Obtaining Relevant Genes by Analysis of Expression Arrays with a Multi-agent System

González, Alfonso; Ramos, Juan Pablo Hernández; Paz, Juan F. De; Corchado, Juan M.

doi:10.1007/978-3-319-19776-0_15

Cited by 11 publications

(7 citation statements)

References 22 publications

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“…By implementing blockchain, smart contract are available to execute operations between different users in a fast and efficient way. [23].This concept was introduced in 1994 according to Nick Szabo (1997) and the definition of a smart contract is a computerized transaction protocol that validates the requirements of a contract " [24]. NickSzabo (1997) submitted that the contractual clauses are transferred to the code, which limits the presence of intermediaries in transactions between BKC processes, a smart contract is a script stored at a single address in a Blockchain [25;26].…”

Section: Background Literaturementioning

confidence: 99%

How Blockchain Make Better the Supply Chain in the Automotive Industry

Yahiaoui¹,

Fedouaki²,

Mouchtachi³

2020

IJEAT

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The traditional SC is a model that meets the supply expectations of intermediaries. There are gaps in this model, such as relationships between members of the supply chain or consumers' ignorance of information about the source of the products. This article presents a new SC model with Blockchain. To do this, we carried out a comparison between the traditional supply chain and the new chain with the Blockchain in order to designate a model that meets our needs. This BKC method is a new technology that offers effective and confident solutions in businesses. This new model reinforces the reliability of the system based on transparency and traceability in all chain operations, assets and financial means and removes many of the disadvantages of the traditional supply chain. In addition, the Blockchain coordinates all transactions and multi-agents in the SC

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Section: Background Literaturementioning

confidence: 99%

How Blockchain Make Better the Supply Chain in the Automotive Industry

Yahiaoui¹,

Fedouaki²,

Mouchtachi³

2020

IJEAT

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“…Participants trade on the blockchain network using private and public key. With the deployment of blockchain networks, smart contracts are included to make transactions between different users faster and more efficient [15]. We use hyperledger fabric [6] as an open source distributed ledger platform for building applications so the blockchain platform is effective and secure.…”

Section: Related Workmentioning

confidence: 99%

Towards a Mechanism for Protecting Seller’s Interest of Cash on Delivery by using Smart Contract in Hyperledger

Son¹,

Hoang²,

Phien³

et al. 2019

IJACSA

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In emerging economies, with the explosion of ecommerce, payment methods have increasingly enhanced security. However, Cash-on-Delivery (COD) payment method still prevails in cash-based economies. Although COD allows consumers to be more proactive in making payments, it still appears to be vulnerable by the appearance of a third party (shipping companies). In this paper, we proposed a payment system based on "smart contract" implemented on top of blockchain technology to minimize risks for parties. The platform consists of a set of rules that each party must follow including specific delivery time and place, cost of delivery, mortgage money; thereby, forcing parties to be responsible for their tasks in order to complete the contract. We also provided a detailed implementation to illustrate the efficiency of our model.

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“…The characteristics of the agents systems allow this paradigm to be employed in a wide variety of research fields, such as data analysis in bioinformatics [20,21], classification of facial image classification according to gender and age [22], or WSA data fusion [18] but with a nexus that allows working with, and analyzing, large amounts of data. A large amount of data allows us to obtain useful information in very diverse areas and to recognize data trends (behavior patterns, consumption patterns, and spending patterns) [23].…”

Section: Agents and Information Fusionmentioning

confidence: 99%

Reuse of Waste Energy from Power Plants in Greenhouses through MAS-Based Architecture

González‐Briones

Chamoso

Rodrı́guez

et al. 2018

Wireless Communications and Mobile Computing

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Today, most energy-intensive processes have a high degree of optimization. However, in some of these processes large amounts of energy are inevitably released due to the way in which this energy is used. One of the most obvious examples is produced in the power plants during the process of obtaining electrical energy through the transformation of some kind of energy (chemical, kinetic, thermal, lighting, and nuclear or solar energy, among others). This released energy can be used in other processes that may need it so that no additional energy is needed. One of the possible uses of this energy is its use in greenhouses. Greenhouses need large amounts of energy to recreate the climatic conditions that crops need, which are not those of the weather station. To take advantage of the energy released from the power stations in greenhouses, a system based on agents has been developed that manages energy and allows it to be reused. This paper explains how the system allows us to reuse energy by a power plant and how the agents that integrate the system by means of communication with sensors and actuators and the use of data analysis algorithms allow us to use this energy in greenhouses, providing a reduction of the energy they need without the system. The system has been tested in several greenhouses with a pepper crop.

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Obtaining Relevant Genes by Analysis of Expression Arrays with a Multi-agent System

Cited by 11 publications

References 22 publications

How Blockchain Make Better the Supply Chain in the Automotive Industry

How Blockchain Make Better the Supply Chain in the Automotive Industry

Towards a Mechanism for Protecting Seller’s Interest of Cash on Delivery by using Smart Contract in Hyperledger

Reuse of Waste Energy from Power Plants in Greenhouses through MAS-Based Architecture

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