Database System Concepts
7th Edition
ISBN: 9780078022159
Author: Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher: McGraw-Hill Education
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On the other hand, the vast majority of computer systems use a far less number of levels than what is specified by the OSI model. Because of the method in which computer systems are built, this is indeed the case. Why not apply fewer layers compared to what you already do? Which possible problems could be associated with using a lower number of layers?
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- Nevertheless, the number of layers required by the OSI model is more than what is often seen in modern computer systems. Why don't we simplify the amount of layers we're working with? What possible problems might arise when fewer layers are employed?arrow_forwardMost real-world computer systems don't follow the OSI model's layer count. Current conditions are due to computer system fundamentals. Use less product if you can. What's wrong with fewer layers?arrow_forwardContrarily, the OSI model proposes more layers than are actually used in most modern computer systems. When doing so, try to minimize the number of layers. Does reducing the number of layers have any drawbacks?arrow_forward
- Yet, most practical computer systems do not have as many levels as the OSI model suggests. This is due of a feature built into computers themselves. Keep the level count as low as possible. Is there anything we need to worry about if we cut down on the overall number of layers?arrow_forwardHowever, the OSI model's recommended seven levels are more than most computer systems employ. Isn't it better to reduce the amount of layers? I was wondering if there were any drawbacks to use fewer layers.arrow_forwardNevertheless, the OSI model's recommended number of layers is more than what is often used in computer systems. Due to the nature of computing, this is the case. To simplify things, why not use fewer layers? I was wondering what some of the possible negatives may be if fewer layers were used.arrow_forward
- On the other hand, the majority of computer systems do not use as many layers as the OSI model implies they should. If it's at all feasible, try to cut down on the number of layers. Is there a drawback to using a lower number of layers?arrow_forwardHowever, most modern computer systems don't make use of all the levels needed by the OSI model. Why don't we try to shed some of those extra layers? Is there anything that could break if fewer layers are used?arrow_forwardThe challenge of multitasking on a single system is challenging. Why not use a real-world scenario and a real-time machine to illustrate the issue?arrow_forward
- Most current computers lack the components to properly implement the OSI model. We may use simpler, less-maintained layers. What would go wrong if there were fewer layers?arrow_forwardHowever, the OSI model requires more layers than most computer systems use. Why don't we strive to minimise our layers? Is there anything that may not work if you use less layers?arrow_forwardYet, in contrast to the vast majority of actual computer systems, the OSI model assumes a higher number of levels. The reason for this is inherent in the nature of computing systems. Avoid utilizing as many layers as you can if at all feasible. If we cut down on the overall number of layers, what are some of the possible problems we could encounter?arrow_forward
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