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

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Similar questions

Consider the obstacles you'll face as you construct the framework, and then investigate the difficulties and roadblocks you'll encounter with each potential solution. Is it feasible that migrating our PCs to the cloud will enable us to address these challenges more effectively? Should this be taken into account, or is it superfluous in this case?
Think about the challenges you'll face as you build the framework, and then examine the problems and blockages you'll experience with each potential solution. Is it possible that moving our computers to the cloud will allow us to better deal with these issues? Is it important to pay attention to this, or is it moot in this specific situation?
By weighing the merits of various fixes, you may better prepare yourself to address problems with the framework's architecture. So, you will be more prepared to deal with issues that crop up as you build the framework. You'll be better prepared to deal with problems that crop up as you develop the framework's architecture. What are your thoughts on using cloud computing to solve these problems? What do you believe this whole discussion is about, given this?
Consider how challenging it will be to build the framework, and then investigate how each of the potential methods for integrating it will bring about obstacles and bottlenecks. Is it possible to complete the assignment using cloud computing in light of all of these obstacles? Should you give such ideas any consideration or brush them off completely if they occur to you?
Each of your proposed answers to the framework's problems must first detail the difficulties that will arise during implementation, and only then can you explain how you plan to work around them. Doing so is necessary before moving on to discuss measures you will take to overcome the obstacles you've identified. The usage of cloud computing has the potential to solve these problems, but can it really? Do you need to pay attention to this, or could you get by just fine if you didn't?
Think about the problems you'll run into as you build the framework, and then look into the specific challenges and obstructions associated with each solution. Is it possible that moving our computers to the cloud will make it easier to deal with these issues? Is it necessary to take this into consideration, or is it irrelevant here?
You should begin by generating a list of the challenges you will have while developing the framework. After that, you should study the issues you will have when putting into action each of the prospective solutions you are contemplating adding inside it. Is it feasible that cloud computing may provide a solution to the issues? Should you make a mental note of items that are comparable to them or should you disregard them?
The operating system's architecture is organised in this manner. What are the pros and downsides of this approach? The use of a picture to help explain your idea makes it easier for the reader to take in and remember.
Any changes to the framework that are suggested should both anticipate and solve any problems that may arise as a direct result of putting them into place. This problem needs to be fixed first, before we can think about other possible answers. The move to cloud software could solve these problems, but there is no promise that it will. Do we really need something bigger and better than this?
For each of the framework's issues, you must first describe the challenges that will occur during implementation, and only then explain how you intend to get past those obstacles. This is a prerequisite to outlining how you intend to overcome the problems you've discovered. Cloud computing may be the answer to all of these issues, but is it really? Do you need to pay attention, or can you ignore this for the time being?
You should think about the difficulties you'll have when constructing the framework, and then look into the roadblocks and issues that come up with each potential solution. Can these issues be addressed by using cloud computing? Is it crucial that I worry about this?
Give a summary of the challenges that will arise throughout the framework's design, and then assess the issues and bottlenecks that will arise during the framework's implementation of your solutions. Can cloud computing solve these problems? Should you pay attention or should you disregard it?