Lectures related to Understanding Simultaneous Multithreading in Modern Processors

VLIW Architectures: Compilers and Instruction Level Parallelism

Covers VLIW architectures and compilers, focusing on instruction level parallelism and optimization techniques.

Covers the basics of multi-threaded processors, including design, performance impact, and pipeline utilization.

Dynamic Scheduling in Processors: Enhancing Instruction Execution

Covers dynamic scheduling in processors, focusing on out-of-order execution and managing instruction dependencies effectively.

Multithreading Basics: Design, Performance, and Impact

Covers the basics of multithreading, including design, performance impact, and GPU utilization.

Multithreading: Pipeline Utilization and Performance Impact

Explores multithreading in computer architecture, focusing on pipeline utilization and performance impact in various techniques, including blocked and fine-grained multithreading.

Register Renaming: Techniques and Architectures

Covers register renaming techniques essential for eliminating execution hazards in modern processors.

Prediction and Speculation in Processor Design

Covers prediction and speculation techniques in processor design to enhance performance and reduce execution delays.

GPUs: Multithreading and Architecture

Explores GPUs' architecture, multithreading, and their role in machine learning, discussing limitations and future trends.

Pipelining: Enhancing Computer Architecture Performance

Covers pipelining in computer architecture, focusing on its role in enhancing performance through instruction-level parallelism and addressing associated challenges.

Instruction Set Extensions: High-Level Synthesis Techniques

Covers instruction set extensions and high-level synthesis techniques for optimizing embedded processors.

Dynamic Binary Translation: Overcoming Binary Compatibility Challenges

Covers dynamic binary translation as a solution to binary compatibility issues in computer architectures.

Multi-Cycle MIPS Processor

Explores the design and performance analysis of a Multi-Cycle MIPS Processor compared to a Single-Cycle Processor, emphasizing benefits and downsides.

GPUs: Architecture and Programming

Explores GPU architecture, multithreading, SIMD processors, and CUDA programming for parallel computing.

Parallelism: Programming and Performance

Explores parallelism in programming, emphasizing trade-offs between programmability and performance, and introduces shared memory parallel programming using OpenMP.

Designing Datapath and Control Logic for ISA Instructions

Explores the design of datapath and control logic for executing ISA instructions, focusing on hardwired control and performance analysis.

Architecture Essentials: Understanding Computer Systems

Provides an overview of computer architecture, focusing on the von Neumann architecture and its components, including the CPU and memory management units.

Introduction to Processors

Covers the fundamentals of processors, from digital logic to program execution, including components like ALU, register file, and control logic.

Dynamic Scheduling

Explores dynamic scheduling in processor design to increase parallelism by executing instructions out of order, improving performance and efficiency.

Compilers: Challenges with Digital Signal Processors

Covers the challenges of compiling for digital signal processors due to their unique architectural features and irregularities.

X86 and ARM: Processors Evolution and Microarchitectures

Explores the evolution and microarchitectures of x86 and ARM processors, from early designs to modern advancements.