Description: The term ‘Low Level of Abstraction’ refers to programming that is very close to machine code, implying direct control over the system’s hardware. In this context, programmers work with instructions that are interpreted directly by the CPU, allowing them to optimize the performance and efficiency of their applications. This approach is characterized by its complexity, as it requires a deep understanding of system architecture and how different hardware components interact. Unlike high-level languages, which abstract many details of hardware operation, low-level programming allows developers to directly manipulate registers, memory, and other system resources. This is especially relevant in environments where performance is critical, such as embedded systems, device drivers, and operating systems. Low-level programming is also associated with creating software that requires fast and efficient access to hardware resources, which can be essential in real-time applications or in various performance-sensitive domains. In summary, low level of abstraction is fundamental for those looking to maximize control and efficiency in their applications, albeit at the cost of greater complexity and development effort.
