Computational Mobile Grid: A Computing Infrastructure on Mobile Devices

Computational Mobile Grid: A Computing Infrastructure on Mobile Devices

Deo Prakash Vidyarthi (Jawaharlal Nehru University, India)
DOI: 10.4018/978-1-60566-220-6.ch003
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Abstract

The proliferation of the capable mobile devices has given the opportunity to utilize these devices for various purposes. The mobile devices being used as a Web portal is its short-term use as these devices have added many features and facility that does not only facilitate communication, but also adds to the huge computing power put together. The chapter proposes how a huge computational grid of these compute capable mobile devices can be formed, and the computing power from such a grid can be extracted. This kind of computational mobile grid put fourth many issues that require great attention before such a concept is fully functional.
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Introduction

The recent past has witnessed the rapid increase in mobile devices. These mobile devices are varying in sizes, utility, cost etc. Some mobile devices are used only for communication purposes (voice, text or picture communication). However, there are quite a large number of mobile devices that are used for computational purposes (Laptop, PDAs etc.) apart from the bare communication. Being cost effective, these devices are getting popular, emerging very fast, and rapidly growing in numbers. A digital convergence is taking place because of the high-speed wireless network, the efficient network technologies, the cost effective compute capable devices and the user’s need.

A report published in PC World (Lemon, 2005), for the year 2005, says:

Worldwide PDA sales during the first quarter totaled 3.4 million units, compared to sales of 2.7 million during the same period last year. PDAs with integrated WLAN (wireless LAN) and cell-phone capabilities accounted for around 55 percent of all PDAs shipped during the first quarter.

Computational grid is a computing infrastructure, consisting of a large number of computational hosts, which provides the computation facility to the user available anywhere on the grid in a transparent manner. In general, it is a huge computational hub with various kinds of resources. The grid is well supported by the advanced network technologies for the effective utilization and availability of the resources. Resource sharing is one of the prime objectives of the grid. Emphasis in the computational grid is over the sharing of the computational resources, though other resources are also shared. These computational resources of the grid are shared, whenever there is the higher demand of computing energy and a single machine experiences a computational crunch to serve the compute intense jobs. Grid computing is a paradigm that often deals with the aggregation of the computing power available anywhere in the grid. The grid infrastructure is even being explored for parallel computing now, as there are computing resources available that can cater the need of the parallel job. These computing resources allow the job execution in a parallel/distributed manner. The Inter Process Communication for the processes, allocated on different computing nodes, are well supported and managed by the underlying high-speed network.

In recent, grid infrastructure is being deployed for mobile devices also. In such an environment, the mobile devices are allowed to use the grid infrastructure to enable the execution of complex resource-intense applications on the resource-constrained devices. This grid infrastructure is more or less stationary in nature. An interface between the mobile devices and the Grid services is designed to enable the usage of the grid. It features the Grid environment that manages the access to distributed resources and data by the mobile devices. Quite a few models, for this, have been proposed in the literature (Bruneo, Scarpa, Zaia, Puliafito, 2003, Guan, Zaluska, Roure, 2005, Darby, Tzeng, 2007, http://www.mobilegrids.org/)

The work here proposes a framework of the computational mobile grid in which the mobile computational devices (Laptop, PDAs, Palmtop etc.) themselves will form a grid to provide general and specific computational services to the applications and the users of the mobile devices. This will be apart from the services being offered by the stationary grid environment. The underutilized computing energy of the mobile devices will be utilized towards solving a compute intense job on such a grid. Thus a grid of the mobile computational devices will be formed that will enable the applications to utilize the computational services available in the mobile grid. Eventually, such infrastructures can also fulfill the computational energy gap required for the execution of parallel/distributed jobs.

To make such a concept feasible, there are many technical issues to be addressed. Dynamic grid formation, IP addressing, resource management and scheduling, security, battery power constraint are to name a few. This chapter proposes the basic idea of the computational mobile grid and addresses some of the issues involved therein. It provides a framework for the computational mobile grid. The chapter proposes to list many research issues open and expects to explore more issues from the research community. These issues require a great deal of attention before such mobile grid comes into play.

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Dedication
Table of Contents
Foreword
Jeffrey Soar
Preface
Varuna Godara
Chapter 1
Varuna Godara
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Chapter 2
Varuna Godara
The need for more and more flexibility (in terms of time and location) in business operations, contextbased services, decentralization of business... Sample PDF
Pervasive Business Infrastructure: The Network Technologies, Routing and Security Issues
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Chapter 3
Deo Prakash Vidyarthi
The proliferation of the capable mobile devices has given the opportunity to utilize these devices for various purposes. The mobile devices being... Sample PDF
Computational Mobile Grid: A Computing Infrastructure on Mobile Devices
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Chapter 4
Mark J.W. Lee
This chapter investigates the use of mobile digital technologies for learning, or mobile learning (mlearning), across a variety of education and... Sample PDF
Mobile and Pervasive Technology in Education and Training: Potential and Possibilities, Problems and Pitfalls
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Chapter 5
Gaya Prasad
Microorganisms are ubiquitous in their presence. They are present in air, soil, water, and all kinds of living creatures. Varieties of microbes have... Sample PDF
Ubiquitous Computing for Microbial Forensics and Bioterrorism
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Chapter 6
Jonathan G.M. Pratt
This chapter presents the major findings of case study research investigating uncritical assessment of an institution-wide learning management... Sample PDF
Falling Behind: A Case Study in Uncritical Assessment
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Chapter 7
Yvonne Lee, Martin Kornberger
In the rapidly changing digital marketplace, firms increasingly try to look for new ways to acquire, engage, and retain their consumers. In doing... Sample PDF
Strategizing in the Digital World: Aligning Business Model, Brand and Technology
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Chapter 8
Helena Halas, Tomaž Klobucar
This chapter explores the influence of pervasive computing on companies and their businesses, with the main stress on business models. The role of... Sample PDF
Business Models and Organizational Processes Changes
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Chapter 9
Te Fu Chen
To date, identifying barriers and critical success factors (CSFs) and integrating business model in implementing e-business for SMEs, have not been... Sample PDF
The Critical Success Factors and Integrated Model for Implementing E-Business in Taiwan's SMEs
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Chapter 10
Lawan Ahmed Mohammed
The change in physical structures of computing facilities into small and portable devices, or even wearable computers, has enhanced ubiquitous... Sample PDF
Security Issues in Pervasive Computing
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Chapter 11
Grace Li
Pervasive computing and communications is emerging rapidly as an exciting new paradigm and discipline to provide computing and communication... Sample PDF
Deciphering Pervasive Computing: A Study of Jurisdiction, E-Fraud and Privacy in Pervasive Computing Environment
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Chapter 12
Reima Suomi, Tuomas Aho, Tom Björkroth, Aki Koponen
Accurate identification of individuals is a cornerstone of any modern society. Without identification, we cannot recognize the parties of different... Sample PDF
Biometrical Identification as a Challenge for Legislation: The Finnish Case
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Chapter 13
Antony Glambedakis
This chapter sets out to inform the reader about the impact of pervasive computers in aviation passenger risk profiling. First is an overview of the... Sample PDF
Pervasive Computers in Aviation Passenger Risk Profiling
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Chapter 14
Penny Duquenoy, Oliver K. Burmeister
There is a growing concern both publicly and professionally surrounding the implementation of Information and Communication Technologies (ICT) and... Sample PDF
Ethical Issues and Pervasive Computing
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Chapter 15
Phillip W.J. Brook
This chapter explores the implications of knowledge sharing in an era of pervasive computing, and concludes that, perhaps counter-intuitively... Sample PDF
Knowledge Sharing and Pervasive Computing: The Need for Trust and a Sense of History
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Chapter 16
Patrice Braun
In view of the fact that women are playing an increasingly important role in the global economy, this chapter examines business skilling in the... Sample PDF
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Chapter 17
B.K. Mangaraj, Upali Aparajita
The future of pervasive computers largely depends upon culture studies of human societies. This forms a challenging field of social research because... Sample PDF
Cultural Dimension in the Future of Pervasive Computing
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Chapter 18
Genevieve Watson
Pervasive computers cover many areas of both our working and personal lives. This chapter investigates this phenomenon through the human factors... Sample PDF
Outline of the Human Factor Elements Evident with Pervasive Computers
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Chapter 19
Kalawati Malik
This chapter analyses the impact of computer and video games on the development of children. First introductory part of this chapter informs its... Sample PDF
Impact of Computer and Video Games on the Development of Children
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About the Contributors