How do I choose the miners transactions in the Ethereum network
The Ethereum network, is based on decentralized blockchain technology, is based on a complex process for validating and checking transactions. Miners play a crucial role in this process, but how select what transactions need to be prioritized? In this article, we will deepen the details of how the miners choose the transactions.
The process of validating transactions
When a user cooks to send Bitcoin or other assets (known as tokens) from the wallet in another account in the Ethereum network, they deposit a transaction through the Ethereum intelligent contract platform, known as Peppelin. The transaction is then broadcast in the public address agenda of the Ethereum network, which can be found at [Ether.org] (
The process of validating transactions involves several knots (computers) in the network, including miners, validators and customers. Here’s how it works:
- Creating transactions
: When a user cooks to send an asset, he creates a new transaction on the wallet and broadcasting it in the Ethereum network.
- Verification of the node : The transaction is then verified by several nodes in the public address agenda. These nodes are responsible for verifying the authenticity of the addresses of the sender and the receiver, as well as the validation of the transaction logic.
- The consensus algorithm : Once a node has checked the transaction, it uses a consensus algorithm (such as work proof or the proof of Saturday) to determine the validity of the transaction.
Mine selection criteria
Miners play a crucial role in selecting transactions that will give priority. They use algorithms and varied criteria to choose transactions based on several factors:
- Network congestion : Miners select transactions that have a lower network congestion, which means fewer knots compete for validation. This helps to ensure faster transactions processing times.
- Transaction size : Larger transactions require more computing power from miners, so they are priority compared to the narrowest.
- Difficulty level
: Miners adjust the difficulty level of a block to balance the number of transactions validated with the amount of calculation available.
Validation process
Once a miner selects a transaction, they use their strong computer for:
- Calculate Hash block : Miner calculates a selected transaction hash.
- Calculate the price of gas : Miner calculates the gas price associated with the transaction (gas is the measurement unit for transactions on Ethereum).
- Send the transaction to blockchain : Finally, the miner sends the transaction to the Ethereum blockchain.
Conclusion
In conclusion, the miners play a vital role in selecting transactions to be prioritized in the Ethereum network. Using algorithms and criteria, such as the congestion of the network, the size of the transaction and the difficulty level, the miners ensure that the transactions are processed efficiently and safely. This process has contributed significantly to the scalability and ability to use the Ethereum network, which makes users possible to send, receive and transfer active.
As we continue to develop and improve blockchain technology, understanding how miners choose transactions will help us appreciate the basic mechanisms that lead our digital economy.
