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for face recognition) millions of times a millisecond. This subtle difference turns into a huge gap when you run the same routine (i.e. Using an interpreted programming language is like being carried by a runner, while a compiled (non-interpreted) programming language is like running itself.

Again, they mostly use C/C++ compilers to build these libraries. This is why they are slower when executing operations, as they need to use compiled libraries for faster operations. Interpreted programming languages run inside executable applications like Java, Python, or Visual Basic. This is one reason why C++ is the fastest and most powerful programming language. Such code may not be as fast as assembler code, but the difference in speed is very small because both machine code and compiler-based code in text form are much more compatible with other CPU/GPUs and/or with other Operating Systems when you compile them on a machine. C/C++ codes) written with text into executable machine code with a linker. A Compiler (C or C++ Compiler, etc.) is a computer program that converts one programming language (i.e. This is the most native and fastest code, but it requires writing many lines for simple things and is hard to generalize for all kinds of machines. All computers (CPU/GPU) work with machine code (code that can be directly programmed by assembler codes) that tells the computer what to do (exe files are this kind of file). There are two types of programming languages: Interpreted and Non-Interpreted (Compiled).