What is mobile cloud computing explain in detail?
MCC is originally based on cloud computing and mobile computing principles, relying upon wireless networks to provide powerful computational resources to mobile users. MCC’s objective is to allow the execution of sophisticated mobile apps across a wide range of mobile devices while maintaining a great user experience. MCC enables both mobile operators and cloud providers to grow their businesses. For example, from just a business perspective, MCC is typically referred to as “a mobile software computing technology which utilizes unified elastic tools from diverse clouds and networking devices to enable unrestricted functionality, storage, and flexibility in order to serve a multitude of smart phones anywhere, anytime via the Internet, irrespective of heterogeneous systems and platforms relying on the pay-as-you-use principle.” This description combines cloud computing with mobile computing by outlining the characteristics of MCC’s services with an emphasis on how smart phones acquire and subsequently use cloud computing-based services over mobile networks.
How mobile cloud computing (MCC) works?
MCC uses cloud computing to create applications for smart phones, which are nothing more than mobile apps for the distribution of mobile apps. It enables all developers to create apps for mobile consumers that are not based on mobile operating systems or storage. The apps may be accessed from any remote web server using a mobile browser. This method eliminates the need to install client programs on mobile devices. Generally, it is abbreviated as MCC.
Here, we mostly use the following computational techniques:
- Computing for general-purpose use
- Computing tailored to a particular application
The two approaches above are mostly utilized to improve performance via the usage of virtual clones.
What is the purpose of mobile cloud computing?
MCC’s purpose is to establish online materials that are adaptable and accessible. Cloud computing resources include memory, processing, and functioning that are accessible through mobile as well as web networks.
Microsoft Azure’s mobile cloud capabilities enable the execution of sophisticated mobile apps. These applications must be available on a wide variety of devices, even those with outdated technology and substandard hardware. The performance of all devices and networks must be constant. Subscribers can anticipate the same deep experience as with PC programmed.
Why cloud computing is used?
There are many reasons why mobile cloud computing is used. A company may choose to use cloud computing because it allows the company to focus more on their core business while delegating less important tasks to a cloud service provider. In some cases, companies use mobile cloud computing for backup purposes in case their primary data center fails. Most commonly, companies turn to mobile cloud computing for increased accessibility and scalability.
Mobile cloud computing enables you to store and manage data anytime that is linked to the internet from anywhere in the globe. This enables the efficient sharing of data when such demand for information arises.
How to use mobile cloud computing in different applications?
Let’s examine some real-world applications;
1. Mobile learning
Cloud-based mobile learning apps are offered to address restrictions such as slow network transmission rates, restricted educational materials, as well as device cost. Through the use of a cloud with a high storage capacity and robust processing capability, the apps supply learners with such a huge quantity of data (knowledge), a quicker processor speed, as well as a better battery life.
Mobile learning enables a consumer to access cloud-based learning resources anywhere at time and from any location. This application was created to address the limitations of learning by offering e-mobile or e-cloud learning. ‘Cornucopia’ is an example of an MCC application in learning.
2. Mobile gaming
Mobile cloud computing apps may earn cash for service suppliers via mobile gaming applications. In order to run a game engine, the computer in the cloud must have a substantial amount of computer power (such as graphics rendering). And no need for the gamers to worry about every resource since they simply engage with the transform on their devices.
3. Mobile social networking
For real-time sharing of multimedia data, a group of phone users may submit audio/video files using this app. In addition to storing and protecting data, it also offers security measures to ensure the security of data.
4. Mobile email
Most users may connect to mobile email, which is the most popular example of mobile Cloud Computing. Users may browse, manage, and reply to emails despite having to connect to the workplace network using mobile email. It allows access at any time, from any location, and in any way.
5. Mobile sensing
This application collects information from a variety of MCC apps, including healthcare, social networking, and environmental/health monitoring, using sensor-equipped cell phones.
6. Mobile healthcare
It plays a very important role in the field of health care. It facilitates access to all patient information, as well as monitoring and receiving alerts as needed.
What are the Benefits of MCC?
We have additional advantages since, as previously said, it is a mixture of mobile computing and cloud computing. Its advantage aids users in developing user-friendly apps and supports various development methodologies.
The following are some of the advantages:
- Disaster recovery
- Multiple platforms support
- Data backup
- Integrated data
Flexibility: It enables people to access information and provides for quick data transfer among two devices.
Cost-efficiency: As we’re utilizing cloud computing, the biggest benefit is that we only have to pay for setup once. Only the data that we utilize will be charged We will never be charged any further fees; the main thing we must remember is that while using the service, we must first review all of the company’s services before receiving bids for additional fees.
Disaster recovery: We store data in several places like a backup, it is easy for users to retrieve the data. When a calamity strikes, the system will instantly switch to other servers, ensuring that users are not inconvenienced.
Multiple platforms support: We may utilize any platform at the same time. The programmed may be executed on a variety of systems.
Data backup: Data is baked up for organizations and readily available to its employees.
What are the major issues with MCC?
Problems with mobile phone communication
Insufficient bandwidth: It is a major problem with wireless networks, which have much fewer radio resources than wired networks.
Availability of the service: There could be heavy traffic, network breakdowns, or issues with mobile signal quality that prevent mobile customers from connecting to the cloud and obtaining a service
Heterogeneity: In order to meet MCC criteria (always-on connection, on-demand scalability, and energy efficiency), wireless communication with extremely diverse networks must be handled.
Problems with computing
Offloading computation is a key component of MCC.
In certain cases, offloading is not a good technique to save energy.
Decide whether offloading and which parts of the apps and services to offload are important.
There are two types:
- Stagnation-based offloading
- Dynamic offloading in an ever-changing world
What are some security issues related to MCC?
Data security issues: It’s possible to access and analyze data via mobile devices through cloud computing IaaS, thanks to mobile cloud computing. It’s common for mobile cloud computing data to be targeted by a wide range of cyber attacks ranging from data loss to unauthorized access. Any time a computer performs a computational operation, such as sending data across a public network, there is a risk of data loss. Security flaws occur when an unauthorized party gains access to a user’s data by inserting it into the cloud or otherwise obtaining it. It’s important for a user to have his or her own data to recover from a damaged system or smartphone. The placement of the data in the cloud is a secret; no one knows where it is. As a result, the user has the issue of knowing exactly where his or her critical data is kept.
Offloading security issues: When a work is outsourced to a third-party platform, it is referred to as offloading. Unauthorized access to data is possible during unloading because mobile cloud computing needs a wireless connection. Jamming of the mobile device during the unloading process, availability is the key concern. Additionally, if data is offloaded with harmful information, it compromises the mobile user’s security and privacy.
Mobile Cloud Computing is an emerging technology that might revolutionize computing. Application-Specific MCC Solutions (ASMCC) may enable new applications. Every technology has its benefits and drawbacks. Like any other technology, mobile cloud computing has inherent limits. It is a commonly utilized technology that allows access to information at anytime, anyplace.