what is the relationship between high level language and computer architecture?
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High level languages are designed to make the programming task easier by providing a more humanly understandable syntax. They should be compiled or interpreted to a low level so a machine can finally execute binary instructions.
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Answer. Third-generation languages are also known as high-level languages, while fourth-generation languages are sometimes referred to as very-high-level programming languages. When 3GL statements are generated, a large volume of assembly language and machine language instructions are generated.
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Architecture means the conceptual structure and logical organization of a computer or computer-based system. Design means a plan or drawing produced to show the look and function or workings of a system or an object before it is made.
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Machine language, or machine code, consists of binary code and is the only language that is directly understood by the computer. ... Both machine code and assembly languages are hardware specific. A high-level language is a programming language that uses English and mathematical symbols in its instructions.
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With the layered approach, the bottom layer is the hardware, while the highest layer is the user interface. The main advantage is simplicity of construction and debugging. The main difficulty is defining the various layers. The main disadvantage is that the OS tends to be less efficient than other implementations.
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Examples of high-level languages include COBOL, FORTRAN, BASIC, Pascal, Ada, and C++. COBOL.— COBOL was developed for business applications. It uses everyday English-like statements and is good for handling large data files. COBOL is the acronym for COmmon Business-Oriented Language.
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Low level languages are those that take many times more instructions than do C, Java, Fortran, etc. The best examples are assembly languages, such as IBM 360 assembler, PDP-10 assembler, Intel x86 assembler, etc. Name any computer and it will have a low-level assembler language unique to that computer.
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C is a middle level language used for high level and low level applications. The difference between low level and high level language is: Low level language is more closer to the hardware. Hence, both C and Assembly are Low level programming languages. ... Assembly language is much more closer to the hardware.
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In Harvard architecture, the CPU is connected with both the data memory (RAM) and program memory (ROM), separately. In Von-Neumann architecture, there is no separate data and program memory. Instead, a single memory connection is given to the CPU.
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There are multiple advantages to implementing an operating system using a higher level language such as: the code is written more fast, it is compact and also easier to debug and understand. Also, the operating system can be easily moved from one hardware to another if it is written in a high level language.
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Compiler transforms code written in a high-level programming language into the machine code, at once, before program runs, whereas an Interpreter coverts each high-level program statement, one by one, into the machine code, during program run. Compiled code runs faster while interpreted code runs slower.
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A Design Entry Language Just as high-level programming languages allow complex design concepts to be expressed as computer programs, VHDL allows the behavior of complex electronic circuits to be captured into a design system for automatic circuit synthesis or for system simulation.
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RPA is a really high level programming language as most of its instructions tend to be about manipulating items on the screen, processing data and passing data to different systems. What RPA software tends to do with a line of code would take multiple lines in most other languages.
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Thus, an interpreted language is generally more suited to ad hoc requests than predefined requests. Assembler, COBOL, PL/I, C/C++ are all translated by running the source code through a compiler.
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Both High level language and low level language are the programming languages's types. The main difference between high level language and low level language is that, Programmers can easily understand or interpret or compile the high level language in comparison of machine.
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High-performance Java is faster than other traditional interpreted programming languages because Java bytecode is "close" to native code. It is still a little bit slower than a compiled language (e.g., C++). Java is an interpreted language that is why it is slower than compiled languages, e.g., C, C++, etc.
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Medium-level language (MLL) is a computer programming language that interacts with the abstraction layer of a computer system. Medium-level language serves as the bridge between the raw hardware and programming layer of a computer system.