Discover and read the best of Twitter Threads about #jvm
Most recents (4)
Currently I'm researching two areas of #openEHR CDR implementation: 1. Conformance verification, 2. Performance / High throughput.
For #openEHR conformance verification I'm continuing my work at #HiGHmed in which I designed hundreds of test cases and data sets (archetypes, templates, JSON and XML instances), to verify an openEHR CDR complies with the openEHR specs.
The first implementation of those #openEHR compliance test cases was done in #RobotFramework which is a Python tool, initially tests were really nice to read, but with complexity, the Robot tests started to look messy and were difficult to maintain.
Hey #JVM folks, are you willing to explore some Deep Machine Learning or AI and not ready to learn Python? I have collected a list of libraries which allow you to implement any ML dreams without leaving the #JVM world. 🧵 👇
deeplearning4j - a suite of tools for deploying and training DL models using the JVM. Highlights include model import for keras, tensorflow, and onnx/pytorch, a modular and tiny c++ library for running math code.
100% must see 👉 rli.to/iNTuA
100% must see 👉 rli.to/iNTuA
#JVM > #Solidity
Custom consensus > Smart Contracts
composability is how you get web2 into web3
@Conste11ation is a JVM-powered microservice framework that allows for easy plug-and-play functionality with existing Java and Scala applications.
Custom consensus > Smart Contracts
composability is how you get web2 into web3
@Conste11ation is a JVM-powered microservice framework that allows for easy plug-and-play functionality with existing Java and Scala applications.
It is commonly used for mission-critical applications that require a high level of code integrity, such as large-scale fintech, government, and AI systems.
Conste11ation's core framework is developed with Scala and includes an SDK for state channel templates, consensus logic, health check logic, communication protocols, and more.
Hey new followers from the @JVMPerformance tweet! Here's a quick rundown of some of my #Java performance stuff - all free and open source for your enjoyment! 1/5
#JITWatch is a tool for understanding the decisions made by the JVM's Just-In-Time #JIT compilers when it ran your code. Learn about inlining, branches, escape analysis, lock elision and more! View bytecode and the disassembled native code github.com/AdoptOpenJDK/j… 2/5 
#VMOptionsExplorer is a searchable online resource for learning about JVM switches. You can find what JDK switches were added or removed and also see when #HotSpot intrinsics were added chriswhocodes.com/vm-options-exp… 3/5
