Listen to the webinar on-demand: http://info.mapr.com/WB_Partner_CDP_Intro_EMEA_DG_17.05.31_RegistrationPage.html
In this 90-minute webinar, we discuss:
- The MapR Converged Data Platform and its components
- Use cases for the Converged Data Platform
- MapR Converged Partner Program
- How to get started with MapR
- Becoming a partner
ADV Slides: Strategies for Fitting a Data Lake 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 2019.
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 “horses to courses,” and keep up users’ confidence in the Data Platforms.
As for platform, although Hadoop received the early majority of Data Lakes, organizations are now weighing in that the Data Lake will be built in Cloud object storage. We’ll discuss these options as well.
Get this data point for your Data Lake journey.
This talk provides an in-depth overview of the key concepts of Apache Calcite. It explores the Calcite catalog, parsing, validation, and optimization with various planners.
Snowflake concepts & hands on expertise to help get you started on implementing Data warehouses using Snowflake. Necessary information and skills that will help you master Snowflake essentials.
Delta Lake brings reliability, performance, and security to data lakes. It provides ACID transactions, schema enforcement, and unified handling of batch and streaming data to make data lakes more reliable. Delta Lake also features lightning fast query performance through its optimized Delta Engine. It enables security and compliance at scale through access controls and versioning of data. Delta Lake further offers an open approach and avoids vendor lock-in by using open formats like Parquet that can integrate with various ecosystems.
A common request sent from your web browser to a web server goes quite a long way and it can take a great deal of time until the data your browser can display are fetched back. I will talk about making this great deal of time significantly less great by caching things on different levels, starting with client-side caching for faster display and minimizing transferred data, storing results of already performed operations and computations and finishing with lowering the load of database servers by caching result sets. Cache expiration and invalidation is the hardest part so I will cover that too. Presentation will be focused mainly on PHP, but most of the principles are quite general work elsewhere too.
This document discusses 5 key data modeling patterns for document databases: 1) One-to-many using embedded documents, 2) Many-to-many using references or embedded documents, 3) Trees using parent and child references, 4) Trees using materialized paths, and 5) Entity aggregation for polymorphic documents. It provides examples of each pattern and considerations for implementing them. The document also covers anti-patterns to avoid, such as large arrays and over-normalizing data.
This is an exam cheat sheet hopes to cover all keys points for GCP Data Engineer Certification Exam
Let me know if there is any mistake and I will try to update it
Apache Sqoop efficiently transfers bulk data between Apache Hadoop and structured datastores such as relational databases. Sqoop helps offload certain tasks (such as ETL processing) from the EDW to Hadoop for efficient execution at a much lower cost. Sqoop can also be used to extract data from Hadoop and export it into external structured datastores. Sqoop works with relational databases such as Teradata, Netezza, Oracle, MySQL, Postgres, and HSQLDB
The document discusses Google Cloud Platform services for data science and machine learning. It summarizes Google Cloud services for data collection, storage, processing, analysis and machine learning including Cloud Pub/Sub, Cloud Storage, Cloud Dataflow, Cloud Dataproc, Cloud Datalab, BigQuery, Cloud ML Engine and TensorFlow. It provides examples of using Cloud Dataflow to perform word count on text data and using TensorFlow for image classification. The document emphasizes that Google Cloud Platform allows users to focus on insights rather than administration through serverless architectures and access to machine learning capabilities.
Bulk data loading in Snowflake involves the following steps:
1. Creating file format objects to define file types and formats
2. Creating stage objects to store loaded files
3. Staging data files in the stages
4. Listing the staged files
5. Copying data from the stages into target tables
Change Data Capture to Data Lakes Using Apache Pulsar and Apache Hudi - Pulsa...StreamNative
Apache Hudi is an open data lake platform, designed around the streaming data model. At its core, Hudi provides a transactions, upserts, deletes on data lake storage, while also enabling CDC capabilities. Hudi also provides a coherent set of table services, which can clean, compact, cluster and optimize storage layout for better query performance. Finally, Hudi's data services provide out-of-box support for streaming data from event systems into lake storage in near real-time.
In this talk, we will walk through an end-end use case for change data capture from a relational database, starting with capture changes using the Pulsar CDC connector and then demonstrate how you can use the Hudi deltastreamer tool to then apply these changes into a table on the data lake. We will discuss various tips to operationalizing and monitoring such pipelines. We will conclude with some guidance on future integrations between the two projects including a native Hudi/Pulsar connector and Hudi tiered storage.
The document summarizes a meetup about NoSQL databases hosted by AWS in Sydney in 2012. It includes an agenda with presentations on Introduction to NoSQL and using EMR and DynamoDB. NoSQL is introduced as a class of databases that don't use SQL as the primary query language and are focused on scalability, availability and handling large volumes of data in real-time. Common NoSQL databases mentioned include DynamoDB, BigTable and document databases.
Master the Multi-Clustered Data Warehouse - SnowflakeMatillion
Snowflake is one of the most powerful, efficient data warehouses on the market today—and we joined forces with the Snowflake team to show you how it works!
In this webinar:
- Learn how to optimize Snowflake
- Hear insider tips and tricks on how to improve performance
- Get expert insights from Craig Collier, Technical Architect from Snowflake, and Kalyan Arangam, Solution Architect from Matillion
- Find out how leading brands like Converse, Duo Security, and Pets at Home use Snowflake and Matillion ETL to make data-driven decisions
- Discover how Matillion ETL and Snowflake work together to modernize your data world
- Learn how to utilize the impressive scalability of Snowflake and Matillion
Apache Hive is a data warehouse infrastructure tool built on Hadoop that allows users to query and analyze large datasets stored in Hadoop using SQL. It works by translating SQL queries into MapReduce jobs that process the data. Hive provides a metastore to store metadata about the schema and HDFS location of tables, and uses a query language called HiveQL that is similar to SQL. It allows users to run analytics on large datasets without needing to write MapReduce code directly.
Big Query - Utilizing Google Data Warehouse for Media Analyticshafeeznazri
This topic will cover the intermediate understanding of Google Big Query and how Media Prima Digital utilizing Big Query as data warehouse for production.
Snowflake: Your Data. No Limits (Session sponsored by Snowflake) - AWS Summit...Amazon Web Services
Snowflake is a cloud-based data warehouse that is built for the cloud. It was founded in 2012 and has raised $1 billion in funding. Snowflake's architecture separates storage, compute, and metadata services, allowing it to offer unlimited scalability, multiple clusters that can access shared data with no downtime, and full transactional consistency across the system. Snowflake has over 2000 customers including large enterprises that use it for analytics, data science, and sharing large volumes of data securely.
Intro to MongoDB
Get a jumpstart on MongoDB, use cases, and next steps for building your first app with Buzz Moschetti, MongoDB Enterprise Architect.
@BuzzMoschetti
Apache Doris (incubating) is an MPP-based interactive SQL data warehousing for reporting and analysis. It is open-sourced by Baidu. Doris mainly integrates the technology of Google Mesa and Apache Impala. Unlike other popular SQL-on-Hadoop systems, Doris is designed to be a simple and single tightly coupled system, not depending on other systems. Doris not only provides high concurrent low latency point query performance, but also provides high throughput queries of ad-hoc analysis. Doris not only provides batch data loading, but also provides near real-time mini-batch data loading. Doris also provides high availability, reliability, fault tolerance, and scalability. The simplicity (of developing, deploying and using) and meeting many data serving requirements in single system are the main features of Doris.
Simplify and Scale Data Engineering Pipelines with Delta LakeDatabricks
We’re always told to ‘Go for the Gold!,’ but how do we get there? This talk will walk you through the process of moving your data to the finish fine to get that gold metal! A common data engineering pipeline architecture uses tables that correspond to different quality levels, progressively adding structure to the data: data ingestion (‘Bronze’ tables), transformation/feature engineering (‘Silver’ tables), and machine learning training or prediction (‘Gold’ tables). Combined, we refer to these tables as a ‘multi-hop’ architecture. It allows data engineers to build a pipeline that begins with raw data as a ‘single source of truth’ from which everything flows. In this session, we will show how to build a scalable data engineering data pipeline using Delta Lake, so you can be the champion in your organization.
Building Data Lakes with Apache AirflowGary Stafford
Build a simple Data Lake on AWS using a combination of services, including Amazon Managed Workflows for Apache Airflow (Amazon MWAA), AWS Glue, AWS Glue Studio, Amazon Athena, and Amazon S3.
Blog post and link to the video: https://garystafford.medium.com/building-a-data-lake-with-apache-airflow-b48bd953c2b
Spark and MapR Streams: A Motivating ExampleIan Downard
Businesses are discovering the untapped potential of large datasets and data streams through the use of technologies for big data processing and storage. By leveraging these assets they’re creating a new generation of applications that derive value from data they used to throw away. In this presentation Ian Downard shows how to build operational environments for these types of applications with the MapR Converged Data Platform and he describes examples of a next-generation applications that use Java APIs for MapR Streams, Apache Spark, Apache Hive, and MapR-DB. He shows how these technologies can be used to join and transform unbounded datasets to find signals and derive new data streams for a financial scenario involving real-time algorithmic trading and historical analysis using SQL. He also discusses how MapR enables you to run real-time data applications with the speed, reliability, and security you need for a production environment.
How to Leverage the Cloud for Business Solutions | Strata Data Conference Lon...MapR Technologies
IT budgets are shrinking, and the move to next-generation technologies is upon us. The cloud is an option for nearly every company, but just because it is an option doesn’t mean it is always the right solution for every problem.
Most cloud providers would prefer that every customer be tightly coupled with their proprietary services and APIs to create lock-in with that cloud provider. The savvy customer will leverage the cloud as infrastructure and stay loosely bound to a cloud provider. This creates an opportunity for the customer to execute a multicloud strategy or even a hybrid on-premises and cloud solution.
Jim Scott explores different use cases that may be best run in the cloud versus on-premises, points out opportunities to optimize cost and operational benefits, and explains how to get the data moved between locations. Along the way, Jim discusses security, backups, event streaming, databases, replication, and snapshots across a variety of use cases that run most businesses today.
Changes in how business is done combined with multiple technology drivers make geo-distributed data increasingly important for enterprises. These changes are causing serious disruption across a wide range of industries, including healthcare, manufacturing, automotive, telecommunications, and entertainment. Technical challenges arise with these disruptions, but the good news is there are now innovative solutions to address these problems. http://info.mapr.com/WB_Geo-distributed-Big-Data-and-Analytics_Global_DG_17.05.16_RegistrationPage.html
Fast Cars, Big Data How Streaming can help Formula 1Carol McDonald
This document discusses how streaming data and analytics can help Formula 1 racing teams. It provides examples of the large volume of sensor data collected from Formula 1 cars during races. The document demonstrates how streaming this data using Apache Kafka and analyzing it in real-time with tools like Apache Spark and Apache Flink can help teams with tasks like predictive maintenance, race strategy optimization, and driver coaching. It also discusses storing the streaming data in databases like Apache Drill and MapR-DB for ad-hoc querying and analysis.
This document is the agenda for a MapR product update webinar that will take place in Spring 2017. It introduces MapR's new Persistent Application Client Container (PACC) which allows applications to easily persist data in Docker containers. It also discusses MapR Edge for IoT which extends MapR's converged data platform to the edge. The webinar will cover Hive, Spark, and Drill updates in the new MapR Ecosystem Pack 3.0. Speakers from MapR will provide details on these products and there will be a question and answer session.
Enabling Real-Time Business with Change Data CaptureMapR Technologies
Machine learning (ML) and artificial intelligence (AI) enable intelligent processes that can autonomously make decisions in real-time. The real challenge for effective ML and AI is getting all relevant data to a converged data platform in real-time, where it can be processed using modern technologies and integrated into any downstream systems.
You’re not the only one still loading your data into data warehouses and building marts or cubes out of it. But today’s data requires a much more accessible environment that delivers real-time results. Prepare for this transformation because your data platform and storage choices are about to undergo a re-platforming that happens once in 30 years.
With the MapR Converged Data Platform (CDP) and Cisco Unified Compute System (UCS), you can optimize today’s infrastructure and grow to take advantage of what’s next. Uncover the range of possibilities from re-platforming by intimately understanding your options for density, performance, functionality and more.
MapR is an ideal scalable platform for data science and specifically for operationalizing machine learning in the enterprise. This presentations gives specific reasons why.
Converged and Containerized Distributed Deep Learning With TensorFlow and Kub...Mathieu Dumoulin
Docker containers running on Kubernetes combine with MapR Converged Data Platform allow any company to potentially enjoy the same sophisticated data infrastructure for enabling teams to engage in transformative machine learning and deep learning for production use at scale.
Advanced Spark and TensorFlow Meetup - Dec 12 2017 - Dong Meng, MapR + Kubern...Chris Fregly
This document discusses distributed deep learning on the MapR Converged Data Platform. It provides an overview of MapR's enterprise big data journey and capabilities for distributed deep learning. It describes using containers and Kubernetes for deep learning model development and deployment, with NVIDIA GPUs for computation. It presents architectures and patterns for separating or collocating MapR and GPU clusters. Finally, it previews demos of parameter server/workers and real-time face detection using streams.
3 Benefits of Multi-Temperature Data Management for Data AnalyticsMapR Technologies
SAP® HANA and SAP® IQ are popular platforms for various analytical and transactional use cases. If you’re an SAP customer, you’ve experienced the benefits of deploying these solutions. However, as data volumes grow, you’re likely asking yourself: How do I scale storage to support these applications? How can I have one platform for various applications and use cases?
Self-Service Data Science for Leveraging ML & AI on All of Your DataMapR Technologies
MapR has launched the MapR Data Science Refinery which leverages a scalable data science notebook with native platform access, superior out-of-the-box security, and access to global event streaming and a multi-model NoSQL database.
Verizon Centralizes Data into a Data Lake in Real Time for AnalyticsDataWorks Summit
Verizon – Global Technology Services (GTS) was challenged by a multi-tier, labor-intensive process when trying to migrate data from disparate sources into a data lake to create financial reports and business insights. Join this session to learn more about how Verizon:
• Easily accessed data from multiple sources including SAP data
• Ingested data into major targets including Hadoop
• Achieved real-time insights from data leveraging change data capture (CDC) technology
• Reduced costs and labor
Evolving Beyond the Data Lake: A Story of Wind and RainMapR Technologies
This document discusses how companies are increasingly investing in next-generation technologies like big data, cloud computing, and software/hardware related to these areas. It notes that 90% of data will be on next-gen technologies within four years. It then discusses how a converged data platform can help organizations gain insights from both historical and real-time data through applications that combine operational and analytical uses. Key benefits include the ability to seamlessly access and analyze both types of data.
Machine Learning Success: The Key to Easier Model ManagementMapR Technologies
Join Ellen Friedman, co-author (with Ted Dunning) of a new short O’Reilly book Machine Learning Logistics: Model Management in the Real World, to look at what you can do to have effective model management, including the role of stream-first architecture, containers, a microservices approach and a DataOps style of work. Ellen will provide a basic explanation of a new architecture that not only leverages stream transport but also makes use of canary models and decoy models for accurate model evaluation and for efficient and rapid deployment of new models in production.
Predictive Maintenance Using Recurrent Neural NetworksJustin Brandenburg
This document discusses using recurrent neural networks for predictive maintenance. It begins by providing context on industry 4.0 and the growth of industrial automation. It then discusses predictive maintenance and how sensor data from industrial equipment can be used for failure prediction. The document outlines how a recurrent neural network model could be developed using streaming sensor data from manufacturing devices to identify abnormal behavior and predict needed maintenance. It describes the workflow of importing and preparing the data, developing and testing the model, and deploying it to generate alerts from new streaming data.
How Spark is Enabling the New Wave of Converged Cloud Applications MapR Technologies
Apache Spark has become the de-facto compute engine of choice for data engineers, developers, and data scientists because of its ability to run multiple analytic workloads with a single, general-purpose compute engine.
But is Spark alone sufficient for developing cloud-based big data applications? What are the other required components for supporting big data cloud processing? How can you accelerate the development of applications which extend across Spark and other frameworks such as Kafka, Hadoop, NoSQL databases, and more?
Webinar: Déployez facilement Kubernetes & vos containersMesosphere Inc.
Kubernetes est une technologie innovante. Malheureusement, elle est aussi très difficile à déployer et à configurer. Mesosphere est donc ravi de vous proposer Kubernetes sur Mesosphere DC/OS 1.10. DC/OS 1.10 vous permet de mettre en place votre socle Kubernetes en quelques clics sur tous types d’infrastructure - physique ou virtuelle, ou bien en cloud privé ou public.
Dans cette démonstration, vous apprendrez étape par étape comment installer et gérer Kubernetes en moins de 10 minutes avec Mesosphere DC/OS 1.10. Nous discoutons des avantages des orchestrateurs de containers, et nous répondons aux questions les plus fréquentes. Les sujets incluront :
1. Démonstration du déploiement et de la gestion d’un socle Kubernetes (version originale)
2. Comment exploiter plusieurs clusters Kubernetes, y compris de versions différentes, sur la même infrastructure
3. Comment exploiter des services applicatifs stateful & stateless sur la même infrastructure
Similar to An Introduction to the MapR Converged Data Platform (20)
How Data-Driven Approaches are Changing Your Data Management Strategies
Introducing data-driven strategies into your business model alters the way your organization manages and provides information to your customers, partners and employees. Gone are the days of “waterfall” implementation strategies from relational data to applications within a data center. Now, data-driven business models require agile implementation of applications based on information from all across an organization–on-premises, cloud, and mobile–and includes information from outside corporate walls from partners, third-party vendors, and customers. Data management strategies need to be ready to meet these challenges or your new and disruptive business models will fail at the most critical time: when your customers want to access it.
ML Workshop 2: Machine Learning Model Comparison & EvaluationMapR Technologies
This document discusses machine learning model comparison and evaluation. It describes how the rendezvous architecture in MapR makes evaluation easier by collecting metrics on model performance and allowing direct comparison of models. It also discusses challenges like reject inferencing and the need to balance exploration of new models with exploitation of existing models. The document provides recommendations for change detection and analyzing latency distributions to better evaluate models over time.
Machine Learning for Chickens, Autonomous Driving and a 3-year-old Who Won’t ...MapR Technologies
The document discusses machine learning and autonomous driving applications. It begins with a simple machine learning example of classifying images of chickens posted on Twitter. It then discusses how autonomous vehicles use machine learning by gathering large amounts of sensor data to train models for tasks like object recognition. The document also summarizes challenges for applying machine learning at an enterprise scale and how the MapR data platform can address these challenges by providing a unified environment for storing, accessing, and processing large amounts of diverse data.
ML Workshop 1: A New Architecture for Machine Learning LogisticsMapR Technologies
Having heard the high-level rationale for the rendezvous architecture in the introduction to this series, we will now dig in deeper to talk about how and why the pieces fit together. In terms of components, we will cover why streams work, why they need to be persistent, performant and pervasive in a microservices design and how they provide isolation between components. From there, we will talk about some of the details of the implementation of a rendezvous architecture including discussion of when the architecture is applicable, key components of message content and how failures and upgrades are handled. We will touch on the monitoring requirements for a rendezvous system but will save the analysis of the recorded data for later. Listen to the webinar on demand: https://mapr.com/resources/webinars/machine-learning-workshop-1/
Data Warehouse Modernization: Accelerating Time-To-Action MapR Technologies
Data warehouses have been the standard tool for analyzing data created by business operations. In recent years, increasing data volumes, new types of data formats, and emerging analytics technologies such as machine learning have given rise to modern data lakes. Connecting application databases, data warehouses, and data lakes using real-time data pipelines can significantly improve the time to action for business decisions. More: http://info.mapr.com/WB_MapR-StreamSets-Data-Warehouse-Modernization_Global_DG_17.08.16_RegistrationPage.html
Live Tutorial – Streaming Real-Time Events Using Apache APIsMapR Technologies
For this talk we will explore the power of streaming real time events in the context of the IoT and smart cities.
http://info.mapr.com/WB_Streaming-Real-Time-Events_Global_DG_17.08.02_RegistrationPage.html
Bringing Structure, Scalability, and Services to Cloud-Scale StorageMapR Technologies
Deploying storage with a forklift is so 1990s, right? Today’s applications and infrastructure demand systems and services that scale. Customers require performance and capacity to fit the use case and workloads, not the other way around. Architects need multi-temperature, multi-location, highly available, and compliance friendly platforms that grow with the generational shift in data growth and utility.
Churn prediction is big business. It minimizes customer defection by predicting which customers are likely to cancel a service. Though originally used within the telecommunications industry, it has become common practice for banks, ISPs, insurance firms, and other verticals. More: http://info.mapr.com/WB_PredictingChurn_Global_DG_17.06.15_RegistrationPage.html
The prediction process is data-driven and often uses advanced machine learning techniques. In this webinar, we'll look at customer data, do some preliminary analysis, and generate churn prediction models – all with Spark machine learning (ML) and a Zeppelin notebook.
Spark’s ML library goal is to make machine learning scalable and easy. Zeppelin with Spark provides a web-based notebook that enables interactive machine learning and visualization.
In this tutorial, we'll do the following:
Review classification and decision trees
Use Spark DataFrames with Spark ML pipelines
Predict customer churn with Apache Spark ML decision trees
Use Zeppelin to run Spark commands and visualize the results
Is your organization at the analytics crossroads? Have you made strides collecting and sharing massive amounts of data from electronic health records, insurance claims, and health information exchanges but found these efforts made little impact on efficiency, patient outcomes, or costs?
Cisco & MapR bring 3 Superpowers to SAP HANA DeploymentsMapR Technologies
SAP HANA is an increasingly popular platform for various analytical and transactional use cases with its in-memory architecture. If you’re an SAP customer you’ve experienced the benefits.
However, the underlying storage for SAP HANA is painfully expensive. This slows down your ability to grow your SAP HANA footprint and serve up more applications.
Drill can query JSON data stored in various data sources like HDFS, HBase, and Hive. It allows running SQL queries over JSON data without requiring a fixed schema. The document describes how Drill enables ad-hoc querying of JSON-formatted Yelp business review data using SQL, providing insights faster than traditional approaches.
Open Source Innovations in the MapR Ecosystem Pack 2.0MapR Technologies
Over the summer, we introduced the MapR Ecosystem Pack (MEP) which is a natural evolution of our existing software update program that decouples open source ecosystem updates from core platform updates. MEP gives our customers quick access to the latest open source innovations while also ensuring cross-project compatibility in any given MEP version.
MapR 5.2: Getting More Value from the MapR Converged Data PlatformMapR Technologies
End of maintenance for MapR 4.x is coming in January, so now is a good time to plan your upgrade. Please join us to learn about the recent developments during the past year in the MapR Platform that will make the upgrade effort this year worthwhile.
MapR on Azure: Getting Value from Big Data in the Cloud -MapR Technologies
Public cloud adoption is exploding and big data technologies are rapidly becoming an important driver of this growth. According to Wikibon, big data public cloud revenue will grow from 4.4% in 2016 to 24% of all big data spend by 2026. Digital transformation initiatives are now a priority for most organizations, with data and advanced analytics at the heart of enabling this change. This is key to driving competitive advantage in every industry.
There is nothing better than a real-world customer use case to help you understand how to get value from big data in the cloud and apply the learnings to your business. Join Microsoft, MapR, and Sullexis on November 10th to:
Hear from Sullexis on the business use case and technical implementation details of one of their oil & gas customers
Understand the integration points of the MapR Platform with other Azure services and why they matter
Know how to deploy the MapR Platform on the Azure cloud and get started easily
You will also get to hear about customer use cases of the MapR Converged Data Platform on Azure in other verticals such as real estate and retail.
Speakers
Rafael Godinho
Technical Evangelist
Microsoft Azure
Tim Morgan
Managing Director
Sullexis
Handling the Extremes: Scaling and Streaming in FinanceMapR Technologies
This document discusses how streaming platforms can handle large volumes of data for financial applications. It provides examples of messaging platforms and use cases for fraud detection and email filtering. The key benefits discussed are the ability to horizontally scale applications, replicate data across clusters, and index data dynamically for different consumers.
Baptist Health: Solving Healthcare Problems with Big DataMapR Technologies
Editor’s Note: Download the complimentary MapR Guide to Big Data in Healthcare for more information: https://mapr.com/mapr-guide-big-data-healthcare/
There is no better example of the important role that data plays in our lives than in matters of our health and our healthcare. There’s a growing wealth of health-related data out there, and it’s playing an increasing role in improving patient care, population health, and healthcare economics.
Join this webinar to hear how Baptist Health is using big data and advanced analytics to address a myriad of healthcare challenges—from patient to payer—through their consumer- centric approach.
MapR Technologies will cover broader big data healthcare trends and production use cases that demonstrate how to converge data and compute power to deliver data-driven healthcare applications.
Presented by Jack Norris, SVP Data & Applications at Gartner Symposium 2016.
Jack presents how companies from TransUnion to Uber use event-driven processing to transform their business with agility, scale, robustness, and efficiency advantages.
More info: https://www.mapr.com/company/press-releases/mapr-present-gartner-symposiumitxpo-and-other-notable-industry-conferences
Insight Platforms Accelerate Digital TransformationMapR Technologies
Many organizations have invested in big data technologies such as Hadoop and Spark. But these investments only address how to gain deeper insights from more diverse data. They do not address how to create action from those insights.
Forrester has identified an emerging class of software—insight platforms—that combine data, analytics, and insight execution to drive action using a big data fabric.
In this presentation, our guest, Forrester Research VP and Principal Analyst, Brian Hopkins, will:
o Present Forrester's recent research on insight platforms and big data fabrics.
o Provide strategies for getting more value from your big data investments.
MapR will share:
o Examples of leading companies and best practices for creating modern applications.
o How to combine analytics and operations to accelerate digital transformation and create competitive advantage.
This presentation provides an introduction to Apache Kafka and describes best practices for working with fast data streams in Kafka and MapR Streams.
The code examples used during this talk are available at github.com/iandow/design-patterns-for-fast-data.
Author:
Ian Downard
Presented at the Portland Java User Group on Tuesday, October 18 2016.
Streaming Goes Mainstream: New Architecture & Emerging Technologies for Strea...MapR Technologies
This document summarizes Ellen Friedman's presentation on streaming data and architectures. The key points are:
1) Streaming data is becoming mainstream as technologies for distributed storage and stream processing mature. Real-time insights from streaming data provide more value than static batch analysis.
2) MapR Streams is part of MapR's converged data platform for message transport and can support use cases like microservices with its distributed, durable messaging capabilities.
3) Apache Flink is a popular open source stream processing framework that provides accurate, low-latency processing of streaming data through features like windowing, event-time semantics, and state management.
Big Data and Analytics Shaping the future of PaymentsRuchiRathor2
The payments industry is experiencing a data-driven revolution powered by big data and analytics.
Here's a glimpse into 5 ways this dynamic duo is transforming how we pay.
In essence, big data and analytics are playing a pivotal role in building a future filled with faster, more secure, and convenient payment methods for everyone.
The Rise of Python in Finance,Automating Trading Strategies: _.pdfRiya Sen
In the dynamic realm of finance, where every second counts, the integration of technology has become indispensable. Aspiring traders and seasoned investors alike are turning to coding as a powerful tool to unlock new avenues of financial success. In this blog, we delve into the world of Python live trading strategies, exploring how coding can be the key to navigating the complexities of the market and securing your path to prosperity.
Getting Started with Interactive Brokers API and Python.pdfRiya Sen
In the fast-paced world of finance, automation is key to staying ahead of the curve. Traders and investors are increasingly turning to programming languages like Python to streamline their strategies and enhance their decision-making processes. In this blog post, we will delve into the integration of Python with Interactive Brokers, one of the leading brokerage platforms, and explore how this dynamic duo can revolutionize your trading experience.
How AI is Revolutionizing Data Collection.pdfPromptCloud
Artificial Intelligence (AI) is transforming the landscape of data collection, making it more efficient, accurate, and insightful than ever before. With AI, businesses can automate the extraction of vast amounts of data from diverse sources, analyze patterns in real-time, and gain deeper insights with minimal human intervention. This revolution in data collection enables companies to make faster, data-driven decisions, enhance their competitive edge, and unlock new opportunities for growth.
AI-powered tools can handle complex and dynamic web content, adapt to changes in website structures, and even understand the context of data through natural language processing. This means that data collection is not only faster but also more precise, reducing the time and effort required for manual data extraction. Furthermore, AI can process unstructured data, such as social media posts and customer reviews, providing valuable insights into customer sentiment and market trends.
Embrace the future of data collection with AI and stay ahead of the curve. Learn more about how PromptCloud’s AI-driven web scraping solutions can transform your data strategy. https://www.promptcloud.com/contact/
Harnessing Wild and Untamed (Publicly Available) Data for the Cost efficient ...weiwchu
We recently discovered that models trained with large-scale speech datasets sourced from the web could achieve superior accuracy and potentially lower cost than traditionally human-labeled or simulated speech datasets. We developed a customizable AI-driven data labeling system. It infers word-level transcriptions with confidence scores, enabling supervised ASR training. It also robustly generates phone-level timestamps even in the presence of transcription or recognition errors, facilitating the training of TTS models. Moreover, It automatically assigns labels such as scenario, accent, language, and topic tags to the data, enabling the selection of task-specific data for training a model tailored to that particular task. We assessed the effectiveness of the datasets by fine-tuning open-source large speech models such as Whisper and SeamlessM4T and analyzing the resulting metrics. In addition to openly-available data, our data handling system can also be tailored to provide reliable labels for proprietary data from certain vertical domains. This customization enables supervised training of domain-specific models without the need for human labelers, eliminating data breach risks and significantly reducing data labeling cost.