data privacy, security and governance, treating them as value centers to 1) ensure enterprise data can flow where it needs to, 2) prevent – not just react – to internal and external threats, and 3) comply with data privacy and security regulations.
Working together, these roles can accelerate faster access to approved, relevant and higher quality data – and that means more successful use cases, faster speed to insights, and better business outcomes. However, both new information and tools are required to make the shift from defense to offense, reducing data drama while increasing its value.
Join us for this panel discussion with experts in these fields as they discuss:
- Recent research about where data privacy, security and governance stand
- The most valuable enterprise data use cases
- The common obstacles to data value creation
- New approaches to data privacy, security and governance
- Their advice on how to shift from a reactive to resilient mindset/culture/organization
You’ll be educated, entertained and inspired by this panel and their expertise in using the data trifecta to innovate more often, operate more efficiently, and differentiate more strategically.
Data protection and privacy regulations such as the EU’s General Data Protection Regulation (GDPR), the California Consumer Privacy Act (CCPA), and Singapore’s Personal Data Protection Act (PDPA) have been major drivers for data governance initiatives and the emergence of data catalog solutions. Organizations have an ever-increasing appetite to leverage their data for business advantage, either through internal collaboration, data sharing across ecosystems, direct commercialization, or as the basis for AI-driven business decision-making. This requires data governance and especially data asset catalog solutions to step up once again and enable data-driven businesses to leverage their data responsibly, ethically, compliantly, and accountably.
This presentation explores how data catalog has become a key technology enabler in overcoming these challenges.
Big Data [sorry] & Data Science: What Does a Data Scientist Do?Data Science London
What 'kind of things' does a data scientist do? What are the foundations and principles of data science? What is a Data Product? What does the data science process looks like? Learning from data: Data Modeling or Algorithmic Modeling? - talk by Carlos Somohano @ds_ldn at The Cloud and Big Data: HDInsight on Azure London 25/01/13
Data Governance Best Practices, Assessments, and RoadmapsDATAVERSITY
When starting or evaluating the present state of your Data Governance program, it is important to focus on best practices such that you don’t take a ready, fire, aim approach. Best practices need to be practical and doable to be selected for your organization, and the program must be at risk if the best practice is not achieved.
Join Bob Seiner for an important webinar focused on industry best practice around standing up formal Data Governance. Learn how to assess your organization against the practices and deliver an effective roadmap based on the results of conducting the assessment.
In this webinar, Bob will focus on:
- Criteria to select the appropriate best practices for your organization
- How to define the best practices for ultimate impact
- Assessing against selected best practices
- Focusing the recommendations on program success
- Delivering a roadmap for your Data Governance program
RWDG Slides: A Complete Set of Data Governance Roles & ResponsibilitiesDATAVERSITY
The document discusses roles and responsibilities in data governance. It describes five levels of roles - executive, strategic, tactical, operational, and support. For each level, it provides examples of common roles and discusses customizing roles to an organization's structure. The webinar will cover defining roles at each level, who participates, and detailed responsibilities. It emphasizes starting with existing roles and terminology.
Activate Data Governance Using the Data CatalogDATAVERSITY
This document discusses activating data governance using a data catalog. It compares active vs passive data governance, with active embedding governance into people's work through a catalog. The catalog plays a key role by allowing stewards to document definition, production, and usage of data in a centralized place. For governance to be effective, metadata from various sources must be consolidated and maintained in the catalog.
1. The document discusses emerging trends in business intelligence (BI), including big data integration and analysis, self-service BI, advanced analytics, and agile delivery approaches.
2. It analyzes customer needs for BI like access to dynamic and relevant information against market offerings in areas such as data visualization, mobile BI, and cloud BI.
3. The document benchmarks BI tools across categories including data integration, visualization, analytics, data storage, and administration.
Business intelligence (BI) systems allow companies to gather, store, access, and analyze corporate data to aid in decision-making. These systems illustrate intelligence in areas like customer profiling, market research, and product profitability. A hotel franchise uses BI to compile statistics on metrics like occupancy and room rates to analyze performance and competitive position. Banks also use BI to determine their most profitable customers and which customers to target for new products.
Data Visualization Techniques in Power BIAngel Abundez
A progression from fundamental charts to more advanced ways to look at data. We end with Custom Visuals and R Visuals that extend this visualization platform.
This presentation gives an overview of the key things that we need to consider before deciding to set up a data repository. It briefly talks about data repository, the software behind data repository and their limitations and merits. Additionally, the presenters shared IFPRI's experiences with Harvard Dataverse.
This document provides tips for creating effective visualizations in Tableau, focusing on techniques for making visualizations useful, beautiful, and interactive. It discusses best practices such as asking a question to define the purpose of a visualization, choosing appropriate visual types, using dashboards to show multiple perspectives, and formatting visualizations for clarity and readability. Interactive features like filters, actions, and hyperlinks are also covered to help users understand and explore the data.
Tackling Data Quality problems requires more than a series of tactical, one-off improvement projects. By their nature, many Data Quality problems extend across and often beyond an organization. Addressing these issues requires a holistic architectural approach combining people, process, and technology. Join Nigel Turner and Donna Burbank as they provide practical ways to control Data Quality issues in your organization.
This describes a conceptual model approach to designing an enterprise data fabric. This is the set of hardware and software infrastructure, tools and facilities to implement, administer, manage and operate data operations across the entire span of the data within the enterprise across all data activities including data acquisition, transformation, storage, distribution, integration, replication, availability, security, protection, disaster recovery, presentation, analytics, preservation, retention, backup, retrieval, archival, recall, deletion, monitoring, capacity planning across all data storage platforms enabling use by applications to meet the data needs of the enterprise.
The conceptual data fabric model represents a rich picture of the enterprise’s data context. It embodies an idealised and target data view.
Designing a data fabric enables the enterprise respond to and take advantage of key related data trends:
• Internal and External Digital Expectations
• Cloud Offerings and Services
• Data Regulations
• Analytics Capabilities
It enables the IT function demonstrate positive data leadership. It shows the IT function is able and willing to respond to business data needs. It allows the enterprise to meet data challenges
• More and more data of many different types
• Increasingly distributed platform landscape
• Compliance and regulation
• Newer data technologies
• Shadow IT where the IT function cannot deliver IT change and new data facilities quickly
It is concerned with the design an open and flexible data fabric that improves the responsiveness of the IT function and reduces shadow IT.
The document discusses modern data architectures. It presents conceptual models for data ingestion, storage, processing, and insights/actions. It compares traditional vs modern architectures. The modern architecture uses a data lake for storage and allows for on-demand analysis. It provides an example of how this could be implemented on Microsoft Azure using services like Azure Data Lake Storage, Azure Data Bricks, and Azure Data Warehouse. It also outlines common data management functions such as data governance, architecture, development, operations, and security.
Emerging Trends in Data Architecture – What’s the Next Big ThingDATAVERSITY
Digital Transformation is a top priority for many organizations, and a successful digital journey requires a strong data foundation. Creating this digital transformation requires a number of core data management capabilities such as MDM, With technological innovation and change occurring at an ever-increasing rate, it’s hard to keep track of what’s hype and what can provide practical value for your organization. Join this webinar to see the results of a recent DATAVERSITY survey on emerging trends in Data Architecture, along with practical commentary and advice from industry expert Donna Burbank.
Building an Integrated Healthcare Platform with FHIR®WSO2
Healthcare records are increasingly becoming digitized. As patients move around the healthcare ecosystem, their electronic health records must be available, discoverable, and understandable. Further, to support automated clinical decisions and other machine-based processing, the data must also be structured and standardized. This is becoming a matter of interest for institutes such as government agencies and regional bodies, and we are already seeing rules and regulations come into action. For example, the Centers for Medicare and Medicaid Services (CMS), which is a part of the Department of Health and Human Services (HHS) of the United States, has published the “Interoperability and Patient Access final rule (CMS-9115-F)”. This aims to put patients first by giving them access to their health information when they need it most and in a way they can best use it.
Fast Healthcare Interoperability Resources (FHIR®) is a next-generation standard framework created by HL7 combining the best features of previous HL7 standards. FHIR® leverages the latest web standards and focuses on ease of implementability.
The slides showcase the primary components of FHIR, discover the architectural principles behind its design, and understand implementation considerations.
Data Management, Metadata Management, and Data Governance – Working TogetherDATAVERSITY
The data disciplines listed in the title must work together. The key to success requires understanding the boundaries and overlaps between the disciplines. Wouldn’t it be great to be able to present the relationships between the disciplines in a simple all-in diagram? At the end of this webinar, you will be able to do just that.
This new RWDG webinar with Bob Seiner will outline how Data Management, Metadata Management, and Data Governance can be optimized to work together. Bob will share a diagram that has successfully communicated the relationship between these disciplines to leadership resulting in the disciplines working in harmony and delivering success.
Bob will share the following in this webinar:
- Categories of disciplines focused on managing data as an asset
- A definition of Data Management that embraces numerous data disciplines
- The importance of Metadata -Management to all data disciplines
- Why data and metadata require formal governance
- A graphic that effectively exhibits the relationship between the disciplines
This document provides an overview of big data in a seminar presentation. It defines big data, discusses its key characteristics of volume, velocity and variety. It describes how big data is stored, selected and processed. Examples of big data sources and tools used are provided. The applications and risks of big data are summarized. Benefits to organizations from big data analytics are outlined, as well as its impact on IT and future growth prospects.
This document provides an overview of big data, including its definition, characteristics, sources, tools used, applications, benefits, and impact on IT. Big data is a term used to describe the large volumes of data, both structured and unstructured, that are so large they are difficult to process using traditional database and software techniques. It is characterized by high volume, velocity, variety, and veracity. Common sources of big data include mobile devices, sensors, social media, and software/application logs. Tools like Hadoop, MongoDB, and MapReduce are used to store, process, and analyze big data. Key applications areas include homeland security, healthcare, manufacturing, and financial trading. Benefits include better decision making, cost reductions
This document discusses data quality testing. It begins by defining data quality and listing its key dimensions such as accuracy, consistency, completeness and timeliness. It then notes common business problems caused by poor data quality and the benefits of improving data quality. Key aspects of data quality testing covered include planning, design, execution, monitoring and challenges. Best practices emphasized include understanding the business, planning for data quality early, being proactive about data growth and thoroughly understanding the data.
Big data is impacting the healthcare industry by enhancing efficiency, increasing productivity, and helping anticipate potential issues. The document outlines how big data plays a role in healthcare through benefits like detecting illnesses early, customized treatment, and reducing waste. It also discusses challenges like privacy concerns, fragmented data from different sources, and ensuring data integrity when sharing information.
This document discusses how to build a data dictionary. It defines a data dictionary as metadata that specifies tables, columns, attributes, and relationships in a database. It recommends including elements such as data types, constraints, ownership, and comments. An active data dictionary can be accessed directly from a database for automatic updates. Tools can help build and maintain data dictionaries. They are important for understanding, documenting, and sharing knowledge about an organization's data.
The Data Trifecta – Privacy, Security & Governance Race from Reactivity to Re...DATAVERSITY
Change is hard, especially in response to negative stimuli or what is perceived as negative stimuli. So organizations need to reframe how they think about data privacy, security and governance, treating them as value centers to 1) ensure enterprise data can flow where it needs to, 2) prevent – not just react – to internal and external threats, and 3) comply with data privacy and security regulations.
Working together, these roles can accelerate faster access to approved, relevant and higher quality data – and that means more successful use cases, faster speed to insights, and better business outcomes. However, both new information and tools are required to make the shift from defense to offense, reducing data drama while increasing its value.
Join us for this panel discussion with experts in these fields as they discuss:
- Recent research about where data privacy, security and governance stand
- The most valuable enterprise data use cases
- The common obstacles to data value creation
- New approaches to data privacy, security and governance
- Their advice on how to shift from a reactive to resilient mindset/culture/organization
You’ll be educated, entertained and inspired by this panel and their expertise in using the data trifecta to innovate more often, operate more efficiently, and differentiate more strategically.
Data protection and privacy regulations such as the EU’s General Data Protection Regulation (GDPR), the California Consumer Privacy Act (CCPA), and Singapore’s Personal Data Protection Act (PDPA) have been major drivers for data governance initiatives and the emergence of data catalog solutions. Organizations have an ever-increasing appetite to leverage their data for business advantage, either through internal collaboration, data sharing across ecosystems, direct commercialization, or as the basis for AI-driven business decision-making. This requires data governance and especially data asset catalog solutions to step up once again and enable data-driven businesses to leverage their data responsibly, ethically, compliantly, and accountably.
This presentation explores how data catalog has become a key technology enabler in overcoming these challenges.
Big Data [sorry] & Data Science: What Does a Data Scientist Do?Data Science London
What 'kind of things' does a data scientist do? What are the foundations and principles of data science? What is a Data Product? What does the data science process looks like? Learning from data: Data Modeling or Algorithmic Modeling? - talk by Carlos Somohano @ds_ldn at The Cloud and Big Data: HDInsight on Azure London 25/01/13
Data Governance Best Practices, Assessments, and RoadmapsDATAVERSITY
When starting or evaluating the present state of your Data Governance program, it is important to focus on best practices such that you don’t take a ready, fire, aim approach. Best practices need to be practical and doable to be selected for your organization, and the program must be at risk if the best practice is not achieved.
Join Bob Seiner for an important webinar focused on industry best practice around standing up formal Data Governance. Learn how to assess your organization against the practices and deliver an effective roadmap based on the results of conducting the assessment.
In this webinar, Bob will focus on:
- Criteria to select the appropriate best practices for your organization
- How to define the best practices for ultimate impact
- Assessing against selected best practices
- Focusing the recommendations on program success
- Delivering a roadmap for your Data Governance program
RWDG Slides: A Complete Set of Data Governance Roles & ResponsibilitiesDATAVERSITY
The document discusses roles and responsibilities in data governance. It describes five levels of roles - executive, strategic, tactical, operational, and support. For each level, it provides examples of common roles and discusses customizing roles to an organization's structure. The webinar will cover defining roles at each level, who participates, and detailed responsibilities. It emphasizes starting with existing roles and terminology.
Activate Data Governance Using the Data CatalogDATAVERSITY
This document discusses activating data governance using a data catalog. It compares active vs passive data governance, with active embedding governance into people's work through a catalog. The catalog plays a key role by allowing stewards to document definition, production, and usage of data in a centralized place. For governance to be effective, metadata from various sources must be consolidated and maintained in the catalog.
1. The document discusses emerging trends in business intelligence (BI), including big data integration and analysis, self-service BI, advanced analytics, and agile delivery approaches.
2. It analyzes customer needs for BI like access to dynamic and relevant information against market offerings in areas such as data visualization, mobile BI, and cloud BI.
3. The document benchmarks BI tools across categories including data integration, visualization, analytics, data storage, and administration.
Business intelligence (BI) systems allow companies to gather, store, access, and analyze corporate data to aid in decision-making. These systems illustrate intelligence in areas like customer profiling, market research, and product profitability. A hotel franchise uses BI to compile statistics on metrics like occupancy and room rates to analyze performance and competitive position. Banks also use BI to determine their most profitable customers and which customers to target for new products.
This document discusses business analytics and data analytics capabilities. It covers key concepts like data warehouses, data marts, ETL processes, business intelligence, data mining techniques, and how organizations can use analytics to gain insights from data to support decision making and gain a competitive advantage. The document provides examples of how companies like IHG and retailers use analytics to improve operations and customer understanding.
How to Capitalize on Big Data with Oracle Analytics CloudPerficient, Inc.
The average age of a company listed on the S&P 500 has fallen from almost 60 years old in the 1950s to less than 20 years old today. Innovative companies that are willing to embrace transformative technologies make the list today, while businesses that are hesitant to embrace change risk becoming obsolete.
Innovators use big data solutions as a competitive advantage to increase revenue, reduce cost, and improve cash flow. Turn big data into actionable insights with Oracle Analytics Cloud.
We identified the big data opportunities in front of you and how to take advantage of them:
-Big data and its architecture
-Why a big data strategy is imperative to remaining relevant
-How Oracle Analytics Cloud can help you connect people, places, data, and systems to fundamentally change how you analyze, understand, and act on information
This document discusses business analytics and next-generation business intelligence tools. It describes how business analytics is used to gain insights from data to inform business decisions and optimize processes. It also explains that successful business analytics depends on data quality, skilled analysts, and organizational commitment to data-driven decision making. The document then profiles the capabilities of next-generation BI tools, including their support for top-down reporting, bottom-up analysis, self-service capabilities, and their ability to provide insights quickly through in-memory processing and interactive visualizations.
Business intelligence (BI) refers to technologies and processes used to gather, store, analyze and provide access to data to help business users make better decisions. BI systems aggregate data from various sources, enrich it with context and analysis, and present it to inform fact-based decisions. Advanced analytics can also be used to predict customer behavior and business trends. BI is important because it provides timely, reliable data to support decision making rather than relying solely on opinions. Major BI trends include mobile, cloud, social media and advanced analytics. BI systems are used across industries for applications like customer segmentation, inventory forecasting, and predicting customer churn.
Building the Artificially Intelligent EnterpriseDatabricks
Mike Ferguson is Managing Director of Intelligent Business Strategies Limited and specializes in business intelligence/analytics and data management. He discusses building the artificially intelligent enterprise and transitioning to a self-learning enterprise. Some key challenges discussed include the siloed and fractured nature of current data and analytics efforts, with many tools and scripts in use without integration. He advocates sorting out the data foundation, implementing DataOps and MLOps, creating a data and analytics marketplace, and integrating analytics into business processes to drive value from AI.
- Business intelligence (BI) is the process of collecting data from various sources and analyzing it to help businesses make more informed decisions. It has evolved over time from simply collecting and reporting on retrospective data to also performing predictive analytics.
- The key stages in a closed-loop BI process are track, analyze, model, decide, and monitor. Data is tracked from operational systems and analyzed using BI tools to generate insights. Models are developed and used for forecasting and scenario planning. Decisions are made based on the analysis and models. Actions are then monitored and data is tracked again.
- Successful BI architecture has four parts - information architecture, data architecture, technical architecture, and product architecture to define what data and
This document discusses the importance of big data and analytics for businesses and UKMs. It defines key terms like business intelligence, data mining, business analytics, and data warehousing. It explains that businesses need tools to turn large and complex data sets into meaningful information to support decision making in uncertain economic conditions. The document also lists sources of big data and characteristics of good data for decision making. It provides examples of business intelligence dashboards and discusses common reasons why BI projects fail. Finally, it outlines some big data tools that can be used by small businesses.
Interactive dashboards allow for more user interaction than simple dashboards through features like navigation, drill-down capabilities, filtering, and different display formats. They are useful for handling large volumes of data and providing insights not obvious before. Effective dashboards are designed based on use cases, group data logically, avoid overload, and consider reporting and decision-making cycles. A case study demonstrated a national project monitoring dashboard that standardized data feeds and had an intuitive interface for different user groups. Choosing the right platform depends on desired features like mobile access, social integration, and traditional or free-form analysis. Dashboards have applications in real estate, transportation, facilities management, and smart cities.
ADV Slides: What the Aspiring or New Data Scientist Needs to Know About the E...DATAVERSITY
Many data scientists are well grounded in creating accomplishment in the enterprise, but many come from outside – from academia, from PhD programs and research. They have the necessary technical skills, but it doesn’t count until their product gets to production and in use. The speaker recently helped a struggling data scientist understand his organization and how to create success in it. That turned into this presentation, because many new data scientists struggle with the complexities of an enterprise.
Ch1-Introduction to Business Intelligence.pptxsommaikhantong
The document discusses business intelligence systems (BIS). It defines BIS as an analytical information system built on a data warehouse that uses tools like multidimensional analysis and data mining. The main components of BIS are the data warehouse, business analytics tools, business performance management, and user interfaces. BIS applications include accounting, inventory control, production management, and human resources. The document also discusses data warehousing, business analytics tools, and how technology changes have enabled more widespread use of BI.
How to Empower Your Business Users with Oracle Data VisualizationPerficient, Inc.
With Oracle Data Visualization Cloud Service, your business users can perform self-service analytics, spot patterns, trends, correlations, and construct visual data stories for greater insight into how your product, service, or organization is performing.
In this webinar, we demonstrated how easily users can explore their data in new and different ways through stunning visualizations automatically, promoting self-service discovery.
Discussion included:
-In-depth review of Oracle Data Visualization Cloud Service
-Connecting different data sets like HCM, ERP, Sales Cloud and more
-Mobile and security
-Demo taking a real-world business use case from end to end
Business Intelligence Presentation 1 (15th March'16)Muhammad Fahad
Business intelligence (BI) involves methods, processes, technologies, and tools to convert data into useful information that helps organizations make better plans and decisions. It has evolved from executive information systems and decision support systems in the 1980s to include data warehousing, dashboards, analytics, and big data capabilities today. BI provides benefits like improved management and operations, better adjustments to trends, and the ability to predict the future. It has applications across private and public sector organizations. The BI process involves requirements analysis, data modeling, ETL, analytics, and presentation. Key components are the data warehouse, OLAP, data mining, and visualization tools like reports, dashboards, and scorecards. The global BI market is expected to grow significantly
Accelerate Self-Service Analytics with Data Virtualization and VisualizationDenodo
Watch full webinar here: https://bit.ly/3fpitC3
Enterprise organizations are shifting to self-service analytics as business users need real-time access to holistic and consistent views of data regardless of its location, source or type for arriving at critical decisions.
Data Virtualization and Data Visualization work together through a universal semantic layer. Learn how they enable self-service data discovery and improve performance of your reports and dashboards.
In this session, you will learn:
- Challenges faced by business users
- How data virtualization enables self-service analytics
- Use case and lessons from customer success
- Overview of the highlight features in Tableau
Accelerating Data-Driven Enterprise Transformation in Banking, Financial Serv...Denodo
Watch full webinar here: https://bit.ly/3c6v8K7
Banking, Financial Services and Insurance (BFSI) organizations are globally accelerating their digital journey, making rapid strides with their digitization efforts, and adding key capabilities to adapt and innovate in the new normal.
Many companies find digital transformation challenging as they rely on established systems that are often not only poorly integrated but also highly resistant to modernization without downtime. Hear how the BFSI industry is leveraging data virtualization that facilitates digital transformation via a modern data integration/data delivery approach to gain greater agility, flexibility, and efficiency.
In this session from Denodo, you will learn:
- Industry key trends and challenges driving the digital transformation mandate and platform modernization initiatives
- Key concepts of Data Virtualization, and how it can enable BFSI customers to develop critical capabilities for real-time / near real-time data integration
- Success Stories on organizations who already use data virtualization to differentiate themselves from the competition.
Slides from a recent Big Data Warehousing Meetup titled, Big Data Analytics with Microsoft.
See Power Pivot/ Power Query/ Power View/ Power Maps and Azure Machine Learning be used to analyze Big Data.
One challenge of dealing with Big Data project is to acquire both structured and instructed information in order to find the right correlation. During the event, we explained all the steps to build your model and enhance your existing data through Microsoft's Power BI.
We had an in-depth discussion about the innovations built into the latest stack of Microsoft Business Intelligence, and practical tips from Technology Specialist’s from Microsoft.
The session also featured demos to help you see the technology as an end-to-end solution.
For more information, visit www.casertaconcepts.com
This document discusses business intelligence and related topics. It begins by defining key terms like business analytics, BI, big data, and data mining. It then explains that businesses need support for decision making due to uncertainties and competition. The document outlines characteristics of good data for decision making and describes data mining as finding patterns in large datasets. It provides examples of BI applications and initiatives and discusses how the field of BI has evolved with the rise of data warehousing and data marts. Finally, it briefly covers some common data mining techniques like market basket analysis and cluster analysis.
Business intelligence environments involve collecting data from various sources, transforming and organizing it using tools like ETL, and storing it in data warehouses or marts. This data is then analyzed using OLAP and reporting tools to provide useful information for business decisions. Setting up an effective BI environment requires understanding business requirements, defining processes, determining data needs, integrating data sources, and selecting appropriate tools and techniques. Careful planning and skilled people are needed to ensure the BI environment supports organizational goals.
When and How Data Lakes Fit into a Modern Data ArchitectureDATAVERSITY
Whether to take data ingestion cycles off the ETL tool and the data warehouse or to facilitate competitive Data Science and building algorithms in the organization, the data lake – a place for unmodeled and vast data – will be provisioned widely in 2020.
Though it doesn’t have to be complicated, the data lake has a few key design points that are critical, and it does need to follow some principles for success. Avoid building the data swamp, but not the data lake! The tool ecosystem is building up around the data lake and soon many will have a robust lake and data warehouse. We will discuss policy to keep them straight, send data to its best platform, and keep users’ confidence up in their data platforms.
Data lakes will be built in cloud object storage. We’ll discuss the options there as well.
Get this data point for your data lake journey.
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Embedded machine learning-based road conditions and driving behavior monitoringIJECEIAES
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KuberTENes Birthday Bash Guadalajara - K8sGPT first impressionsVictor Morales
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Introduction- e - waste – definition - sources of e-waste– hazardous substances in e-waste - effects of e-waste on environment and human health- need for e-waste management– e-waste handling rules - waste minimization techniques for managing e-waste – recycling of e-waste - disposal treatment methods of e- waste – mechanism of extraction of precious metal from leaching solution-global Scenario of E-waste – E-waste in India- case studies.
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2. What is BI?
Business intelligence (BI) is a set of theories, methodologies,
architectures, and technologies that transform raw data into
meaningful and useful information for business purposes.
2
5. 5
Information Delivery
Reporting
Dashboards
Ad hoc report/query
Microsoft Office integration
Mobile BI
Analysis
Interactive visualization
Search-based data discovery
Geospatial and location intelligence
Embedded advanced analytics
Online analytical processing (OLAP)
Integration
BI infrastructure and administration
Metadata management
Business user data mashup and modeling
Development toolsEmbeddable analytics
Collaboration
Support for big data sources
BI and analytics
(Gartner, 2014)
6. • Gartner is the world's leading information technology research and
advisory company.
“We deliver the technology-related insight necessary for our clients to
make the right decisions, every day”
6
8. Business intelligence and analytics vendors:
8
LEADERSCHALLENGERS
NICHE PLAYERS VISIONARIES
Magic
Quadrant
report for 2014
(Gartner, feb 2014)
http://www.gartner.com/technology/reprints.do?id=1-1QLGACN&ct=140210&st=sb
9. Business management issues
• “We have mountains of data in this company, but we
can’t access it.”
• “We need to slice and dice the data every which way.”
• “You’ve got to make it easy for business people to get at
the data directly.”
• “Just show me what is important.”
• “It drives me crazy to have two people present the same
business metrics
• at a meeting, but with different numbers.”
• “We want people to use information to support more
fact-based decision making.”
9
10. Data Warehouse
• The data warehouse:
– must make an organization’s information easily accessible
– must present the organization’s information consistently
– must be adaptive and resilient to change
– must be a secure bastion that protects our information assets
– must serve as the foundation for improved decision making
– the business community must accept the data warehouse if it
is to be deemed successful
10
11. Basic Elements of the Data Warehouse
11
Ralph Kimball, Margy Ross, The Data Warehouse Toolkit, 2nd Edition, 2002
12. Operational Source Systems
• capture the transactions of the business
• queries against source systems are narrow
• stovepipe application
12
13. Data Staging Area
• a storage area
AND
• a set of ETL processes
(extract-transform-load)
• it is off-limits to business users and does not
provide query and presentation services.
13
14. Data Staging Area - ETL
• EXTRACTION
– reading and understanding the source data and
copying the data needed for the data warehouse
into the staging area for further manipulation.
• TRANSFORMATION
– cleansing, combining data from multiple sources,
deduplicating data, and assigning warehouse keys
• LOADING
– loading the data into the data warehouse
presentation area
14
15. Data Presentation Area
• where data is organized, stored and made available for
direct querying by users, report writers, and other
analytical applications
• it is all the business community sees and touches via data
access tools
• dimensional data modeling
– user understandability
– query performance
– resilience to change
• detailed, atomic data
15
16. Data Access Tools
• tools that query the data in the data
warehouse’s presentation area
• the variety of capabilities that can be provided
to business users to leverage the presentation
area for analytic decision making.
– prebuilt parameter-driven analytic applications
– ad hoc query tools
– data mining, modeling, forecasting
16
17. Microsoft SQL Server
• SQL Server Integration Services (SSIS)
– tool for the ETL process
• SQL Server Analysis Services (SSAS)
– tool for multidimensional modeling
• SQL Server Reporting Services (SSRS)
– tool for reporting
17
18. What BI technologies will be the most important to
your organization in the next 3 years?
1. Predictive Analytics
2. Visualization/Dashboards
3. Master Data Management
4. The Cloud
5. Analytic Databases
6. Mobile BI
7. Open Source
8. Text Analytics
TDWI Executive Summit – August 2010
19. Advanced Analytics / Predictive Analytics
• Data Mining
• Regression
• Monte Carlo Simulation
• “Statistically Significant”
• Predicting Customer Behavior
– Churn/Attrition
– Purchases
– Profiling
20. BI Today vs Tomorrow
• “BI today is like reading the newspaper”
– BI reporting tool on top of a data warehouse that
loads nightly and produces historical reporting
• BI tomorrow will focus more on real-time
events and predicting tomorrow’s headlines
21. Collegiate Admissions Criteria
• Test Scores: SAT, ACT, AP Exams
• Grade Point Average
• Class Rank
• High School “Strength”
• Extracurricular Activities: Band/Choir, Clubs, Sports
• Non-School Activities: Work, Volunteer, Community Groups
• Area of Focus – Intended Major
• Family legacy
• Home State or Country
Regression Outcome = Graduation (binary) + GPA (linear)
21
23. 23
Amazon.com and NetFlix
Collaborative Filtering tries to predict other items a
customer may want to purchase based on what’s in their
shopping cart and the purchasing behaviors of other
customers
24. 24
What Is Text Analytics?
…turning unstructured customer comments into actionable
insights
…finding nuggets of insight in text data that will improve our
business
From Wikipedia:
… a set of linguistic, statistical, and machine learning
techniques that model and structure the information
content of textual sources for business intelligence,
exploratory data analysis, research, or investigation
25. 25
Customer Sat
Survey
Comments
Unstructured Text Processing
Facebook
Page
Blogs
Competitors’
Facebook
Pages
Public Web Sites,
Discussion Boards,
Product Reviews
Alerts,
Real-time
Action
Twitter
Page
Services
Quality Cost Friendliness
Email
Adhoc
Feedback
Call
Center
Notes,
Voice
26.
27.
28.
29. What is Information Governance?
Information Governance
•Data Stewardship
•Data Quality
•Data Governance
•Master Data Management
•Data Stewards for Master Data “Hubs”
•Customer, Vendor, Product, Location, Employee, G/L Accounts
PREVENTS
Garbage
In
Garbage
Out
BY
ENCOMPASSING
•Report Governance
•Metric Governance
29
CREATING SIGNIFICANT
BUSINESS VALUE
30. BI Technologies
•Analytic Databases
•BI is a consolidating industry
– Oracle: Siebel, Hyperion, Brio, Sun
– SAP: Business Objects, Sybase
– IBM: Cognos, SPSS, Coremetrics, Unica, Netezza
– EMC: Greenplum
– HP: Vertica
– Teradata: Aster Data
•Independent vendors: MicroStrategy, Informatica, SAS
•Reporting standards determined mainly by Microsoft, Apple and
Adobe
Teradata
Netezza
DB2
Oracle
SQL Server
Vertica
Aster Data
Par Accel
Greenplum
Semantic Databases
(TIDE)
31. BI Technologies (cont’d)
•If you want to learn more about Analytic Databases:
http://hosted.mediasite.com/mediasite/Viewer/?peid=120d6b7
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•If you want to learn more about BI in the Cloud:
http://hosted.mediasite.com/mediasite/Viewer/?peid=e6d9114
8a71a47969824c22b3b20d6221d