The next RISC-V processor frontier: AI
edn.com·16h
🔧RISC-V
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Myths Programmers Believe about CPU Caches
🧠Memory Models
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My first fifteen compilers (2019)
🔬Nanopasses
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Fungus: The Befunge CPU(2015)
🌳B+ Trees
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Chiplet Chokepoints: Optimizing Interconnects for Peak AI Performance
🧠Memory Hierarchy
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TinyML is the most impressive piece of software you can run on any ESP32
xda-developers.com·17h
💬Smalltalk VMs
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Interfacing assembly with BASIC via DEFUSR, part 7
subethasoftware.com·1d
⚙️Assembly
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How We Saved 70% of CPU and 60% of Memory in Refinery’s Go Code, No Rust Required.
📚Stack Data Structures
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Well-Typed.Com: Case Study: Debugging a Haskell space leak
well-typed.com·1d
📚Stack Allocation
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Intel’s AI pivot gains ground as foundry and x86 bets lift Q3 earnings
business-news-today.com·1d
🔌Microcontrollers
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Advanced Threat Protection (ATP): An Ultimate Guide for Modern SOCs
vmray.com·12h
🛡️Security Type Systems
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Accelerating AI inferencing with external KV Cache on Managed Lustre
cloud.google.com·11h
⚡Cache-Aware Algorithms
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Smart Handling Of Reset Domain Crossings To Non-Resettable Flip-Flops
semiengineering.com·1d
🔢Bit Manipulation
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Duality-Based Fixed Point Iteration Algorithm for Beamforming Design in ISAC Systems
arxiv.org·23h
⚡Partial Evaluation
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Inference Acceleration from the Ground Up
semiwiki.com·2d
🗺️Region Inference
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Challenging the Fastest OSS Workflow Engine
📡Erlang BEAM
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AMD Just Told Us Exactly When to Expect Zen 6 Chips
howtogeek.com·1d
🔧RISC-V
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