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zk/Algorithmic_complexity.md
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tags: [algorithms]
---
# Algorithmic complexity
![Screenshot_2021-05-11_at_18.55.23.png](Screenshot_2021-05-11_at_18.55.23.png)
_Summary of the main classes of algorithmic complexity_

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zk/Function_overloads.md
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- typescript
---
## Function overloads
# Function overloads
Function overloading is not a feature of JavaScript but something close to it
can be achieved with TypeScript. It proceeds by defining multiple function types

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zk/Rules_for_operations_on_like_and_unlike_terms.md
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- prealgebra
---
# Rules for operations on like and unlike terms
## Addition
### Like terms

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zk/Shell_sessions.md
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- shell
---
# Shell sessions
## **Types of shell session**
Shell sessions can be one of or several instances of the following types:

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zk/Single_file_Python_scripts.md
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created: Friday, April 26, 2024
---
# Single_file_Python_scripts
# Single file Python scripts
## Basic architecture

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zk/Solving_equations.md
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tags: [algebra]
---
# Solving equations
## Use inversion of operators
When solving equations we frequently make use of the
[ operator inversion rules](Inversion%20of%20operators.md) to find
the solutions.
[ operator inversion rules](Inversion%20of%20operators.md) to find the
solutions.
### Example: inversion of addition

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zk/The_History_of_Computing_Swade.md
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created: Friday, August 23, 2024
---
# History of Computing (Swade, 2022 )
| Title | Author | Publication date | Resource type |
| --------------------------------------------------- | ----------- | ---------------- | ------------- |
| The History of Computing: A Very Short Introduction | Doron Swade | 2022 | Book |

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zk/The_Little_Man_computer.md
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tags: [CPU]
---
## The Little Man Computer
# The Little Man Computer
The [Little Man Computer]() is a simplified
computer that works on Von Neuman principles. It has all the CPU components we
have detailed above. It is programmed in machine code but for simplicity it uses
the denary rather than the binary number system.
The [Little Man Computer]() is a simplified computer that works on Von Neuman
principles. It has all the CPU components we have detailed above. It is
programmed in machine code but for simplicity it uses the denary rather than the
binary number system.
![LMC_5.gif](LMC_5.gif)