Master of Science in Computer Science
First Committee Member
Second Committee Member
Ajoy K. Datta
Third Committee Member
Fourth Committee Member
Number of Pages
The past decade has witnessed a surge of cryptocurrencies such as bitcoins, litecoin, dogecoin, peercoin, bitcoin being the most popular amongst them. Enthusiasts and skeptics have debated and come up with disparate opinions to contest both the success and failures of such currencies. However, the veracity of such opinions can only be derived after true analysis of the technological breakthroughs that have occurred in this domain. Blockchains being the backbone of such currencies is a broad subject that encompasses economics, law, cryptography and software engineering. Most of these technologies are decentralized and are open source algorithms. Blockchains popularity is largely based on its tremendous potential of carrying huge amount of data securely over a peer to peer network. This feature of blockchains has leveraged its value in the market for many companies who want to use blockchains for enterprise goals and profit making. For a more comprehensive understanding of blockchains and how the block generation algorithm works , how transactions are included in a block we must understand the genesis of the blockchain technology, what exactly it represents and its relevance to the real world. Despite its advantages, blockchains still remain a novel technology and their remains areas of concerns that can be bettered for attaining ideal efficiency. This research delves into the scalability issue of blockchains and provides a comparative analysis of several blockchain parameters with real time data . It delves into the factors that make block chains largely non-scalable. This is done by the simulation of blockchain. It then addresses the various mechanisms that can be employed to resolve this limitation through measuring the differences between the simulator and real time scenarios.
Bitcoin; Blockchains; Cryptocurrency; Cryptography; Decentralized; Scalability
Goswami, Sneha, "Scalability Analysis of Blockchains Through Blockchain Simulation" (2017). UNLV Theses, Dissertations, Professional Papers, and Capstones. 2976.