2021 IEEE 41st International Conference on Distributed Computing Systems (ICDCS) 2021
DOI: 10.1109/icdcs51616.2021.00111
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Demo: Cloak: A Framework For Development of Confidential Blockchain Smart Contracts

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Cited by 7 publications
(5 citation statements)
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“…IEEE 50 20 29 1 [Dharanikota et al 2021], [Dingman et al 2019], [Zeng et al 2022], [Tsiounis and Kontogiannis 2022], [Qasse et al 2021], [Barišić et al 2021], [Feist et al 2019], [Ferreira et al 2020], [Dong et al 2022b], [Jurgelaitis et al 2022], [Garamvölgyi et al 2018], [Chirtoaca et al 2020], [Dong et al 2022a], [Ren et al 2021], [Yu et al 2021], [Akca et al 2019], [Tsai et al 2019], [Bao and Liu 2021], [Jin et al 2022…”
Section: Conductionmentioning
confidence: 99%
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“…IEEE 50 20 29 1 [Dharanikota et al 2021], [Dingman et al 2019], [Zeng et al 2022], [Tsiounis and Kontogiannis 2022], [Qasse et al 2021], [Barišić et al 2021], [Feist et al 2019], [Ferreira et al 2020], [Dong et al 2022b], [Jurgelaitis et al 2022], [Garamvölgyi et al 2018], [Chirtoaca et al 2020], [Dong et al 2022a], [Ren et al 2021], [Yu et al 2021], [Akca et al 2019], [Tsai et al 2019], [Bao and Liu 2021], [Jin et al 2022…”
Section: Conductionmentioning
confidence: 99%
“…The proposed tool allows developers to graphically design privacy requirements. Meanwhile, in [Ren et al 2021], a Multi-party Transaction (MPT) application is used in which developers specify privacy invariants and then generate code to be deployed on the blockchain.…”
Section: (Rq2) How Are Software Engineering Techniques Being Used To ...mentioning
confidence: 99%
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“…Solutions are based on concurrent smart contract execution techniques that depend on multi-thread technology with transaction-splitting algorithms and the use of an optimistic Software Transactional Memory system (STMs). Other solutions developed include Arbitrum and Yoda , two-phase concurrency control protocol , Blockumulus (Ivanov & al., 2021), Cloak (Ren et al, 2021), Escort (Lutz & al., 2021), hybrid smart contract architecture (Solaiman & al., 2021), Smart contracts for automated control system (Pradhan & Singh., 2021), Blockchain-based smart contract framework (Vardhini & al., 2021), A Blockchain-based Framework for Information Management on Internet of Vehicles (Wen & al., 2021), SCBAC , blockchain-independent smart contract infrastructure (Saquib & al., 2021), Automating Procurement Contracts , blockauth (Zhaofeng & al., 2021), Blockeye , Clock finance (Babel & al., 2021), Graph Neural Network with expert knowledge , Map-reduce based parallel computation (Muchhala & al., 2021), EtherSolve (Contro & al., 2021), Fortified-Chain (Egala & al., 2021), Two-phase framework based on trusted hardware Intel SGX (Fang & al., 2021), Deserving resource smart contract (DRSC) , Smart Contracts for Verifying DNN Model Generation Process (Seike & al., 2021), Flexible Smart Contract Interaction Framework with Access Control (FSCC) (Li & Asaeda., 2021), and Fasten (Damle & al., 2021).…”
Section: Performance Issuesmentioning
confidence: 99%