Eighth International Conference on Advances in Computing, Electronics and Electrical Technology - CEET 2018 2018
DOI: 10.15224/978-1-63248-144-3-37
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Abstract: Abstract-This paper is inspired by the project proposal ID 7807232014 submitted for the EU Horizon 2020 topic ICT-11-2017 in April 25, 2017. It aims at applying state-of-the-art ICT technologies, systems and functions such as Cloud/Fog and IoT to enable food supply chain. A new approach will lead to trusted cooperative applications and services within the agro-food chains. Blockchain technologies will enhance the transparency, information flow and management capacity allowing better interactions of farmers wit… Show more

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Cited by 29 publications
(23 citation statements)
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“…Benefit to tracking and traceability Trusted/authorised users verify the traceability and authenticity of the product at any point of FSC through blockchain adoption. (Tian 2016, Tian 2017, Yiannas 2018Hammi et al 2018;Ndraha et al 2018), so that consumers can obtain the full information of the product in the whole FSC (Tian 2016;Kairos Future 2017;Carbone et al 2018;Bordel et al 2019;Chen et al 2020;Liu, Yan, and Song 2020) Using smart contracts links up each process among food traceability stage (Lin et al 2017a;Lin et al 2017bBaralla, Ibba, et al 2019Pournader et al 2020;Motta, Tekinerdogan, and Athanasiadis 2020) Allowing the verification of the integrity of data sworn by each authorised user in FSC (Baralla, Ibba, et al 2019). Blockchain based quality assurance tracking enables same business rules and transaction data while reducing disputes among business partners, information asymmetries and consequently improving governance (Lucena et al 2018;Perboli, Musso, and Rosano 2018;George et al 2019) Benefit to integration of new technologies Blockchain-based traceability system performs better with involving different technologies such as IoT (Christidis and Devetsikiotis, 2016;Caro et al 2018;Hammi et al 2018;Lin et al 2018;Madumidha et al 2019;Ivanov, Tsipoulanidis, and Sch€ onberger 2019;Mistry et al 2020), AI (Qian et al 2020), unique identifiers such as RFID (Lin et al 2017b ;Tian 2017;Ejaz and Anpalagan 2019;Gopi et al 2019;Tsang et al 2019) and QR code, NFC (Tsang et al 2019), WSN, GPS…”
Section: Disclosure Statementmentioning
confidence: 99%
See 1 more Smart Citation
“…Benefit to tracking and traceability Trusted/authorised users verify the traceability and authenticity of the product at any point of FSC through blockchain adoption. (Tian 2016, Tian 2017, Yiannas 2018Hammi et al 2018;Ndraha et al 2018), so that consumers can obtain the full information of the product in the whole FSC (Tian 2016;Kairos Future 2017;Carbone et al 2018;Bordel et al 2019;Chen et al 2020;Liu, Yan, and Song 2020) Using smart contracts links up each process among food traceability stage (Lin et al 2017a;Lin et al 2017bBaralla, Ibba, et al 2019Pournader et al 2020;Motta, Tekinerdogan, and Athanasiadis 2020) Allowing the verification of the integrity of data sworn by each authorised user in FSC (Baralla, Ibba, et al 2019). Blockchain based quality assurance tracking enables same business rules and transaction data while reducing disputes among business partners, information asymmetries and consequently improving governance (Lucena et al 2018;Perboli, Musso, and Rosano 2018;George et al 2019) Benefit to integration of new technologies Blockchain-based traceability system performs better with involving different technologies such as IoT (Christidis and Devetsikiotis, 2016;Caro et al 2018;Hammi et al 2018;Lin et al 2018;Madumidha et al 2019;Ivanov, Tsipoulanidis, and Sch€ onberger 2019;Mistry et al 2020), AI (Qian et al 2020), unique identifiers such as RFID (Lin et al 2017b ;Tian 2017;Ejaz and Anpalagan 2019;Gopi et al 2019;Tsang et al 2019) and QR code, NFC (Tsang et al 2019), WSN, GPS…”
Section: Disclosure Statementmentioning
confidence: 99%
“…An ICT e-agriculture system with blockchain infrastructure improves economic efficiencies, food safety with Quality of Experience (QoE) metrics based on food provenance and traceability (Carbone et al 2018) and reduces uncertainty risk as while achieving sustainable agricultural development (Xie, Sun, and Luo 2017;Lin et al 2017a;Lin et al 2019).…”
Section: Disclosure Statementmentioning
confidence: 99%
“…Blockchain could safeguard farmers [3] and provide financial benefits to small or medium-size farmers in developing countries [6]. Blockchain-based applications, such as AgriLedger [44], FarmShare [43], and Davcev's application [45], were deemed to foster cooperation among farmers and other stake- The overview of the topics that each review paper discussed and their references to support the discussion. Note that a review paper may discuss the topic without providing a specific reference.…”
Section: ) Producersmentioning
confidence: 99%
“…Another proposed scheme is using fog computing blockchain-based distributed key management architecture (BDKMA) to enable multiblockchains operable in the cloud for achieving cross-domain access [87]. Carbone et al also proposed blockchain at Cloud and Fog both layers in supply chain management settings of IoT [92]. Such approaches enhance the CDC-IoT security solution by implementing blockchain over both fog and cloud layers of IoT.…”
Section: Location Of Blockchain In Iotmentioning
confidence: 99%
“…Quan-Li et al proposed mathematical modeling using queuing theory for simulation of blockchain [99]. In [92] authors have proposed simulation of the blockchain using single M /M /c queue in JMT for QoS related parameters. Memon et al proposed model based on two M/M/1 and M /M /n queues (one for memory pool another for mining pool) with fork/join stations, the simulation is also performed in JMT.…”
Section: F Simulation Technique and Toolsmentioning
confidence: 99%