Key Sequence

Notation

New Concepts

• function pointers

Important Results / Claims

Questions

Interesting Factoids

Key Sequence

Notation

New Concepts

• sorting functions
• assembly
  • Registers

Important Results / Claims

Questions

Interesting Factoids

Core Themes of CS107

how and why of 107:

• how is program data represented in the hardware
• how does the heap work and how is it implemented
• how does a computer know how run code
• how does an executable map onto computer systems
• why is my program doing one thing when I expect it to do something else

“why is this broken system behaving the way it does?”

Core Goals of CS107

fluency

• pointers and memory, and how to make use of them
• an executable’s address space + runtime behavior

competency

• the translation of C to and from assembly
• implement programs with limits of computer arithmetic
• identify bottlenecks and improve runtime performance
• navigate Unix
• ethical frameworks to design and implement software

exposure

computer architecture

New Concepts

• Unix
• C
  • printf
  • bool
• integer

Important Results / Claims

• principles of C
• C limitations

Key Sequence

Notation

New Concepts

• Mencius Philosophy
• types of harm
  • protected group

Important Results / Claims

• Procedural vs. Distributive Fairness

Questions

Interesting Factoids

• logistic regression is a linear classifier
• Naive Bayes is a linear classier: there is literally no interaction between input features