PEER TO PEER NETWORK MODEL: HOW CAN IT MAKE A DIFFERENCE IN YOUR EVERYDAY TASK?

When using peer-to-peer network model, the operating system of each computer on the network is responsible for controlling access to its resources without centralized control. The computers are known as nodes or hosts on the network, form a logical group of computers and users that share resources. Each computer using peer-to-peer network controls its own administration, resources and security. Basically, it functions without any intermediary.

The types of operating system that can be installed on computers in a peer to peer network are Windows, Linux and macOS.

You can also be more open to knowing how this Peer-to-peer settings can help you in your studies as well as in the future.

Keep in mind that the connecting lines describes the logical arrangement or topology of the group of computers.

THE ADVANTAGES OF USING PEER-TO-PEER NETWORKS:

They are simple to configure. For these reason, this network type can be used where technical assistants are scarce.

They are often less expensive to set up and maintain than any other types of networks.

Built in redundancy

THE DISADVANTAGES OF USING PEER-TO-PEER NETWORKS:

They are not scalable, whereby, as a peer-to-peer network grows larger, adding or changing significant elements of the network may be difficult.

They are not necessarily secure, meaning that in simple installations, data and other resources shared by network users can be easily discovered and used by unauthorized people.

They are not practical for connecting more than a few computers because it’s too time consuming to manage the resources on the network.

Not very secure

No central point of storage or file archiving

Additional load on computer due to resource sharing

Hard to maintain version control

AWeber Free: Email marketing for free. No credit card required.

Exclusive e-book by GetResponse and Joanna Wiebe

Comments

THE OSI MODEL: THE 7 LAYERS IN NETWORKING EXPLAINED

The Open Systems Interconnection (OSI) was developed by the International Organization for Standardization in 1984 to enable different types of networks to be linked together. The model contains seven layers, as shown in the Figure below. These layers describe networking functions from the physical network interface to the software applications interfaces. The intent of the OSI model is to provide a framework for networking that ensures compatibility in the network hardware and software and to accelerate the development of new networking technologies. Physical layer Provides the electrical and mechanical connection to the network. Examples of technologies working in this layer are Electronic Industries Alliance/Telecommunications Industry Association (EIA/TIA)–related technologies, UTP, fiber, and network interface cards (NICs). It uses topologies: BUS, STAR, RING, MESH Communication modes: Simplex, Half Duplex, Full Duplex Hardware including networking devices, antennas, c

FUNDAMENTALS OF NETWORKING

JOB OPPORTUNITIES IN NETWORKING A short discussion can be on: Provide job opportunities that has taken your interest based on the video watched... WHAT IS A NETWORK? A network is a group of computers & other devices that are connected by some type of transmission media. A network can be as small as two computers connected together by a cable or can even be made up of billions of computers & other devices connected across the world through radio waves, satellites, infra red beams, cable, wireless and even phone lines. The other devices can be referred to cell phones, personal computers, mainframe computers, printers, scanners, security cameras, vehicles and wearable technology devices. TYPES OF NETWORK Local Area Network (LAN) Metropolitan Area Network (MAN) Wide Area Network (WAN) Personal Area Network (PAN)

NETWORKING: PACKET TRACER - IoT

In simple terms the IoT is a connection of : networked sensors, actuators, and smart devices that collect and share data. Packet Tracer 7 contains many new features to support the IoT. This includes the addition of IoT devices that can be configured to react to certain environmental values such as sun, wind, rain, and humidity. These devices can be configured to take actions based on the changing environmental values, such as turning on lights or closing garage doors. The next parts of learning will include instructions to locate the IoT devices, to connect them to your network, to configure and modify scripts to make them function, and to control these devices remotely. Packet Tracer provides everything you need to create simulated smart homes, smart cities, and smart factories. CONFIGURE IoT DEVICES USING PACKET TRACER Packet Tracer has a wide variety of sensors and smart devices that will allow you to design smart homes, smart cities, smart factories, and smart power grids

Information to Enrich

Search This Blog