Although self-modifying code has been shyed away from due to its complexity and discouragement due to safety issues, it nevertheless provides for a very unique obfuscation method and a different perspective on the relationship between data and code. The generality of the von Neumann architecture is hardly realized by today’s processor models. A code-only model is shown where every instruction merely modifies other instructions yet achieves the ability to compute and Turing machine operation is easily possible
Abstract The universal rewrite system (URS), first formulated by Rowlands and Diaz [2...
This paper reviews self-replication in the context of (partial) recursive functions and Turing compu...
Philosophical questions about minds and computation need to focus squarely on the mathematical theor...
Although self-modifying code has been shyed away from due to its complexity and discouragement due t...
Abstract-In order to increase their stealth, malware commonly use the self-modification property of ...
Self-modifying code is frequently used as an additional layer of complexity when obfuscating code. A...
We describe a new framework for self-modifying programs, that is programs which can execute what the...
With the extreme amount of data and software available on networks, the protection of online informa...
In this paper we discuss the issue of the minimal instruction set necessary for universal computatio...
Summary. The goal of this contribution is to describe how a universal Turing ma-chine was embedded i...
International audienceSelf-replication is one of the fundamental aspects of computing where a progra...
von Neumann and Thatcher have shown that one may construct self-reproducing universal arrays using a...
Many people have experienced computers not doing what they were expected to do or, perhaps more ofte...
In 1953, Crick and Watson published their landmark paper revealing the detailed structure of the DNA...
http://deepblue.lib.umich.edu/bitstream/2027.42/3954/5/bab4757.0001.001.pdfhttp://deepblue.lib.umich...
Abstract The universal rewrite system (URS), first formulated by Rowlands and Diaz [2...
This paper reviews self-replication in the context of (partial) recursive functions and Turing compu...
Philosophical questions about minds and computation need to focus squarely on the mathematical theor...
Although self-modifying code has been shyed away from due to its complexity and discouragement due t...
Abstract-In order to increase their stealth, malware commonly use the self-modification property of ...
Self-modifying code is frequently used as an additional layer of complexity when obfuscating code. A...
We describe a new framework for self-modifying programs, that is programs which can execute what the...
With the extreme amount of data and software available on networks, the protection of online informa...
In this paper we discuss the issue of the minimal instruction set necessary for universal computatio...
Summary. The goal of this contribution is to describe how a universal Turing ma-chine was embedded i...
International audienceSelf-replication is one of the fundamental aspects of computing where a progra...
von Neumann and Thatcher have shown that one may construct self-reproducing universal arrays using a...
Many people have experienced computers not doing what they were expected to do or, perhaps more ofte...
In 1953, Crick and Watson published their landmark paper revealing the detailed structure of the DNA...
http://deepblue.lib.umich.edu/bitstream/2027.42/3954/5/bab4757.0001.001.pdfhttp://deepblue.lib.umich...
Abstract The universal rewrite system (URS), first formulated by Rowlands and Diaz [2...
This paper reviews self-replication in the context of (partial) recursive functions and Turing compu...
Philosophical questions about minds and computation need to focus squarely on the mathematical theor...