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--- en:modul:m321_aws:topics:01 [2025/08/13 17:07] – dgaravaldi
+++ en:modul:m321_aws:topics:01 [2025/08/13 17:35] (aktuell) – dgaravaldi
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 ===== Centralized vs Distributed System Architecture  =====
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+{{:en:modul:m321_aws:topics:cs_vs_ds.png?600|Fig-01: Centralized vs Distributed System Architecture}}
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 ==== Centralized System Architecture  ====
 A centralized system architecture refers to a computing architecture where all or most of the processing, data storage, and management are performed by a single central server or a mainframe. This central entity is responsible for handling all requests and serving all client devices connected to it. Here are the main characteristics and components of a centralized system architecture:
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 === Characteristics ===
   * **Single Point of Control**: All processing, data storage, and management are handled by a central server or mainframe.
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   * Client-server architecture
   * Single data center cloud computing
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 ==== Distributed System Architecture ====
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   * Distributed databases (e.g., Apache Cassandra, Amazon DynamoDB)
   * Cloud computing (multi-data center)
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 ==== Comparison ====
 | Feature                | Centralized System                      | Distributed System                       |
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 | **Performance**        | Low latency in small-scale operations   | High performance for large-scale operations; may face network latency |
 | **Examples**           | Mainframes, client-server systems       | Internet services, peer-to-peer networks, cloud computing |
-{{:en:modul:m321_aws:learningunits:lu02:cs_vs_ds.png?600|Fig-01: Centralized vs Distributed System Architecture}}
-{{:en:modul:m321_aws:lu02:cs_vs_ds.png?600|Fig-01: Centralized vs Distributed System Architecture}}
 In summary, centralized systems are simpler to manage and more straightforward in design but face challenges in scalability and reliability. Distributed systems offer better scalability and fault tolerance but are more complex to design, implement, and manage.