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The Lunch Box application connects home cooks and people wanting hot lunch delivered to their workplaces. It uses the Avatar distributed computing platform and Moitree middleware to offload processing from mobile devices to virtual machines in the cloud. This allows the mobile apps to generate food advertisements, conduct auctions for items, and optimize searches for nearby food options with less workload and wireless bandwidth usage. The cloud-based processing makes the mobile app faster and more efficient.
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![Lunch Box: An Android application using Avatar’s Mobile Distributed
Computing in the Cloud and Moitree middleware
Akanksha Mukherjee & Susnata Mandal (UG Researchers), Advisor: Dr. Cristian Borcea,
and Mentor: Pradyumna Neog (M.S. Student)
Department of Computer Science
New Jersey Institute of Technology, Newark, NJ 07102, USA
Abstract: The main objective of Lunch Box is to make available freshly made hot food in lunch
boxes to the people ordering them, especially in their workplaces. The twist here is that the vendors
in this case will be home cooks, and not restaurants. As a result, the food available on Lunch Box
will be economical as well as healthy for the people. The app uses the Avatarsystem of distributed
computing in the cloud and Moitree, the middleware of the Avatar platform. Avatar leverages
cloud resources to support fast, scalable, reliable and energy efficient distributed computing over
mobile devices. It is a per-user always on software entity that resides in the cloud and acts as the
surrogate of a mobile device, thus reducing the workload and the demand for wireless bandwidth.
The Avatar remains connected to the middleware irrespective of any active internet connection in
the smartphones. Moitree provides a novel middleware which allows unmodified apps to execute
seamlessly over mobile/avatar pairs with the provision of offloading computation and
communication. The benefit of using Moitree in this app is that the virtual machine (VM) used
here makes the job of the mobile phones much easier by handling all the processing required to
execute the routine, viz., the generation of advertisements for the various food items, conduction
of auction for the food items, and optimizing the search to the location of the preferred food in
close proximity.
References
[1] Avatar: Mobile Distributed Computing in the Cloud, Cristian Borcea, Xiaoning Ding, Narain Gehani, Reza
Cutrmola et al., Department of Computer Science, New Jersey Institute of Technology.
[2] Moitree: A middleware for Cloud-Assisted Mobile Distributed Apps, Mohammad A. Khan, Hillol Debnath,
Nafize R. Paiker, Cristian Borcea et al., Department of Computer Science, New Jersey Institute of Technology.
Fig.: Avatars in the
cloud store data from
the user’s phone
related to the app
and is used to process
the data to optimize
information for
processingin the
Moitree middleware.](https://image.slidesharecdn.com/e4fcae83-7d97-467f-91a6-db96f9ff6c61-160805163817/85/abstract-1-320.jpg)
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The expansion of the Internet of Things IoT implies progressively dynamic client gadgets on the Internet. IoT devices can be ordinary articles from vehicles, advanced mobile phones to wearable sensors. Huge measures of information are produced by IoT devices through the assortment and transmission of information required for the yield of valuable results and in this way, an ef cient approach to work is significant. In the public eye today, mobile communication and mobile computing play a critical job in each part of our lives, both individual and open correspondence. By utilizing Cloud Computing with IoT, data computations are situated outside the devices henceforth diminishing the strain on the devices themselves. IoT devices are additionally frequently portable and with versatility comes the need to have wireless connections to the cloud. Therefore, Mobile Cloud Computing MCC gets appropriate. However, the development in mobile computing use can be improved by coordinating portable figuring into distributed computing. This will bring about developing another model called Mobile Cloud Computing MCC that has as of late pulled in a lot of consideration in the academic sector. This paper investigates its features, advantages, applications, and difficulties of Mobile Cloud Computing. Research endeavours towards the execution of Mobile Computing are additionally talked about giving an understanding of the fate of the innovation. Sujay Sudhakar Parkhe "Smart Computing: Mobile + Cloud" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-4 | Issue-3 , April 2020, URL: https://www.ijtsrd.com/papers/ijtsrd30340.pdf Paper Url :https://www.ijtsrd.com/computer-science/other/30340/smart-computing-mobile--cloud/sujay-sudhakar-parkhe
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This document discusses mobile data analytics and big data analysis using cloud computing. It introduces how massive amounts of data are generated from mobile devices and networks. Big data analysis tools like Hadoop, Spark and Storm are described for processing large datasets. Challenges of mobile big data analytics include limited device resources and connectivity. The document discusses how cloud computing addresses these issues by providing scalable infrastructure and handling computation and storage remotely. It also covers security considerations for cloud-based mobile analytics.
Tools and Techniques for Designing, Implementing, & Evaluating Ubiquitous Com...
Interactive systems in the mobile, ubiquitous and virtual environments are at a stage of development where designers and developers are keen to find out more about design, use, and usability of these systems. Ubiquitous Computing is the design, implementation and usability that highlight the theories, techniques, tools and best practices in these environments. This paper shows that usable and useful systems that can be achieved in ways that will improve usability to enhance user experience. Research on the usability issues for young children, teenagers, adults and the elderly is presented with different techniques for the mobile, ubiquitous and virtual environments. Interactive frameworks in the portable, omnipresent, and virtual situations are at a phase of advancement where creators and engineers are quick to discover more about the outline, use, and ease of use of these frameworks. The objective of this research paper is to assess the tools and techniques for designing, implementing, and evaluating ubiquitous computing systems used by developers so as to formulate practical solutions that address the functionality of these systems. Ideal systems ensure that designers are able to develop and predict usability of systems at all the stages of virtual environments. This is particularly essential as it increases the experience of the users. This requires one to use the best tool and techniques backed by theories to practice the same. However this varies across different fields such as ubiquitous and mobile environments. In addition all the computing tools have to share visionary tools that allow them to network while at the same time they are processing and distinctively modeling the user interface. Some of the main methods that are used for smart devices include tools such as tabs, boards and pads. Various tools are usually used in the design of the works of the computer. The need to select appropriate techniques that will allow for the efficient use of the chosen techniques for the devices is thus a necessity. This implies that the selection of such tools should be based on set out effective techniques that have been tested so that the required output is achieved.
Smart Computing Mobile Cloud
The expansion of the Internet of Things IoT implies progressively dynamic client gadgets on the Internet. IoT devices can be ordinary articles from vehicles, advanced mobile phones to wearable sensors. Huge measures of information are produced by IoT devices through the assortment and transmission of information required for the yield of valuable results and in this way, an ef cient approach to work is significant. In the public eye today, mobile communication and mobile computing play a critical job in each part of our lives, both individual and open correspondence. By utilizing Cloud Computing with IoT, data computations are situated outside the devices henceforth diminishing the strain on the devices themselves. IoT devices are additionally frequently portable and with versatility comes the need to have wireless connections to the cloud. Therefore, Mobile Cloud Computing MCC gets appropriate. However, the development in mobile computing use can be improved by coordinating portable figuring into distributed computing. This will bring about developing another model called Mobile Cloud Computing MCC that has as of late pulled in a lot of consideration in the academic sector. This paper investigates its features, advantages, applications, and difficulties of Mobile Cloud Computing. Research endeavours towards the execution of Mobile Computing are additionally talked about giving an understanding of the fate of the innovation. Sujay Sudhakar Parkhe "Smart Computing: Mobile + Cloud" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-4 | Issue-3 , April 2020, URL: https://www.ijtsrd.com/papers/ijtsrd30340.pdf Paper Url :https://www.ijtsrd.com/computer-science/other/30340/smart-computing-mobile--cloud/sujay-sudhakar-parkhe
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Securing Mobile Cloud Using Finger Print Authentication
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Tools and Techniques for Designing, Implementing, & Evaluating Ubiquitous Com...
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abstract
- 1. Lunch Box: An Android application using Avatar’s Mobile Distributed Computing in the Cloud and Moitree middleware Akanksha Mukherjee & Susnata Mandal (UG Researchers), Advisor: Dr. Cristian Borcea, and Mentor: Pradyumna Neog (M.S. Student) Department of Computer Science New Jersey Institute of Technology, Newark, NJ 07102, USA Abstract: The main objective of Lunch Box is to make available freshly made hot food in lunch boxes to the people ordering them, especially in their workplaces. The twist here is that the vendors in this case will be home cooks, and not restaurants. As a result, the food available on Lunch Box will be economical as well as healthy for the people. The app uses the Avatarsystem of distributed computing in the cloud and Moitree, the middleware of the Avatar platform. Avatar leverages cloud resources to support fast, scalable, reliable and energy efficient distributed computing over mobile devices. It is a per-user always on software entity that resides in the cloud and acts as the surrogate of a mobile device, thus reducing the workload and the demand for wireless bandwidth. The Avatar remains connected to the middleware irrespective of any active internet connection in the smartphones. Moitree provides a novel middleware which allows unmodified apps to execute seamlessly over mobile/avatar pairs with the provision of offloading computation and communication. The benefit of using Moitree in this app is that the virtual machine (VM) used here makes the job of the mobile phones much easier by handling all the processing required to execute the routine, viz., the generation of advertisements for the various food items, conduction of auction for the food items, and optimizing the search to the location of the preferred food in close proximity. References [1] Avatar: Mobile Distributed Computing in the Cloud, Cristian Borcea, Xiaoning Ding, Narain Gehani, Reza Cutrmola et al., Department of Computer Science, New Jersey Institute of Technology. [2] Moitree: A middleware for Cloud-Assisted Mobile Distributed Apps, Mohammad A. Khan, Hillol Debnath, Nafize R. Paiker, Cristian Borcea et al., Department of Computer Science, New Jersey Institute of Technology. Fig.: Avatars in the cloud store data from the user’s phone related to the app and is used to process the data to optimize information for processingin the Moitree middleware.