Sequential and direct access are two methods to locate data in memory. Discuss why major devices now a days use direct access? How can we convert data that is written on a device that supports only sequential access to a device that only support direct access method?

Sequential and direct access are two methods to locate data in memory. Discuss why major devices now a days use direct access? How can we convert data that is written on a device that supports only sequential access to a device that only support direct access method?

Systems Architecture

7th Edition

ISBN:9781305080195

Author:Stephen D. Burd

Publisher:Stephen D. Burd

Chapter12: Secondary Storage Management

Section: Chapter Questions

Problem 12RQ

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Sequential and Direct access are two methods to locate data in memory. Discuss why major devices now a day uses direct access? How can we convert data that is written on a device that supports only sequential access to a device that only support direct access method?
Sequential and direct access are two methods to locate data in memory. Why major devices now a days use direct access? How to convert data that is written on a device that supports only sequential access to a device that only support direct access method?
There are two ways for locating data in memory: sequential and direct access. What are the benefits of direct access on today's most popular devices? How can we change data written on a device that only supports direct access using sequential access?
b) Sequential and direct access are two methods to locate data in memory. Discuss why major devices now a days use direct access? How can we convert data that is written on a device that supports only sequential access to a device that only support direct access method?
Sequential access and direct access are the two methods that may be used to locate data in memory. What are the advantages of having direct access on the most popular devices available today? How is it possible for us to modify the data that has been written on a device that only enables direct access via sequential access?
The two approaches for locating data in memory are sequential and direct access. Discuss why key gadgets utilize direct access these days. How can data written on a device that only allows sequential access be converted to a device that only enables direct access?
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b) Sequential and direct access are two methods to locate data in memory. Discuss why major devices now a days use direct access? How can we convert data that is written on a device that supports only sequential access to a device that only support direct access method? (2 marks)
Either the direct access approach or the sequential access strategy may be used to locate data in memory. These two access options are both useful. What advantages come from having instant access to the most cutting-edge technology accessible right now, and how is this made possible? If a device only permits direct access via sequential access, how will we be able to modify data that has already been put into it?
Sequential access and direct access are the two methods, respectively, that may be used to locate data in memory. Discuss the reasons why today's key devices cannot function without direct connectivity to the Internet. How can I convert data that has been written to a device that only allows sequential access into a device that only supports direct access? What is the most effective technique to do this task?
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The data that is stored in memory may either be accessed sequentially or instantly. Both of these access methods are possible. Why has it become such a popular practice to have immediate access? How can a device that previously only supported sequential access be modified such that it supports direct access?