Blockchain Technologies

Course data initially

Course start: 2020, October the seventh

ourse plan: Weekly on Wednesday, 5 to 7 pm (CEST) throughout the Winter Semester

Course area: Room G50 (Building RM115, third floor, Viale Regina Elena 295, 00161 Rome, Italy)

Course material: Google Classroom (enlistment required: course code xhmkxq3)

Course discussion: Google Groups (enlistment required; request to get together with your institutional Google account @studenti.uniroma1.it: cfa- - blockchain-advancements)

Live transmission: through Zoom (see the guidelines on the Course Forum)

Teacher: Claudio Di Ciccio, right hand educator at the Department of Computer Science of Sapienza University of Rome, Italy

Course portrayal

Presentation


Blockchains arose as a novel, game-changing worldview for the disseminated the board of value-based frameworks. A blockchain is a convention for the decentralized stockpiling of a carefully designed arrangement of exchanges (record), kept up with and confirmed by the hubs taking part in the organization. The grouping of exchanges compares to the activities that change the situation with the blockchain. Through a mix of shared organizations, agreement making, cryptography, and market instruments, blockchains guarantee information honesty and straightforwardness. Original blockchains, for example, Bitcoin predominantly center around the trading of electronic money. Second-age blockchains, for example, Ethereum and Algorand support purported brilliant agreements, that is, executable code communicating how business is to be directed among contracting parties (e.g., move advanced resources after a condition is satisfied). The quantity of benefits brought by this new worldview prompted a variety of blockchain-based stage administrations providing food for measures in the monetary area, in the administration of characters, energy appropriation and supply chains among others.


Substance and destinations


Throughout the program, understudies will become familiar with the fundamentals of blockchain innovation and the exchange of the basic strategies that lead to the permanence, persistency and inevitable consistency of the blockchain stages. Besides, they will figure out how to encode brilliant agreements and, immediately, make full-stack Decentralized Applications (DApps). The course will fundamentally zero in on Ethereum and Algorand as foundation of decision.


Showing techniques and assessment


The course will consolidate elective approaches to convey the subjects to understudies. From one perspective, a traditional front facing address style approach will be embraced to introduce the key ideas and contextual investigations; then again, understudies should settle active activities in class and as schoolwork. Toward the finish of the course, understudies will introduce the result of their cooperation wherein a DApp is contrived, planned and executed. The assessment will be founded on schoolwork, cooperation and an oral conversation.


Course substance


The course will comprise of three principle parts: 1) basics of blockchains and their basic advances; 2) savvy contracts programming; 3) improvement of a full-stack blockchain-based application. More exhaustively, the course will comprise of the accompanying classes:

  1. Course targets and definitions

  2. Prologue to blockchains

  3. Fundamental ideas

  4. A notable view on blockchains

  5. The exchange, the record, the square

  6. Blockchain agreement

  7. Square approval and forking

  8. Digital money, cryptoassets, cryptofuel

  9. Hashing

  10. Shrewd agreements section 1 (definition, fundamentals)

  11. Shrewd agreements section 2 (fundamentals of savvy contract programming)

  12. hrewd agreements section 3 (information types, logging)

  13. Shrewd agreements section 4 (legacy, special cases)

  14. Decentralized Applications section 1 (programming design, prologue to Web3)

  15. Decentralized Applications section 2 (token designing)

  16. Decentralized Applications section 3 (interfacing shrewd agreements to the web)

  17. Decentralized Applications section 4 (arrangement on private and test nets)

  18. DAOs, the DAO and other good gracious minutes

  19. Prophets

  20. Visitor address

  21. Cooperation confrontation


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