It is easier to remember and write than machine language. Assembler — It is a computer program which converts or translates assembly language into machine language. It assembles the machine language program in the main memory of the computer and makes it ready for execution. It is a machine independent language.
It enables a user to write programs in a language which resembles English words and familiar mathematical symbols. COBOL was the first high level language developed for business. Each statement in a high level language is a micro instruction which is translated into several machine language instructions.
A compiler is a translator program which translates a high level programming language into equivalent machine language programs. High-level language is a computer language which can be understood by the users. The high-level language is very similar to human languages and has a set of grammar rules that are used to make instructions more easily.
Every high-level language has a set of predefined words known as Keywords and a set of rules known as Syntax to create instructions. The high-level language is easier to understand for the users but the computer can not understand it.
High-level language needs to be converted into the low-level language to make it understandable by the computer. Hence, Machine language is considered challenging and error-prone. To summarize, we can say assembly language is a level up from binary language. The difference is machine language executed directly by CPU whereas machine language is first converted to binary by the compiler and then executed by CPU. This has been a guide to the top difference between Assembly Language vs Machine Language.
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Register Login. PPO Diploma vs. Machine Language vs. In this language, instructions are executed directly via the Central Processing Unit. Assembly language refers to a low-level programming language that needs an assembler for converting the instructions to machine or object codes.
Ease of comprehension Machine language cannot be deciphered by humans and can be comprehended only by computers. Assembly language can be understood, used, and applied by humans. Nature of syntax Machine languages comprise of binary digits 0s and 1s.
Assembly languages have a syntax that is similar to the English language; therefore, they can be understood by programmers and users alike. Dependency Machine languages are platform-dependent, and their features vary accordingly. Assembly language comprises of standard instruction sets. Areas of application Machine language serves as a machine code only.
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