Academic Discipline

Systems & CS

Distributed systems, databases, operating systems, compilers, programming languages, networking, and computer architecture.

15courses223standalone talks432total lectures

Subfields

All Systems & CS432 Programming Languages109 Database Systems85 Operating Systems75 Distributed Systems73 Software Design & HCI72 Computer Architecture53 Algorithms & Data Structures44 Systems Security44 Malleable Computing & Dynamic Media18 Computer Networks & Cloud14 Probability & Information Theory6 Computer Vision & Graphics3

Computer Architecture— Processor pipelines, cache hierarchies, SIMD/GPU execution, instruction set design, and hardware performance.

9 topics

All Computer Architecture Memory Hierarchy & Caches19 SIMD, GPUs & Parallel Computing14 Performance Optimization12 Processor Design & Pipelining10 Instruction Sets & Assembly (RISC-V / x86)9 High-Performance Computing3 Memory Controllers3 Memory Security2 Parallel Programming2

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Scheduling with Time-Evolving Uncertainty for Content Review in Social Media

Scheduling with Time-Evolving Uncertainty for Content Review in Social Media

Systems & CS·Research Seminar·Systems Security · Thodoris Lykouris · MIT

Thodoris Lykouris

49:19

Parallel Computing: Why Parallelism? Why Efficiency?

Parallel Computing: Why Parallelism? Why Efficiency?

Systems & CS·Standalone Lecture·Operating Systems · Kayvon Fatahalian & Kunle Olukotun · Stanford University

Kayvon Fatahalian&Kunle Olukotun

Stanford University

1:12:21

The History of Radical Computer Architectures

The History of Radical Computer Architectures

Systems & CS·Research Seminar·SIMD, GPUs & Parallel Computing · FUTO

1:13:11

Combining Small-Step and Big-Step Semantics to Verify Loop Optimizations

Combining Small-Step and Big-Step Semantics to Verify Loop Optimizations

Systems & CS·Conference Talk·Linguistics, Philology & Historical Decipherment · David Knothe · FZI Research Center for Information Technology

FZI Research Center for Information Technology

26:08

What Compilers Can and Cannot Do

What Compilers Can and Cannot Do

Performance Engineering of Software Systems · Lec 9·Computer Architecture · Tao B. Schardl · MIT

1:18:46

Introduction and Development Environment Setup

Introduction and Development Environment Setup

Systems & CS·Standalone Lecture·Processor Design & Pipelining · Marco Spaziani Brunella

Marco Spaziani Brunella

Marco Spaziani Brunella

15:40

JuliaLowering.jl: Provenance, Automatic Hygiene, and Tooling

JuliaLowering.jl: Provenance, Automatic Hygiene, and Tooling

Systems & CS·Conference Talk·Computer Architecture · Claire Foster & Em Chu · JuliaCon Global

Claire Foster&Em Chu

JuliaCon Global

25:17

Mechanical Sympathy: Designing Software for Modern CPU Caches

Mechanical Sympathy: Designing Software for Modern CPU Caches

Systems & CS·Conference Talk·Memory Hierarchy & Caches · Martin Thompson · GOTO Conferences

Martin Thompson

GOTO Conferences

56:55

Frontier Research in Processing-in-Memory & Hardware Security

Frontier Research in Processing-in-Memory & Hardware Security

Graduate Computer Architecture · Lec 3·Processor Design & Pipelining · Onur Mutlu · ETH Zürich

2:26:41

Assembly Language & Computer Architecture

Assembly Language & Computer Architecture

Performance Engineering of Software Systems · Lec 4·Programming Languages · Charles Leiserson & Julian Shun · MIT

Charles Leiserson&Julian Shun

1:17:34

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