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1. A network where processing and data storage tasks are spread across multiple computers or servers.
2. The process of distributing or transferring files from one computer to another over a P2P network.
3. The ability of a system or network to handle increasing amounts of work, resources, or users without compromising performance and quality.
4. A system or architecture where a central server or authority controls and manages all resources and communication.
5. A system or architecture where resources and communication are distributed among multiple devices or nodes without a central authority.
6. A network architecture where tasks are divided between servers and clients, with servers providing resources and clients requesting resources.
7. The ability for computers connected in a P2P network to share their computing power, storage space, or other resources.
8. A network where all devices have equal capabilities and responsibilities, and can directly communicate with each other without a central server.
9. The ability of a system or network to consistently perform its intended functions accurately and without failure.
10. A decentralized network where computers communicate and share resources directly with each other without the need for a central server.
11. The ability of a network to continue operating and functioning properly even when some of its components or nodes fail.
12. The optimization and effective utilization of resources in a system or network to achieve maximum output with minimal waste or redundancy.