WHITEPAPER ANDSmart Contract • May 11th, 2022
∗ Easy Global Market, Sophia Antipolis, FranceSmart Contract • August 23rd, 2019
Abstract— The emerging Blockchain (BC) and Distributed Ledger technologies have come to impact a variety of domains, from capital market sectors to digital asset management in the Internet of Things (IoT). As a result, more and more BC-based decentralized applications for numerous cross-domain services have been developed. These applications implement specialized decentralized computer programs called Smart Contracts (SCs) which are deployed into BC frameworks. Although these SCs are open ato public, it is challenging to discover and utilize such SCs for a wide range of usages from both systems and end-users because such SCs are already compiled in form of byte-codes without any associated meta-data. This motivates us to propose a solution called Semantic SC (SSC) which integrates RESTful semantic web technologies in SCs, deployed on the Ethereum Blockchain platform, for indexing, browsing and annotating such SCs. The solution also exposes the relevant distributed ledgers as Linked Dat
INTERNATIONAL JOURNAL OF LAW: “LAW AND WORLD“Smart Contract • November 10th, 2023
A Smart Contract to Increase Intermediation Capacity in the Repo MarketSmart Contract • April 24th, 2023
Equation 2 shows that a leverage lower bound L places a limit on repo volume and that attainable repo volume declines as the lower bound increases. When the SLR is binding, an increase in the leverage lower bound will reduce the volume of repo transactions a bank will transact, holding fixed the rest of its portfolio.
∗Cyber Security Group, Delft University of Technology, Delft, NetherlandsSmart Contract • December 31st, 2021
An example scenario in real-life would be crowdsourcing services like Amazon’s Mechanical Turk (MTurk). In the machine learning community, researchers use MTurk for manual data annotation or labeling for applications like behavior signal processing, computer vision and so on [10], [11], [12]. Here, annotators need to be ensured that they will receive a payment for their work, and researchers need to be ensured on the quality and correctness of these annotations, which is a challenging problem [12]. Note that the researchers (receiver) cannot trust the hash of annotations given by the annotators (sender) and use Amazon (TTP) for only escrowing purposes. Thus, the receiver either requests (i) the TTP to validate the correctness of the goods (if a TTP has the expertise), and the description is correctly calculated, or (ii) a sample of the goods from the sender as a commitment that will
Smart Contract Using Blockchain For Safely Managing The Pharmaceutical Industry RecordSmart Contract • January 20th, 2023
Blockchain technology has facilitated rapid digital transformation across numerous industries, including the pharmaceutical business. Lack of transparency, trouble tracing medicines, distrust, and the distribution of drugs that have beyond their expiration date are just some of the issues plaguing the pharmaceutical industry. Many of these problems have already been addressed through the application of blockchain technology. Consequently, we need a system that can trace and track drug supplies at every level if we are to successfully combat the issue of counterfeiting. The supply chain process might be managed and tracked with unprecedented efficiency with the use of blockchain technology. This study presents the results of a systematic exploration of blockchain technology's potential applications in the pharmaceutical industry. We gathered it, analysed it, and validated it with a test database. According to the findings, blockchain technology has four main areas of possible use: comba
VeriSolid: Correct-by-Design Smart Contracts for EthereumSmart Contract • January 23rd, 2019
B R E A KSmart Contract • October 19th, 2021
A smart contract is “self-executing code that carries out a set of instructions, which are then verified on the blockchain.”
Are smart contracts really smart?Smart Contract • November 10th, 2021
What actually is a contract? It is a written or spoken agreement which is intended to be enforceable by law. For example a sales contract in daily life1.
VERISOLID:Smart Contract • October 8th, 2021
Agatha: Smart Contract for DNN ComputationSmart Contract • May 12th, 2021
Figure 8: The circuits with different summation orders: (a) sequential, (b) an order observed in an implantation in SSE (128-bit SIMD), (c) an order observed in AVX (256-bit SIMD). Elements of the same sub-figure with the same grey-scale are packed into one register.
ALESSANDRO BILLI(*)Smart Contract • December 15th, 2022
Abstract: The contribution is aimed at investigating some aspects relating to the innovative tool of , based on the IT architecture of the so called and, in general, on the set of Distributed Ledger Technologies (DLTs). , as self-enforcing agreements, allow to create a negotia- tion process capable of being carried out without human intervention, in the presence of certain prerequisites (so called algorithms if-then). The , once programmed and started, executes the instructions indicated in its code, minimizing the risk of any type of tampering, thanks also to the so called
ContractSmart Contract • July 19th, 2018
Smart contract: Computer code that, upon the occurrence of a specified condition or conditions, is capable of running automatically according to pre-specified functions. The code can be stored and processed on a distributed ledger and would write any resulting change into the distributed ledger.
A smart contract is an autonomous contract.Smart Contract • September 16th, 2023 • Batna
communications, software, and computing, making technology tools perform human functions. One of the prominent aspects of this is known as smart contracts. These are contracts programmed automatically, encompassing all contract terms and having automatic execution. The role of the contracting parties is limited to their willingness and agreement to the contract, and thereafter, the contract itself, especially its execution, is performed automatically. Smart contracts are contracts based on computer programming, meaning they are formulated in the form of code within a computer program. This makes smart contracts self-contained, not requiring the legal formalities of traditional contracting.
The Nemesis Smart ContractSmart Contract • February 16th, 2023
● ERC-721: this is the majority of NFTs, living on Ethereum blockchain and not allowing the token to be interchangeable. This means that each token with ERC-721 standards is unique and there will never be an identical one.
VeriSolid:Smart Contract • September 2nd, 2019
Smart Contract to Traceability of Food Social SellingSmart Contract • September 14th, 2022
Abstract: Traditionally, food sustainability has been considered solely in the stage of agricultural production. However, globalization, the expansion of the food production industry, and the emergence of supermarket chains that control the retail food market require specific significant changes in supply chains in the food sector and, therefore, we need to address the economic, social, and environmental impacts of these events. On the other hand, social selling has increased rapidly in recent years, with a further boom, following current events related to the coronavirus disease (COVID-19). This explosion of social sales, where there are usually no control and regulation entities, can bring problems associated with mishandling items. In this paper, we expose how Blockchain technology supports the traceability of social sales by validating the data provided by the chain participants such as digital health passports, production and transport data in the sale process; the proposed soluti
Blockchain Smart ContractSmart Contract • November 21st, 2017
ContractSmart Contract • May 29th, 2023
A smart contract is a program that lives on a blockchain and is executed when the terms of an agreement established by mutually untrustworthy parties are met. Technically, smart contracts consist of the contractual agreement stated by a computer program, a series of messages that activate the contract, and various actions that are executed because of these messages. Because of the features of blockchain, once the smart contract is placed onto the blockchain, its code is transparent and cannot be altered. Smart contracts, in general, offer multiple use cases that allow them to carry out transactions in a wide range of situations due to their self-operating, flexible, transparent, and falsifiable properties. However, smart contracts also suffer from various issues such as data visibility (lack of confidentiality), challenges related to determinism (decentralized random number generators, for instance), maintainability challenges, and scalability.
