Which of the following has the ability to use the high-level language functions, instructions instead of the normal address?

In an embedded system, emulation is the ability of a computer program to imitate another program or device. It's a technique that allows a host system to run software or use peripheral devices designed for a guest system.  Emulation's main purpose is to replace hardware or software components with function equivalents when original modules are not available. It acts as a translator between the software and the host system.  There are two main types of emulation: low-level and high-level emulation. Low-level emulation relies on simulating the behavior of a device, either by using software or... Show more

In an embedded system, emulation is the ability of a computer program to imitate another program or device. It's a technique that allows a host system to run software or use peripheral devices designed for a guest system. 

Emulation's main purpose is to replace hardware or software components with function equivalents when original modules are not available. It acts as a translator between the software and the host system. 
There are two main types of emulation: low-level and high-level emulation. Low-level emulation relies on simulating the behavior of a device, either by using software or hardware.

Debugging is a vital part of embedded systems development, especially when working with microcontrollers. Debugging techniques can reduce errors and improve code quality and functionality. 

Here are some embedded system debugging techniques:
Debug probes: Capture design signals' values while running emulation and save the waveform database for post-emulation debug.
Programmable counters: Check triggers and breakpoints at emulation speed.
Linker: Emulates the compute phase of blockchain transaction.
Simulating embedded software: Simulate embedded software on your host machine with only a HAL and a few hooks to get the desired behavior. 

Other embedded system debugging techniques include:
Static code analysis
Dynamic analysis
Simulation and emulation
In-circuit debugging
Hardware debugging
Firmware debugging 

Here are some debugging strategies:
Debugging by brute force
Induction strategy
Deduction strategy
Backtracking strategy
Debugging by testing 
Some debugging tools include: GDB, DDD, Eclipse. 

Here are some embedded debugging tools and techniques:
Know your tools
Find memory problems early
Optimize through understanding
Reproduce and isolate the problem
Make sure your tests are complete
Pursue quality to save time

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