Mobile Application
Development
* How to Define Mobile Computing
Mobile computing refers to the set of IT technologies, products,
services and operational strategies and procedures that enable end users to
access computation, information and related resources and capabilities while
mobile. Mobile most commonly refers to access in motion, where the user is
not restricted to a given geographic location.
Mobile may also refer to access in a fixed location via equipment that users
can relocate as required but is stationary while in operation. This mode of
operation is often called nomadic computing.
Today, mobile computing technology is everywhere. It has applications in
business and consumer markets, industrial and entertainment industries, as
well as many specialized vertical markets.
Desktop computers offer more hardware configuration capabilities and
computational performance. However, the majority of end users prefer mobile
devices. The key advantage of mobile computing is convenience, where users
have access to information and computational resources anytime and
anywhere.
How does mobile computing work?
Generally, a mobile computing system involves a mobile device, such as a laptop
computer, tablet or smartphone, and a wireless network connection based on Wi-Fi or
cellular wireless technology, such as 5G. Mobile devices typically can store data
locally, and access to that data doesn't require a network connection.
Mobile computers typically accommodate access to both wireless and wired
technology. Access to shared network resources, including mobile cloud-based
resources, is essential given the collaborative nature of work today. Integrated,
rechargeable batteries power mobile devices, and most can run on an alternating
current (AC) power source when used from a fixed location.
, In addition to laptops, tablets and smartphones, there are many mobile computing
devices for vertical and specialized applications. These include devices for medical,
surveillance, security, and telemeter and control uses.
Device selection is based on the application. For example, laptops are better suited for
content creation, and tablets are often preferred for content consumption.
Smartphones function as pocket-size computers and communication devices, but they
have small screen sizes and screen-based keyboards.
Why is mobile computing used?
Mobile computing is used in most facets of life both in business and by consumers. It
enables users to be untethered from a power source for periods of time. This is
advantageous for traveling workers who want to stay connected to their work while on
the move. It's also useful for remote workers who may not have all the connectivity
and power options they have in an office setting.
Consumers use mobile computing in several ways, including the following:
internet access
mobile communications
web browsing
mobile applications
entertainment streaming media
Mobile devices and apps can collect user data in various environments and contexts.
Fitbits and smartwatches are examples of wearable technology that collect user data in
novel contexts, including fitness and health settings.
Mobile computing also makes the internet of things (IoT) possible. The nontraditional
computers, sensors and other devices that make up IoT are able to connect and
communicate without direct human intervention.
Development
* How to Define Mobile Computing
Mobile computing refers to the set of IT technologies, products,
services and operational strategies and procedures that enable end users to
access computation, information and related resources and capabilities while
mobile. Mobile most commonly refers to access in motion, where the user is
not restricted to a given geographic location.
Mobile may also refer to access in a fixed location via equipment that users
can relocate as required but is stationary while in operation. This mode of
operation is often called nomadic computing.
Today, mobile computing technology is everywhere. It has applications in
business and consumer markets, industrial and entertainment industries, as
well as many specialized vertical markets.
Desktop computers offer more hardware configuration capabilities and
computational performance. However, the majority of end users prefer mobile
devices. The key advantage of mobile computing is convenience, where users
have access to information and computational resources anytime and
anywhere.
How does mobile computing work?
Generally, a mobile computing system involves a mobile device, such as a laptop
computer, tablet or smartphone, and a wireless network connection based on Wi-Fi or
cellular wireless technology, such as 5G. Mobile devices typically can store data
locally, and access to that data doesn't require a network connection.
Mobile computers typically accommodate access to both wireless and wired
technology. Access to shared network resources, including mobile cloud-based
resources, is essential given the collaborative nature of work today. Integrated,
rechargeable batteries power mobile devices, and most can run on an alternating
current (AC) power source when used from a fixed location.
, In addition to laptops, tablets and smartphones, there are many mobile computing
devices for vertical and specialized applications. These include devices for medical,
surveillance, security, and telemeter and control uses.
Device selection is based on the application. For example, laptops are better suited for
content creation, and tablets are often preferred for content consumption.
Smartphones function as pocket-size computers and communication devices, but they
have small screen sizes and screen-based keyboards.
Why is mobile computing used?
Mobile computing is used in most facets of life both in business and by consumers. It
enables users to be untethered from a power source for periods of time. This is
advantageous for traveling workers who want to stay connected to their work while on
the move. It's also useful for remote workers who may not have all the connectivity
and power options they have in an office setting.
Consumers use mobile computing in several ways, including the following:
internet access
mobile communications
web browsing
mobile applications
entertainment streaming media
Mobile devices and apps can collect user data in various environments and contexts.
Fitbits and smartwatches are examples of wearable technology that collect user data in
novel contexts, including fitness and health settings.
Mobile computing also makes the internet of things (IoT) possible. The nontraditional
computers, sensors and other devices that make up IoT are able to connect and
communicate without direct human intervention.
