Data (computing)
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CRUDing NoSQL Data With Quarkus, Part One: MongoDB
This article demonstrates how Quarkus, the supersonic, subatomic Java stack, greatly simplifies the NoSQL data persistence.
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Python Function Pipelines: Streamlining Data Processing
Function pipelines allow seamless execution of multiple functions in a sequential manner, where the output of one function serves as the input to the next.
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Exploring Parallel Processing: SIMD vs. MIMD Architectures
We will discuss SIMD and MIMD architectures and how they play vital roles in enhancing computational efficiency and facilitating parallel processing tasks.
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Breaking Barriers: The Rise of Synthetic Data in Machine Learning and AI
The demand for synthetic data keeps growing exponentially, exhibiting great potential to reshape the future of intelligent technologies.
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Flexible Data Generation With Datafaker Gen
In this article, explore Datafaker Gen, a command-line tool designed to generate realistic data in various formats and sink to different destinations.
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Fine Tune Your Salesforce Queries
There are certain optimization techniques you need to follow to make your Salesforce query efficient. This article will shed light on those techniques.
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Rethinking Data Governance: Metrics for Meaningful Outcomes
Data governance has been obsessed with a metric that feels more like accounting than strategic decision-making: coverage. The problem? Coverage misses the mark.
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ERP vs. CRM: Difference, Benefits, Drawbacks, and Tips for Integration
Perceive the difference between ERP vs. CRM and the benefits of using them within an organization, along with some tips for integration.
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A Deep Dive Into Data Orchestration With Airbyte, Airflow, Dagster, and Prefect
This article delves into the integration of Airbyte with some of the most popular data orchestrators in the industry – Apache Airflow, Dagster, and Prefect.
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Revolutionizing Observability: How AI-Driven Observability Unlocks a New Era of Efficiency
This article discusses the future of observability and AI and how intelligent systems can help detect and mitigate incidents faster and improve engineering throughput.