1.In computer networks and other complex systems, the large number of interactions between their components often...

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1.In computer networks and other complex systems, the large number of interactions between their components often make it impossible to predict with high confidence if and when bad things will happen. How do the design goals of computer networks take this into account? 2. As part of the internet of Things, everyday devices are increasing connected to computer networks makes it easier for people to, among other things, monitor their belongings and utility usage. But, and technology can be used for both good and bad. Discuss some disadvantages of this technology. 3.Wireless networks have surpassed wired networks in popularity, even though they typical provide less bandwidth. Give two reasons why this happened. 4. Explain the OSI model. 1.In computer networks and other complex systems, the large number of interactions between their components often make it impossible to predict with high confidence if and when bad things will happen. How do the design goals of computer networks take this into account? 2. As part of the internet of Things, everyday devices are increasing connected to computer networks makes it easier for people to, among other things, monitor their belongings and utility usage. But, and technology can be used for both good and bad. Discuss some disadvantages of this technology. 3.Wireless networks have surpassed wired networks in popularity, even though they typical provide less bandwidth. Give two reasons why this happened. 4. Explain the OSI model.