Developing a blockchain system with high TPS (Transactions Per Second) capacity using the binary number system is an effective method to optimize performance and security. This article explains how blockchain systems that work with the binary number system can be developed, how to configure the components, and what techniques can be used to achieve high TPS.
Binary Number System and Token Structure
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Binary Number System: Two token systems are used to reset transaction fees in blockchain transactions. When users use [1] tokens, the network pays transaction fees with [0] tokens.
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[1] and [0] Token: [1] token is used for user transactions, while [0] token is used for transactions and fees within the network.
Structure
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Modular File Structure: The project should be organized with a file structure divided into modules such as main files and processes, data storage, and network protocol.
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Dependencies: The project must be specified in the [dependencies] file. For example, programming that can run asynchronously and parallelly, such as tokio and rayon libraries, should be developed.
Asynchronous and Parallel Programming
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Asynchronous Programming: Asynchronous runtimes, such as tokio, are used to execute I/O operations and long-running operations without blocking.
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Parallel Process Management: processes like the rayon library are processed in parallel so that multiple processes are processed in the core at the same time and TPS is increased.
Note!
My research on this topic is still ongoing and will be published as a full technical article when completed.