Differences Between Low Level Language And High Level Language

Low level programming language is a computer programming language designed to address the machine code of a specific processor while high level programming language refers to a programming language that is closer to the business logic and implements few if any, low-level concepts in the code.

What you will learn in this tutorial;

Advantages of Low level language
Uses of low level language
Advantages of High level language
Uses of high level language
Differences between low level language and high level language
Conclusion

Advantages of Low Level language

1. Low-level languages are those that are closer to the hardware, and thus have lower abstraction levels than high-level languages.

2. Low-level languages are more efficient than high-level ones, because they use simpler instructions, and thus require less work from the CPU and memory.

3. Low-level programming languages are ideal for writing programs that interact with hardware and other systems.

4. Low-level programming languages let you create applications using only the features that your device supports, so you don’t have to worry about compatibility issues when developing your app.

5. Low-level languages are faster. Because they are closer to metal and don’t require translation, they can be faster than higher level languages.

6. Low-level languages help you write secure software.

Uses of Low Level Language

Low-level languages are used to write system software and embedded software. They are also used in the development of operating systems, compilers, and other programming tools.

Advantages of High level languages

1. They are more readable, which means that it is easier for you to debug and troubleshoot your code better than with lower level languages such as C++ or C.

2. They are more compact, which means that they require less memory to run, so they will run faster on slower computers as well as on newer computers with more RAM or faster processors.

3. High-level languages have fewer bugs because they are less prone to subtle errors and typos that can be hard to catch in low-level languages e.g., C++.

4. They tend to run faster than low-level languages such as Python or Ruby because they use fewer instructions per clock cycle and don’t require extra overhead such as garbage collection or virtual memory management — features that slow down code in other languages and make it run slower than machine code would run straight from the compiler.

Uses of high level languages

The following are some of the uses of high-level languages:

1. Research and development

2. Algorithms and data structures

3. Data abstraction, model checking, and verification

4. Computer-aided design, simulation, and test

5. Numerical analysis, computational geometry, and Numerical simulation