Add to ORKGEcient low-level systems need more control over memory than safe high-level languages usually provide. As a result, run-time systems are typically written in unsafe languages such as C. This report describes an abstract machine designed to give type-safe code more control over memory. It includes complete denitions and proofs
Efficient low-level systems such as garbage collectors need more control over memory than safe high-...
We propose a new memory-safe interpretation of the C abstract machine that provides stronger protect...
This paper is centered around the design of a threadand memory-safe language, primarily for the comp...
E#cient low-level systems need more control over memory than safe high-level languages usually provi...
An increasing number of systems rely on programming lan-guage technology to ensure safety and securi...
Today's type-safe low-level languages rely on garbage collection to recycle heap-allocated objects ...
We present a destruction-aware type system for the functional lan-guage Safe, which is a first-order...
Many computing systems today are written in weakly typed languages such as C and C++. These language...
The goal of the Cyclone project is to investigate type safety for lowlevel languages such as C. Our ...
C is the most widely used imperative system's implementation language. While C provides types and hi...
In this thesis, I discuss my implementation of a memory-safe language called G and its performance. ...
Region-based memory management is an alternative to standard tracing garbage collection that makes o...
Today’s type-safe low-level languages rely on garbage collection to recycle heap-allocated objects s...
Performance critical software is almost always developed in C, as programmers do not trust high-leve...
Systems code is almost universally written in the C programming language or a variant. C has a very ...
Efficient low-level systems such as garbage collectors need more control over memory than safe high-...
We propose a new memory-safe interpretation of the C abstract machine that provides stronger protect...
This paper is centered around the design of a threadand memory-safe language, primarily for the comp...
E#cient low-level systems need more control over memory than safe high-level languages usually provi...
An increasing number of systems rely on programming lan-guage technology to ensure safety and securi...
Today's type-safe low-level languages rely on garbage collection to recycle heap-allocated objects ...
We present a destruction-aware type system for the functional lan-guage Safe, which is a first-order...
Many computing systems today are written in weakly typed languages such as C and C++. These language...
The goal of the Cyclone project is to investigate type safety for lowlevel languages such as C. Our ...
C is the most widely used imperative system's implementation language. While C provides types and hi...
In this thesis, I discuss my implementation of a memory-safe language called G and its performance. ...
Region-based memory management is an alternative to standard tracing garbage collection that makes o...
Today’s type-safe low-level languages rely on garbage collection to recycle heap-allocated objects s...
Performance critical software is almost always developed in C, as programmers do not trust high-leve...
Systems code is almost universally written in the C programming language or a variant. C has a very ...
Efficient low-level systems such as garbage collectors need more control over memory than safe high-...
We propose a new memory-safe interpretation of the C abstract machine that provides stronger protect...
This paper is centered around the design of a threadand memory-safe language, primarily for the comp...