Lecture 15: Networking, Clients (w20)

Lecture 14: Introduction to Networking (w20)

Copy of Lecture 12: Semaphores and Multithreading Patterns (w20)

Winter 2020

Lecture 13: An Ice Cream Store (w20)

CS110 Lecture 08: Concurrency (w20)

Winter 2020

CS110 Lecture 07: Signals (w20)

Winter 2020

CS110 Lecture 06: Pipes, Signals and Concurrency (w20n)

Copy of CS110 Lecture 05: fork and execvp (w20)

CS110 Lecture 05: Understanding execvp (w20)

CS110 Lecture 06: Pipes, Signals and Concurrency (w20)

CS 110 Lecture 04: Files, Memory, and Processes (w20)

Lecture 03: Layering, Naming, and File System Design (w20)

Lecture 02: File Systems, APIs, and System Calls (w20)

Lecture 01: Introduction and Intro to Filesystems (w20)

Lecture 20: Systems Today

Lecture 13 - Review and Wrap-up

Lecture 12 - Iterators and Generators

sockaddr

Lecture 18: Principles of System Design v2

Lecture 11 - Using Python for Artificial Intelligence

Lecture 10 - Searching and Sorting

Lecture 15: Networking, Clients v2

Lecture 16: Network System Calls, Library Functions v2

Lecture 14: Introduction to Networking

Lecture 9 - More OOP, and Stacks and Queues

Lecture 8 - Introduction to Classes and OOP

Lecture 11: Multithreading, Condition Variables, and Semaphores v2

Copy of CS110 Lecture 10 -- Threads and Mutexes

Comparison of C pthreads and C++ threads, examining why threads benefit from language support. Mutexes and critical sections with threads. Performance impacts of critical sections.

Lecture 09: Introduction to Threading

CS 5001 Lecture 7 - Course Midway Recap and Midterm Prep

Copy of CS110 Lecture 08: Race Conditions, Deadlock, and Data Integrity

Lecture 07: Signals

Fall 2019

CS 5001 Lecture 6 - File processing and exception handling

Copy of CS110 Lecture 06: Pipes, Signals and Concurrency

CS 5001 Lecture 5 - Dictionaries and Recursion

CS 5001 Lecture 4 - Iteration (continued), tuples, list slicing, list comprehensions, strings

CS 5001 Lecture 3 - More on branching, iteration, lists

CS 5001 Lecture 2 - Functions and Branching

CS 5001 Lecture 1

Lecture 20: Non-blocking I/O

Lecture 19: Principles of System Design

Lecture 18: MapReduce

Copy of Lecture 16: Overview of MapReduce

Lecture 17: HTTP Web Proxy and MapReduce

Lecture 08: Handling Feedback / CS Education Research

Lecture 15: Networking, Clients

Lecture 07: Observing Others Teach

Lecture 14: Introduction to Networking

Lecture 13: An Ice Cream Store

Lecture 06: Online Resources

Copy of Multithreading, Networking, Ice Cream Parlors

Lecture 12: More on Multithreading, Condition Variables, and Semaphores

Lecture 11: Multithreading, Condition Variables, and Semaphores

Lecture 05: Grading

Lecture 10 -- from C threads to C++ threads

Copy of C++ Threads, Race Conditions, Mutexes

Lecture 09: Introduction to Threading

Lecture 04: Lectures

Lecture 08: Race Conditions, Deadlock, and Data Integrity

Lecture 07: Signals

Lecture 03: Planning Your Course and Creating Awesome Assignments

Lecture 06: execvp, Pipes, Interprocess Communication

Lecture 05: Understanding execvp

CS298 Lecture 02: Know Your Students, Subject, Tools

Lecture 04: Filesystem Data Structures and System Calls

Lecture 03: Layering, Naming, and File System Design

Lecture 02: File Systems, APIs, and System Calls

CS298 Lecture 01: Introduction

Lecture 01: Introduction and Intro to Filesystems

Lecture 19: Non-blocking I/O Example

Lecture 19: More Non-blocking I/O

Lecture 18: Non-blocking I/O

Lecture 17: Principles of System Design

Lecture 15: API Servers, Threads, Processes

Lecture 16: Network System Calls, Library Functions

Lecture 14: Networking, Clients

Lecture 13: Introduction to Networking

the solar system and stars and galaxies

the ocean atmosphere climate and weather

rocks and minerals and plate tectonics

two classes of chemical reactions

mixtures and how chemicals react

atomic bonds and molecules

atoms and the periodic table

waves sound and light

static and current electricity

thermal energy heat transfer

gravity and fluid dynamics

physical science chapters 2 and 3

physical science