3 Overlooked Real-Time Processing Systems

Real-time processing is an important form of technology and refers to data processing methods that occur instantaneously or at a very rapid pace. Numerous types of systems and devices used throughout our daily lives utilize real-time processing, such as banking systems, automotive machinery, traffic lights, radar systems, video games, robotics, aircraft control, medical imaging, search engines, streaming video and audio platforms, and even anti-missile defense systems. Real-time processing is so prevalent, in fact, that you may not even recognize the many ways it is implemented on a daily basis. Real-time processing is responsible for ensuring that the devices we rely on constantly operate safely and efficiently. Here are a few examples of overlooked real-time processing systems.

Real time processing data


Automotive vehicles are especially reliant on real-time processing. An immediate response time is critical in automotive machinery, since a delayed response in the braking or steering systems, among other automotive parts, can mean the difference between life and death.

Notable examples of real-time processing used in modern vehicles can be found in the head-up display (HUD). The HUD is the screen on which various types of information are displayed in the vehicle in real time, such as speed, GPS mapping, RPM, fuel levels, vehicle diagnostics, time, weather, traffic conditions, and other important details. Real-time processing is used in these screens to reflect the most accurate information in relation to your vehicle, since the data is pertinent to your safety and automotive maintenance.

Real-time processing is especially important in the development of self-driving cars. The smart automobile will have to appropriately react on its own to a wide range of road conditions via the use of sensor technology. The GPS system used for self-driving cars, for instance, will have to be built with an ability to recognize a great deal of details in real time, such as the presence of pedestrians, the size of a street, the location of street signs and traffic lights, and the location of other cars on the road. Real-time processing must also detect unforeseen obstacles in the road, such as construction sites or traffic accidents.

Banking and ATMs

The banking industry is taking advantage of real-time processing to deliver a better customer experience with immediate response times. The First National Bank, for instance, incorporates real-time processing into the way customers use their debit cards. According to the First National Bank website, your transaction is authorized immediately when you swipe your debit card. The details of your transaction appear on your account in real time, which will then be updated once the transaction is officially completed in the event of a pending transaction.

Real-time processing also allows for a more immediate response if a customer notices any type of suspicious activity in their account, since each transaction is immediately posted online. Real-time processing has numerous benefits for ATM customers, including faster access to funds and account information. ATMs also make it easy to deposit funds at any time.

Medical Imaging

Medical imaging technology has benefited greatly from advancements in real-time processing. Numerous systems and devices used for diagnosing and treating patents have integrated real-time technology, allowing healthcare professionals to provide rapid and up-to-date healthcare.

Real-time processing can also work with cloud computing technology to accomplish tasks that would otherwise be impossible. Real-time medical imaging, for example, has made several advancements by integrating cloud technology, which enables the use of data and processing power not found on static hardware. The imaging data taken locally is sent to a cloud computer where it is then processed, reconstructed, and analyzed rapidly. This information is then retransmitted instantly to the original location to be read by a medical professional. The cloud system also stores a remote backup for safekeeping.

Radiology, image processing, MRI scans, and CT imaging are just a few examples of the many applications taking advantage of cloud computing and real-time processing. This technology can also save space and money on various types of equipment, as well as grant access to data that would otherwise not be feasible.

The Future of Real-Time Processing

Real-time processing is improving our way of life by making everyday technology faster and more efficient, ranging from vehicles to ATMs. Real-time processing can help us to create technological solutions that can truly revolutionize society.

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