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Category: "Distributed Systems"

Distributed Systems

  1. Ansible for Kubernetes
    Ansible for Kubernetes
    Automate app deployment on any scale with Ansible and K8s
    Jeff Geerling

    Ansible is a powerful infrastructure automation tool. Kubernetes is a powerful application deployment platform. Learn how to use these tools to automate massively-scalable, highly-available infrastructure.

  2. Blockchain for Documents
    Blockchain for Documents
    What do blockchain and PDF have in common? Security
    iText Software

    A solution to secured invoices and digital signatures in PDF documents.

  3. Real-Time Crypto
    Real-Time Crypto
    A big data approach to analyzing & automating cryptocurrency trading
    Brandon Rose

    Learn to build a machine learning pipeline that analyzes and automates cryptocurrency trading in real-time.

  4. Runtime Patterns for Embedded Systems
    Runtime Patterns for Embedded Systems
    Modules and Examples with Complete Source Code for STM32F7 Discovery Board and ARM Cortex-M7
    David Clifton

    Descriptions, Discussion, and Selected Source Modules illustrating State Machines, Event Handlers, Message Pumps, Fibers, and Event-triggered, Interacting State Machines. A demo program can be downloaded and run on an STM32F746G_DISCO board.

  5. The Apache Ignite book
    The Apache Ignite book
    The next phase of the distributed systems
    Shamim Bhuiyan

    The complete guide to learning everything you need to know about Apache Ignite

  6. Microservices
    Microservices
    A Pragmatic Approach
    Rohit Kelapure

    Actionable Microservices implementation & architecture advice that will get your applications to production faster in days! not weeks or months

  7. Robot Framework for Cyber Physical System Test Automation

    Cyber physical systems are becoming increasingly complex and networked. As the number of system components increases and their complexity grows, so does the time required for system integration. [...] A large part of the complexity in system integration lies in the interaction of the system components however. As a consequence, traditional integration strategies are becoming increasingly inefficient. The solution to the problem is to prioritize system level integration automation and supplement it with traditional automation (if required).