All of the following statements about peer-to-peer networks are true except:a.Peer-to-peer networking enables decentralized resource sharing.b.Peer-to-peer networking sometimes uses share-level security.c.A peer-to-peer network is best suited to a very small business or to a small, autonomous group within a larger company.d.Central management is an optional feature.

Which of the following is characteristic of  a Peer−to−peer architectural networka.Scalability allows for easy expansion, making peer-to-peer networks suitable for varying sizes and dynamic environments.b.Decentralization: Decentralization enhances scalability, fault tolerance, and removes single points of failure. It also allows for easier expansion and addition of new nodes.c.Resource sharing can lead to better utilization of available resources and increased efficiency within the network.d.Equal Participation: All nodes in the network have equal capabilities and can share resources or services with other nodes.e.The decentralized nature of a peer-to-peer network doesn't makes it inherently more resilient to failures. If one node fails, the impact on the overall network is limited.f.Nodes in a peer-to-peer network is not  interconnected, not allowing them to communicate directly with each other without the need for intermediaries.g.Dynamic topology does nor allows for flexibility and adaptability, making peer-to-peer networks suitable for environments where nodes may join or leave frequentlyh.Each node operates independently and makes its own decisions without requiring central coordination.

Comparing Network Models: P2P vs. Client-Server           Computer networks are built and run on two fundamental network models that is peer-to-peer (P2P) and client-server. In spite of the fact that it is basic to networking, these models vary altogether in design, resource management, scalability, centralization, and security. These refinements make them perfect for a diversity of network settings, depending on the application's special necessities.Peer-to-Peer (P2P) Network Model           All devices in a P2P network, called peers, have the same right. They are also peers as they have a dual function as that of clients and servers. In essence, this implies that peer-to-peer applications will allow users to not only acquire additional resources but also supply resources of their own. Resources like files and processing power are dispersed in the network while it is decentralized. This model is most effective when resource distribution, resilience, and decentralization hold sway. Some of these are file sharing platforms such as bit torrent, group works and peer-to-peer networks direct communication such as voice and video chat.Client-Server Network Model           However, the client-server model exhibits a separate nature of clients and servers. The servers are a source of power that centralize the storage and management of resources and provide services to clients who make demands using and receive these resources. Resource allocation and control is centralized for scalability and security. For such applications as centralized control, scalability, and high security, client-server network is well suited. Some common applications are web hosting services, email servers, cloud computing platforms, and database management operations. However, in a case where such networks are client-server network then there are various issues to do with stability. The reliance on centralized servers may cause outage or hacking which calls for stability.Tailoring the Network Model to Your Needs           The choice between P2P and client-server network architectures is decided by the network application's special necessities. When choosing an appropriate model, components such as resource allocation, scalability, security, and centralization must be carefully inspected. P2P networks exceed expectations in settings requiring decentralized resource sharing and resilience, though client-server networks give versatility and centralized control for successful benefit and data administration. These models reflect two restricting approaches to networking, each with its possess set of focal points and downsides that cater to a wide extend of network necessities.

In peer-to-peer networking:

which of the following statement is true about bitcoin: a) there is no central server; the bitcoin network is peer to peer

What is a disadvantage of deploying a peer-to-peer network model?high degree of complexityhigh costdifficulty of setuplack of centralized administration