How Can I Use AI in Mobile Devices?
There has been a lot of talk about Artificial Intelligence in the tech industry the last few years. With smartphones and mobile devices skyrocketing in market share, software developers and designers are jumping at every opportunity to create applications and games that are friendly to the users. As we move into the next decade, we will see more technology used by businesses and individuals. In fact, many predict that we will soon have systems that can beat a human at chess, learn to speak a new language, beat a drug dealer at poker, and win the lottery, all without the player having to know anything about the game. So, is there any way I can use AI in mobile apps development?
There are a number of ways one can use artificial intelligence in software and hardware. For example, cars now come equipped with On Star, which is a device that is specifically programmed to call for help if the driver becomes incapable of driving the vehicle. The device has already become quite popular, as most people find it easier to pull over when they need emergency assistance than to try to drive themselves. It may also someday be used as a self-driving car; however, that concept is a long way off from becoming a reality. Self-driving cars won’t be fully automatic, and they may not fully interact with the traffic around them.
Robotic and artificially intelligent machines can work alongside drivers in trucks, buses, forklifts, etc. These systems will allow these technologically advanced machines to work alongside people in manual labor situations. For example, the trucking company Driverronic will have a box installed on their trucks that can be controlled using finger printing supplies, voice commands, or remote controls. When the data from the box is analyzed, the trucking company will be able to determine the best route to take based on the data it gathers.
The same concept works for manufacturing companies that produce mobile units. If there is something wrong with the unit, or if it is faulty, a software engineer can program the unit to perform certain tasks. For instance, if a part is ordered that doesn’t exist at the factory, the software can tell the plant manager or production manager where to locate the missing part. The software could also tell the manager that there is a replacement part available and make the sale.
Mobile devices such as smart phones, laptops, tablet computers, etc. already have similar softwares in place. The goal of these softwares is to allow customers and employees to control their devices from a central location, rather than having to open up a physical terminal and enter data into a computer. For instance, if an employee’s smartphone or tablet computer were capable of viewing the company’s web site through a remote web browser rather than opening up a web browser on their personal computer, they would be able to access the site from anywhere they were, rather than having to physically get up from their seat and go to the company’s site.
When considering whether or not to purchase software for company use, it is important to consider the level of user experience desired. For instance, if the software were intended to be used by an accountant or bookkeeper, it would be pointless to have the software on every employee’s cell phone or tablet. Similarly, software designed for salespeople or wait staff would be useless if the user did not have access to the phones themselves.
How can I use AI in mobile devices? In many ways, this question must be answered with the same answer as to the question of how to use computers and other technology: by trying it out yourself. However, if you want to try out new software before purchasing it, you are often faced with the problem of trying to get a piece of the free software (such as freeware or shareware). If you don’t mind spending a few dollars on software for testing purposes, you may find that the experience is quite enjoyable.
How can I use AI in mobile devices? As the pace of technology increases and more features and functions are added, software that was once complicated to operate now has become relatively easy to use. For example, games that were once complicated to play now have very simple controls and may even require only a touch screen. Likewise, data-intensive software used to monitor inventory and manufacturing processes can now be used by warehouse employees with a keyboard and mouse. It may seem that such features are only available to large companies, but with advances in technology, software that was once only available to the largest companies is now easy to use by small companies and even individuals.