This paper presents a new approach called model-carrying code (MCC) for safe execution of untrusted code. At the heart of MCC is the idea that untrusted ...

This paper presents a new approach called model-carrying code (MCC) for safe execution of untrusted code. At the heart of MCC is the idea that untrusted ...

This paper presents a new approach called model-carrying code. (MCC) for safe execution of untrusted code. At the heart of MCC is the idea that untrusted code ...

This paper presents a new approach called model-carrying code (MCC) for safe execution of untrusted code. At the heart of MCC is the idea that untrusted ...

In this survey the model-carrying code approach for safe execution of untrusted appli- cations is presented. The approach originates from R. Sekar et. al.

Venkatakrishnan, Samik Basu, Sandeep Bhatkar and. Dan DuVarney, Model -Carrying Code: A Practical Approach for. Safe Execution of Untrusted Applications, ACM ...

This paper presents a new approach called model-carrying code (MCC) for safe execution of untrusted code. At the heart of MCC is the idea that untrusted code ...

Jun 17, 2004 · Practical Approach for Safe Execution of Untrusted. Applications; SOSP'03. [2] V.N. Vankatakrishnan, R. Sekar; An Approach for Secure. Software ...

Model Carrying Code (MCC) [SVB+03] is a framework for enforcing local user security policies on untrusted binary code. The code producer provides the.

Jun 27, 2018 · The MCC project is the first one to provide practically useful tools to tackle this security-policy specification problem for untrusted code.