Microsoft singularity is a research operating system. Singularity is a highly dependable OS. Its basic architecture features are SIPs, the contract-based channels and the manifest-based programs. Our work is motivated by the Singularity operating system. The claim of singularity guarantee that there is no deadlock on channel contracts, This claim is wrong. We present channel contract analysis and many techniques. By using these techniques and tool efficient analysis of singularity channel contract is possible. 1
Protocol verification is a key component to hardware and software design. The proliferation of concu...
Abstract. Search-based techniques can be used to identify whether a concurrent program exhibits faul...
Singularity 3.6.3 is an important security release. Please read the release notes below carefully. S...
We describe a new design for authorization in operating systems. In this design two additional units...
Bugs enable security attacks on smart contracts—computer programs operating on the blockchain and ma...
Smart contracts are programs running on decentralized, distributed ledger platforms. Rigorous formal...
The combination of message passing and locking to protect shared state is a useful concurrency patte...
Blockchain-based smart contracts have emerged as a popular means of enforcing agreements among a col...
Abstract. The i-protocol, an optimized sliding-window protocol for GNU UUCP, came to our attention t...
International audienceOne of the 21st century’s hottest topics in the world of IT has been the emerg...
The paper presents the SMC system for checking safety and liveness properties of concurrent programs...
The i-protocol, an optimized sliding-window protocol for GNU UUCP, came to our attention two years a...
It is shown that the applicability of global state analysis as a tool for proving correctness of co...
Abstract. We propose a modular verification technique that guarantees the absence of deadlocks in a ...
Smart contracts are programs that execute in blockchains such as Ethereum to manipulate digital asse...
Protocol verification is a key component to hardware and software design. The proliferation of concu...
Abstract. Search-based techniques can be used to identify whether a concurrent program exhibits faul...
Singularity 3.6.3 is an important security release. Please read the release notes below carefully. S...
We describe a new design for authorization in operating systems. In this design two additional units...
Bugs enable security attacks on smart contracts—computer programs operating on the blockchain and ma...
Smart contracts are programs running on decentralized, distributed ledger platforms. Rigorous formal...
The combination of message passing and locking to protect shared state is a useful concurrency patte...
Blockchain-based smart contracts have emerged as a popular means of enforcing agreements among a col...
Abstract. The i-protocol, an optimized sliding-window protocol for GNU UUCP, came to our attention t...
International audienceOne of the 21st century’s hottest topics in the world of IT has been the emerg...
The paper presents the SMC system for checking safety and liveness properties of concurrent programs...
The i-protocol, an optimized sliding-window protocol for GNU UUCP, came to our attention two years a...
It is shown that the applicability of global state analysis as a tool for proving correctness of co...
Abstract. We propose a modular verification technique that guarantees the absence of deadlocks in a ...
Smart contracts are programs that execute in blockchains such as Ethereum to manipulate digital asse...
Protocol verification is a key component to hardware and software design. The proliferation of concu...
Abstract. Search-based techniques can be used to identify whether a concurrent program exhibits faul...
Singularity 3.6.3 is an important security release. Please read the release notes below carefully. S...