Data stored in memory may be accessed in two unique ways: sequentially or directly. What are the benefits of direct access, and why do today's most crucial technologies rely on it? How can information stored in a device that only allows for sequential access be converted so that it may be accessed by a device that only allows for direct access?

Data stored in memory may be accessed in two unique ways: sequentially or directly. What are the benefits of direct access, and why do today's most crucial technologies rely on it? How can information stored in a device that only allows for sequential access be converted so that it may be accessed by a device that only allows for direct access?

EBK JAVA PROGRAMMING

9th Edition

ISBN:9781337671385

Author:FARRELL

Publisher:FARRELL

Chapter13: File Input And Output

Section: Chapter Questions

Problem 9RQ

See similar textbooks

Similar questions

Why is binary data representation and signaling the preferred method of computer hardware implementation?
Data that has been stored in memory may be retrieved in one of two ways: sequentially or directly. What are the advantages of direct access in typical modern devices, and why do they use it? How can data that was created on a system that only enables sequential access be transformed so that it may be read by a system that only supports direct access?
Both sequential and direct accesses to data in memory are possible. What are the benefits of direct access and why do contemporary necessities rely on it? What mechanism exists for making data stored in a device that only allows for sequential access accessible to a device that only allows for direct access?
Data in memory can be accessed in two ways: sequentially or directly. Why is it beneficial to have instant access on today's most widely used devices? If a device only permits direct access through sequential access, how can we make changes to data that has already been written there?
Data that has been stored in memory may be retrieved in one of two distinct ways: either sequentially or directly. Why do essential modern devices make use of direct access, and what are the advantages of doing so? How can the data that has been written on a device that only supports the sequential access technique be translated in such a way that it can be read by a device that only supports the direct access method?
Both direct access and sequential access may be used to get information from memory. Obtaining entry in one of these ways is feasible. How does having easy access to today's most popular electronics help, and what are their benefits? When information is put into a device that only enables sequential access, how do we go about updating that data?
There are two alternative methods for retrieving information from memory: sequentially or immediately. What are the benefits of direct access, and why do today's most crucial technologies rely on it? How can data stored in a device that only allows for direct access be translated so that it can be read in a device that only allows for sequential access?