Can assembly language play a significant role in programming for the power bound (Devices which has limited power like battery operated devices) computation?
Answers
Assembly language is also a type of machine oriented code language. This is one of the languages that can be read by humans. Presently a lot of compiler based languages are in use due to convenience. Most compilers are working on the basis of assumptions made by the sequence. In some cases you may also notice errors in execution.
Compilers simply offer with convenience for humans to interact with the system making use of assembly language. Running a assembly language requires a professional programmer. These types of languages are also coupled to the systems hardware and can operate on most systems.
Another major advantage of assembly language is that it can be designed to run on any system, to save power consumption and to increase the memory power of computation. It offers with best optimization features for the programmer.
It really isn’t. All languages that will run on a power bound device get compiled down to machine code at some point. Just like assembly language does. The CPU simply has no clue whatsoever what language you wrote your code in.
Explanation:
- We can write code efficiently in many languages.
- Power constrained devices, running applications are written in Java, Objective-C, Swift, Kotlin or JavaScript not in assembly language.
- Things like clock speed, peripherals and CPU would have much more effect.
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