An organization debating whether to install a private cloud or to use a public cloud (e.g., the AWS) for its computational and storage needs asks for your advice. What information will you require to come to your recommendation, and how will you use each one of the following items? (a) The description of the algorithms and the type of the applications the organization will run; (b) the system software used by these applications; (c) the resources needed by each application; (d) the size of the user population; and (e) the relative experience of the user population; and (f) the costs involved.

An organization debating whether to install a private cloud or to use a public cloud (e.g., the AWS) for its computational and storage needs asks for your advice. What information will you require to come to your recommendation, and how will you use each one of the following items? (a) The description of the algorithms and the type of the applications the organization will run; (b) the system software used by these applications; (c) the resources needed by each application; (d) the size of the user population; and (e) the relative experience of the user population; and (f) the costs involved.

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

See similar textbooks

Similar questions

It's important to think about the many difficulties and setbacks you'll face as you build the framework, as well as the many means of overcoming them. Will we be able to finally solve all of these issues if we start using cloud computing? I'd be interested in hearing your thoughts on whether or not you think it's necessary to keep records of any kind.
The advantages of a microkernel design for an operating system. Where does this diverge from the modular method?
Be aware of potential hurdles while creating the framework and consider how each option addresses them. Are these problems solved by cloud computing? Whether or whether it's worth recording is the question.
SQL
Each proposed solution to the framework must include the difficulties that will arise during implementation, as well as the countermeasures that will be put in place to deal with them. This is a prerequisite to discussing your strategy for resolving the issues you've identified. The usage of cloud computing has the potential to solve these problems, but can it really? Is it better for you to pay attention to this, or would you be better off ignoring it?
The fundamental differentiations between a networked operating system and a distributed operating system are of interest?
When it comes to computers, what is meant by scalability?
In reference to the software that is used in the operation of computers, what are the most significant differences that can be made between real-time operating systems and non-real-time operating systems?
Think about the many difficulties and setbacks you'll face as you build the structure, as well as the means by which you might overcome them. Would we finally be able to solve all of these issues if we start using cloud computing? I'd be interested in hearing your thoughts on whether or not you think it's necessary to keep records of anything.
The significance of in-built operating system middleware is worthy of defence.It is advisable to maintain a documentation of one's proficiency in distributed and network operating systems.
When it comes to operating systems, the most noteworthy differences that can be noted between those that work in real time and those that do not are what distinguishes the former from the latter.
Provide some concrete illustrations to support your explanation of the real-time operating system idea.Is there anything specific to this operating system that differentiates it from others on the market?Which components of an operating system are the most important, and how do they interact with one another?"