An obfuscation of a function F should satisfy two requirements: firstly, using it should be possible to evaluate F; secondly, should not reveal anything about F that cannot be learnt from oracle access to F. Several definitions for obfuscation exist. However, most of them are either too weak for or incompatible with cryptographic applications, or have been shown impossible to achieve, or both. We give a new definition of obfuscation and argue for its reasonability and usefulness. In particular, we show that it is strong enough for cryptographic applications, yet we show that it has the potential for interesting positive results. We illustrat
We study the problem of circuit obfuscation, i.e., transforming the circuit in a way that hides ever...
We study the problem of circuit obfuscation, i.e., transforming the circuit in a way that hides eve...
Code is said to be obfuscated if it is intentionally difficult for humans to understand. Obfuscatin...
Abstract. An obfuscation O of a function F should satisfy two require-ments: firstly, using O it sho...
Abstract. An obfuscation O of a function F should satisfy two requirements: firstly, using O it shou...
An obfuscation of a function F should satisfy two requirements: firstly, using it should be possib...
Loosely speaking, an obfuscation O of a function f should satisfy two requirements: firstly, using O...
Loosely speaking, an obfuscation O of a function f should satisfy two requirements: firstly, using O...
Loosely speaking, an obfuscation O of a function f should satisfy two requirements: firstly, using O...
Informally, an obfuscator O is an (efficient, probabilistic) “compiler ” that takes as input a progr...
Abstract. Informally, an obfuscator O is an (ecient, probabilistic) \compiler " that takes as i...
Informally, an obfuscator O is an (efficient, probabilistic) “compiler ” that takes as input a progr...
Informally, an obfuscator O is an efficient, probabilistic “compiler ” that transforms a program P i...
Informally, an obfuscator O is an (efficient, probabilistic) “compiler” that takes as input a progra...
Code obfuscation has been one of the main focal points of cryptographic research over the last few y...
We study the problem of circuit obfuscation, i.e., transforming the circuit in a way that hides ever...
We study the problem of circuit obfuscation, i.e., transforming the circuit in a way that hides eve...
Code is said to be obfuscated if it is intentionally difficult for humans to understand. Obfuscatin...
Abstract. An obfuscation O of a function F should satisfy two require-ments: firstly, using O it sho...
Abstract. An obfuscation O of a function F should satisfy two requirements: firstly, using O it shou...
An obfuscation of a function F should satisfy two requirements: firstly, using it should be possib...
Loosely speaking, an obfuscation O of a function f should satisfy two requirements: firstly, using O...
Loosely speaking, an obfuscation O of a function f should satisfy two requirements: firstly, using O...
Loosely speaking, an obfuscation O of a function f should satisfy two requirements: firstly, using O...
Informally, an obfuscator O is an (efficient, probabilistic) “compiler ” that takes as input a progr...
Abstract. Informally, an obfuscator O is an (ecient, probabilistic) \compiler " that takes as i...
Informally, an obfuscator O is an (efficient, probabilistic) “compiler ” that takes as input a progr...
Informally, an obfuscator O is an efficient, probabilistic “compiler ” that transforms a program P i...
Informally, an obfuscator O is an (efficient, probabilistic) “compiler” that takes as input a progra...
Code obfuscation has been one of the main focal points of cryptographic research over the last few y...
We study the problem of circuit obfuscation, i.e., transforming the circuit in a way that hides ever...
We study the problem of circuit obfuscation, i.e., transforming the circuit in a way that hides eve...
Code is said to be obfuscated if it is intentionally difficult for humans to understand. Obfuscatin...