Ternary virtual machines and compilers produce bytecode that can benefit from the same class of optimizations as traditional compilers — dead code removal, constant propagation, peephole patterns — ...

Abstract: Today, when Java is entering the embedded market it needs performance enhancements more than ever. Large-scale enterprise applications would also benefit from better code optimization ...

Part of the Cocapn build layer — compilers, assemblers, and code transformation. This crate is part of the Cocapn fleet — not a collection of independent libraries, but a single organism with ...

Abstract: Program optimization is a key factor for green software. In the context of the Ethereum blockchain, optimization is particularly relevant because there is a fee to pay for each EVM (Ethereum ...

New Post: Bytecode Segmentation and State Packing for Gas Fee Optimization in Solidity Smart Contracts - **Abstract** Ethereum smart contracts frequently incur high execution costs due to the EVM’s ...

Java compilers take center stage in this second article in the JVM performance optimization series. Eva Andreasson introduces the different breeds of compiler and compares performance results from ...

The Java Virtual Machine (JVM) is the core component that enables the "write once, run anywhere" principle of Java. It interprets compiled Java bytecode and executes it on any machine with the ...

Java applications run on the JVM, but what do you know about JVM technology? This article, the first in a series, is an overview of how a classic Java virtual machine works such as pros and cons of ...