A new study promises to double the speeds of mobiles and computing devices. The study details a new and advanced data compression technique. The technique compresses essential information by half. This makes it easier for apps to access the much-needed information from the main memory.
The study was undertaken by MIT researchers who believe it can speed up computation considerably. According to them, accessing the main computer memory is often a cumbersome and expensive task. The main memory stores data in fixed chunks. On the other hand, the new data technique changes data to an objective form. This makes it easier for apps to collect, use, and store data.
Traditional memory usage worked similar to a bad instance of people forgetting their keys. When a person misplaces their keys, they often go back to the last instance they remember, acquire that memory to get a more specific and useful idea about the key’s whereabouts. However, the new technique promises to showcase exact objects, instead of general memories to find essential information.
During trials, the researchers cut-down data sizes by half and deducted the memory usage by half as well. According to the researchers, the study will help programmers as well. Using this code system, programmers can code in any modern programming languages such as Java, Python, and Go. They would not be required to change the code and still manage data in objects.
The Study Promises to Heat up Smartphone OS Battle
Smartphone operating system (OS) battle is changing the world as we know it. Apple’s invention brought many new advances like heart beat monitors, internet at fingertips, and optimism world over. On the other hand, cheap Android OS has enabled every user in the world to dive into the virtual world of advanced technology.
This study promises a significant competitive edge to mobile phones. However, Android devices are likely to benefit more. Android devices are plagued with cumbersome use of memory. Despite the large memory chips used in android devices, these devices still fail to provide a completely smooth and seamless experience. Generally, android devices require a much higher memory chips. This forms a significant chunk of costs in low-value android devices.
The new research might make android users a little more loyal to their OS.
