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Glossary

Asynchronous

November 21, 2023 - Around 2 mins mins to read

Understanding Asynchronous Systems

Asynchrony, in the realm of computer science, refers to events that occur independently of the actual program. Instead of relying on a universal clock signal, asynchrony allows events in a system to synchronize activities within the system. Asynchronous systems do not depend on external signals or messages for reliable performance.

Modular design is typically used in the construction of asynchronous systems. Each module within the network can operate autonomously while still interacting with other modules. These interconnected components ultimately come together to create a fully functional solution or system.

Asynchronous communication involves the sequential supply of data rather than a continuous stream. This can be observed in online forums or email, where individuals send messages at different times.

In the crypto industry, asynchronous or semi-synchronous blockchain networks are widely utilized. These networks do not provide nodes with any feedback regarding the status of the data they are transmitting. Consequently, nodes may have varying opinions on the overall impact of the network. This approach increases transaction throughput since nodes do not need to wait in line for their messages to be processed by other nodes.

The primary objective of semi-synchronous networks is to prevent any divisions in the global state of the network, which could hinder consensus among nodes. These networks prioritize reliability and accessibility. By prioritizing accessibility, all transactions can be executed without delay. However, if a network prioritizes consistency, certain transactions may be delayed or not executed until all preceding transactions have been confirmed.

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Coincu

Glossary

Asynchronous

Understanding Asynchronous Systems

Asynchrony, in the realm of computer science, refers to events that occur independently of the actual program. Instead of relying on a universal clock signal, asynchrony allows events in a system to synchronize activities within the system. Asynchronous systems do not depend on external signals or messages for reliable performance.

Modular design is typically used in the construction of asynchronous systems. Each module within the network can operate autonomously while still interacting with other modules. These interconnected components ultimately come together to create a fully functional solution or system.

Asynchronous communication involves the sequential supply of data rather than a continuous stream. This can be observed in online forums or email, where individuals send messages at different times.

In the crypto industry, asynchronous or semi-synchronous blockchain networks are widely utilized. These networks do not provide nodes with any feedback regarding the status of the data they are transmitting. Consequently, nodes may have varying opinions on the overall impact of the network. This approach increases transaction throughput since nodes do not need to wait in line for their messages to be processed by other nodes.

The primary objective of semi-synchronous networks is to prevent any divisions in the global state of the network, which could hinder consensus among nodes. These networks prioritize reliability and accessibility. By prioritizing accessibility, all transactions can be executed without delay. However, if a network prioritizes consistency, certain transactions may be delayed or not executed until all preceding transactions have been confirmed.

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