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#gpuprogramming Suchergebnisse

Modular's profile picture. Building AI’s unified compute layer. We are hiring → https://t.co/cPTAes0HMt 🚀
Modular
@Modular
04.11.

🔥 New Series! Learning GPU programming through Mojo puzzles - on an Apple M4! No expensive data center GPUs needed. No CUDA C++ complexity. Just Python-like syntax with systems performance. First video just dropped: youtube.com/watch?v=-VsP4k… #Mojo #GPUProgramming #AppleSilicon

Modular's tweet card. Learn GPU Programming with Mojo 🔥 GPU Puzzles Tutorial - Introduction

youtube.com

YouTube

Learn GPU Programming with Mojo 🔥 GPU Puzzles Tutorial - Introduction

Quelle: youtube.com
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taras_y_sereda's profile picture. in search of true posterior
taras sereda 🇺🇦
 @taras_y_sereda
06.08.2024

"Need better CUDA textbooks. 'Programming Massively Parallel Processors' is a good intro. I've created C/CUDA C implementations for first 3 chapters. Check book & my GitHub repo for details. #CUDA #GPUprogramming"

taras_y_sereda's tweet image. "Need better CUDA textbooks. 'Programming Massively Parallel Processors' is a good intro. I've created C/CUDA C implementations for first 3 chapters. Check book & my GitHub repo for details. #CUDA #GPUprogramming"
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yasunrik's profile picture. 趣味アカウント。Cloudflare, VTuber, Graphics, Programming, AI, Claude, Unity, C#, Python, Delphi, C++, aws, Anime, Manga, Gaussian Splatting, UofU, Ph.D.
ヤスリ
 @yasunrik
02.06.

Each common operation is implemented as its own .cu file—modular. intriguing. #CUDA #NVIDIA #GPUProgramming #libcudf

yasunrik's tweet image. Each common operation is implemented as its own .cu file—modular. intriguing. #CUDA #NVIDIA #GPUProgramming #libcudf
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BeastofBayArea's profile picture. building @centcapglobal
shiv
@BeastofBayArea
26.09.

For maximum performance, firms often develop custom CUDA kernels. This involves writing low-level code to directly program the GPU's parallel cores, squeezing out every drop of efficiency for critical tasks. #CUDA #GPUProgramming

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hridoy_bashir's profile picture. Swanky Patito Feo 🐤 Geek 💻 Quantum Computing Enthusiast 0️⃣ 1️⃣ 🔄 PhysX + CompSci + Math !! (Trinity) ♥️♥️ Physics Grad @SUST CS PostGrad @DU 🇧🇩
Raihanul Bashir Hridoy
 @hridoy_bashir
10.01.2024

#GPUProgramming - Day 07: 🔧 #CPU Hazards 101 🚧: Ever heard of #Register Renaming & Out-of-Order Execution? They tackle structural hazards, ensuring smooth sailing for instructions. Watch out for Data Hazards (#RAW, #WAR, #WAW) in #MIPS, but fear not! #COA #LearnInPublic

hridoy_bashir's tweet image. #GPUProgramming - Day 07: 🔧 #CPU Hazards 101 🚧: Ever heard of #Register Renaming & Out-of-Order Execution? They tackle structural hazards, ensuring smooth sailing for instructions. Watch out for Data Hazards (#RAW, #WAR, #WAW) in #MIPS, but fear not! #COA #LearnInPublic
hridoy_bashir's tweet image. #GPUProgramming - Day 07: 🔧 #CPU Hazards 101 🚧: Ever heard of #Register Renaming & Out-of-Order Execution? They tackle structural hazards, ensuring smooth sailing for instructions. Watch out for Data Hazards (#RAW, #WAR, #WAW) in #MIPS, but fear not! #COA #LearnInPublic
hridoy_bashir's tweet image. #GPUProgramming - Day 07: 🔧 #CPU Hazards 101 🚧: Ever heard of #Register Renaming & Out-of-Order Execution? They tackle structural hazards, ensuring smooth sailing for instructions. Watch out for Data Hazards (#RAW, #WAR, #WAW) in #MIPS, but fear not! #COA #LearnInPublic
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hridoy_bashir's profile picture. Swanky Patito Feo 🐤 Geek 💻 Quantum Computing Enthusiast 0️⃣ 1️⃣ 🔄 PhysX + CompSci + Math !! (Trinity) ♥️♥️ Physics Grad @SUST CS PostGrad @DU 🇧🇩
Raihanul Bashir Hridoy
 @hridoy_bashir
02.01.2024

#GPUProgramming - Day 02: 🔄 Exploring CPU architectures! #RISC, like #ARM & #Power, opts for efficiency with many registers. #CISC, exemplified by #Intel 8086, prioritizes simplicity, offering diverse, complex instructions. RISC excels in energy efficiency. #COA #LearnInPublic

hridoy_bashir's tweet image. #GPUProgramming - Day 02: 🔄 Exploring CPU architectures! #RISC, like #ARM & #Power, opts for efficiency with many registers. #CISC, exemplified by #Intel 8086, prioritizes simplicity, offering diverse, complex instructions. RISC excels in energy efficiency. #COA #LearnInPublic
hridoy_bashir's tweet image. #GPUProgramming - Day 02: 🔄 Exploring CPU architectures! #RISC, like #ARM & #Power, opts for efficiency with many registers. #CISC, exemplified by #Intel 8086, prioritizes simplicity, offering diverse, complex instructions. RISC excels in energy efficiency. #COA #LearnInPublic
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hridoy_bashir's profile picture. Swanky Patito Feo 🐤 Geek 💻 Quantum Computing Enthusiast 0️⃣ 1️⃣ 🔄 PhysX + CompSci + Math !! (Trinity) ♥️♥️ Physics Grad @SUST CS PostGrad @DU 🇧🇩
Raihanul Bashir Hridoy
 @hridoy_bashir
03.01.2024

#GPUProgramming - Day 03: 🧠 CPUs: Processors adapt with DISA. #CPU's core duo - Control Unit & Datapath. Datapath: Registers, ALU, Buses, Multiplexers – a data symphony! 🔄 Follow the Instruction Execution Cycle: Fetch ➡️Decode➡️Execute➡️Store➡️ Update PC. 🕹️ #LearnInPublic

hridoy_bashir's tweet image. #GPUProgramming - Day 03: 🧠 CPUs: Processors adapt with DISA. #CPU's core duo - Control Unit & Datapath. Datapath: Registers, ALU, Buses, Multiplexers – a data symphony! 🔄 Follow the Instruction Execution Cycle: Fetch ➡️Decode➡️Execute➡️Store➡️ Update PC. 🕹️ #LearnInPublic
hridoy_bashir's tweet image. #GPUProgramming - Day 03: 🧠 CPUs: Processors adapt with DISA. #CPU's core duo - Control Unit & Datapath. Datapath: Registers, ALU, Buses, Multiplexers – a data symphony! 🔄 Follow the Instruction Execution Cycle: Fetch ➡️Decode➡️Execute➡️Store➡️ Update PC. 🕹️ #LearnInPublic
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hridoy_bashir's profile picture. Swanky Patito Feo 🐤 Geek 💻 Quantum Computing Enthusiast 0️⃣ 1️⃣ 🔄 PhysX + CompSci + Math !! (Trinity) ♥️♥️ Physics Grad @SUST CS PostGrad @DU 🇧🇩
Raihanul Bashir Hridoy
 @hridoy_bashir
31.12.2023

#GPUProgramming - Day 01: 🚀 Exploring RISC architecture: Simplified, optimized instructions in one clock cycle. 🔄 Bye, CISC complexity! 🏎️ Registers rule, boosting speed. 🤖💡 Compiler-friendly design, slick pipelining for simultaneous processing! 🕵️‍♂️ #COA #RISC #LearnInPublic

hridoy_bashir's tweet image. #GPUProgramming - Day 01: 🚀 Exploring RISC architecture: Simplified, optimized instructions in one clock cycle. 🔄 Bye, CISC complexity! 🏎️ Registers rule, boosting speed. 🤖💡 Compiler-friendly design, slick pipelining for simultaneous processing! 🕵️‍♂️ #COA #RISC #LearnInPublic
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pzaworski90's profile picture. Programmer
Przemyslaw Zaworski
 @pzaworski90
07.09.2024

Programming Tensor Cores in Unity with WMMA (Warp Matrix Multiply Accumulate) API. #gpuprogramming #unity3d I have written minimal example: github.com/przemyslawzawo…

pzaworski90's tweet image. Programming Tensor Cores in Unity with WMMA (Warp Matrix Multiply Accumulate) API. #gpuprogramming #unity3d I have written minimal example: github.com/przemyslawzawo…
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asthraris's profile picture. Future Homeless \n Current Hopeless \n 2005
Aman Gupta
 @asthraris
17.08.

⚡ Built my own graphics engine: Asthrarisine Sounds fun? Reality = invisible meshes, memory bugs & shader headaches. But here’s what made it work: #OpenGL #GraphicsEngine #GPUProgramming #GLTF #GameDev #ShaderProgramming

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hridoy_bashir's profile picture. Swanky Patito Feo 🐤 Geek 💻 Quantum Computing Enthusiast 0️⃣ 1️⃣ 🔄 PhysX + CompSci + Math !! (Trinity) ♥️♥️ Physics Grad @SUST CS PostGrad @DU 🇧🇩
Raihanul Bashir Hridoy
 @hridoy_bashir
11.01.2024

#GPUProgramming - Day 08: 🚀 Explored #computerarchitecture today! 🖥️ Control Hazards tackle branch prediction, #Pentium FDIV bug a classic example. 💡 Memory #Hierarchy is key—#RAM, #cache levels (L1, L2, L3), and storage devices play crucial roles. 🔄🌐 #Memory #LearnInPublic

hridoy_bashir's tweet image. #GPUProgramming - Day 08: 🚀 Explored #computerarchitecture today! 🖥️ Control Hazards tackle branch prediction, #Pentium FDIV bug a classic example. 💡 Memory #Hierarchy is key—#RAM, #cache levels (L1, L2, L3), and storage devices play crucial roles. 🔄🌐 #Memory #LearnInPublic
hridoy_bashir's tweet image. #GPUProgramming - Day 08: 🚀 Explored #computerarchitecture today! 🖥️ Control Hazards tackle branch prediction, #Pentium FDIV bug a classic example. 💡 Memory #Hierarchy is key—#RAM, #cache levels (L1, L2, L3), and storage devices play crucial roles. 🔄🌐 #Memory #LearnInPublic
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hridoy_bashir's profile picture. Swanky Patito Feo 🐤 Geek 💻 Quantum Computing Enthusiast 0️⃣ 1️⃣ 🔄 PhysX + CompSci + Math !! (Trinity) ♥️♥️ Physics Grad @SUST CS PostGrad @DU 🇧🇩
Raihanul Bashir Hridoy
 @hridoy_bashir
09.01.2024

#GPUProgramming - Day 06: 🔍 Diving into computer architecture! 🖥️ Structural hazards arise when hardware resources are in high demand, causing contention among instructions. Data hazards? RAW, WAR, WAW – the battle for data paths and registers! 💡 #COA #LearnInPublic

hridoy_bashir's tweet image. #GPUProgramming - Day 06: 🔍 Diving into computer architecture! 🖥️ Structural hazards arise when hardware resources are in high demand, causing contention among instructions. Data hazards? RAW, WAR, WAW – the battle for data paths and registers! 💡 #COA #LearnInPublic
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hridoy_bashir's profile picture. Swanky Patito Feo 🐤 Geek 💻 Quantum Computing Enthusiast 0️⃣ 1️⃣ 🔄 PhysX + CompSci + Math !! (Trinity) ♥️♥️ Physics Grad @SUST CS PostGrad @DU 🇧🇩
Raihanul Bashir Hridoy
 @hridoy_bashir
04.01.2024

#GPUProgramming - Day 04: 🕰️ Dive into processor architectures! 🧠 Single-cycle execution, one clock cycle per instruction, demands a versatile datapath. 🔄 Multi-cycle instructions break it down for a more intricate dance with time. ⏳ #ComputerArchitecture #LearnInPublic 🚀

hridoy_bashir's tweet image. #GPUProgramming - Day 04: 🕰️ Dive into processor architectures! 🧠 Single-cycle execution, one clock cycle per instruction, demands a versatile datapath. 🔄 Multi-cycle instructions break it down for a more intricate dance with time. ⏳ #ComputerArchitecture #LearnInPublic 🚀
hridoy_bashir's tweet image. #GPUProgramming - Day 04: 🕰️ Dive into processor architectures! 🧠 Single-cycle execution, one clock cycle per instruction, demands a versatile datapath. 🔄 Multi-cycle instructions break it down for a more intricate dance with time. ⏳ #ComputerArchitecture #LearnInPublic 🚀
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hridoy_bashir's profile picture. Swanky Patito Feo 🐤 Geek 💻 Quantum Computing Enthusiast 0️⃣ 1️⃣ 🔄 PhysX + CompSci + Math !! (Trinity) ♥️♥️ Physics Grad @SUST CS PostGrad @DU 🇧🇩
Raihanul Bashir Hridoy
 @hridoy_bashir
05.01.2024

#GPUProgramming - Day 05: 🚀 Pipelining in computer architecture boosts performance by dividing instruction execution into stages. Techniques like forwarding, branch prediction, and superscalar processors enhance parallelism.💻🌐 #ComputerArchitecture #Pipelining #LearnInPublic

hridoy_bashir's tweet image. #GPUProgramming - Day 05: 🚀 Pipelining in computer architecture boosts performance by dividing instruction execution into stages. Techniques like forwarding, branch prediction, and superscalar processors enhance parallelism.💻🌐 #ComputerArchitecture #Pipelining #LearnInPublic
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Keine Ergebnisse für "#gpuprogramming"
Keine Ergebnisse für "#gpuprogramming"
cuda_programmer's profile picture. ML Enthusiast.
Rp : )
 @cuda_programmer
12.11.

Day 3 of GPU Programming -implemented ReLU activation for 1D array -Did potd leetcod -explored how GPUs handle element-wise operations in parallel #100DaysOfGPU #CUDA #GPUProgramming #ParallelComputing #AI #DeepLearning #100DaysOfCode #MachineLearning #NVIDIA #CodingJourney

cuda_programmer's tweet image. Day 3 of GPU Programming -implemented ReLU activation for 1D array -Did potd leetcod -explored how GPUs handle element-wise operations in parallel #100DaysOfGPU #CUDA #GPUProgramming #ParallelComputing #AI #DeepLearning #100DaysOfCode #MachineLearning #NVIDIA #CodingJourney
cuda_programmer's tweet image. Day 3 of GPU Programming -implemented ReLU activation for 1D array -Did potd leetcod -explored how GPUs handle element-wise operations in parallel #100DaysOfGPU #CUDA #GPUProgramming #ParallelComputing #AI #DeepLearning #100DaysOfCode #MachineLearning #NVIDIA #CodingJourney
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LearnInShadows's profile picture. Sharing My Learning Journey One Layer at a Time.
ShadowMaster
@LearnInShadows
19.11.

Day 3 of GPU programming At this rate I'll be writing custom inference kernels for AI by next month. The gap between PyTorch abstractions and bare metal isn't as wide as it seemed. #CUDA #GPUProgramming #MachineLearning

LearnInShadows's tweet image. Day 3 of GPU programming At this rate I'll be writing custom inference kernels for AI by next month. The gap between PyTorch abstractions and bare metal isn't as wide as it seemed. #CUDA #GPUProgramming #MachineLearning
LearnInShadows's tweet image. Day 3 of GPU programming At this rate I'll be writing custom inference kernels for AI by next month. The gap between PyTorch abstractions and bare metal isn't as wide as it seemed. #CUDA #GPUProgramming #MachineLearning
LearnInShadows's profile picture. Sharing My Learning Journey One Layer at a Time.
ShadowMaster
@LearnInShadows
18.11.

Day 2 of GPU programming Never knew addition needs so much code 😂 Starting to get the hang of program_id. Used Gemini 3.0 to generate pseudocode since I'm new to GPU programming and didn't want full code. Lets hope this momentum continues

LearnInShadows's tweet image. Day 2 of GPU programming Never knew addition needs so much code 😂 Starting to get the hang of program_id. Used Gemini 3.0 to generate pseudocode since I'm new to GPU programming and didn't want full code. Lets hope this momentum continues
LearnInShadows's tweet image. Day 2 of GPU programming Never knew addition needs so much code 😂 Starting to get the hang of program_id. Used Gemini 3.0 to generate pseudocode since I'm new to GPU programming and didn't want full code. Lets hope this momentum continues
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tatavishnurao's profile picture. 20, AI Engineer | Sharing about my learnings, research & real-world insights
Vishnu Rao
@tatavishnurao
07.11.

Day 2 of #GPUProgramming: >read an article about shared memory >learnt about registers……..Global memory >almost blacked out from elaboration of L1 & L2 iykyk >”repetition”to digest what I just learnt for about 900k milliseconds

tatavishnurao's tweet image. Day 2 of #GPUProgramming: >read an article about shared memory >learnt about registers……..Global memory >almost blacked out from elaboration of L1 & L2 iykyk >”repetition”to digest what I just learnt for about 900k milliseconds
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taras_y_sereda's profile picture. in search of true posterior
taras sereda 🇺🇦
 @taras_y_sereda
06.08.2024

"Need better CUDA textbooks. 'Programming Massively Parallel Processors' is a good intro. I've created C/CUDA C implementations for first 3 chapters. Check book & my GitHub repo for details. #CUDA #GPUprogramming"

taras_y_sereda's tweet image. "Need better CUDA textbooks. 'Programming Massively Parallel Processors' is a good intro. I've created C/CUDA C implementations for first 3 chapters. Check book & my GitHub repo for details. #CUDA #GPUprogramming"
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mario21ic's profile picture. AWS Community Builder, DevOps Institute Ambassador, DevSecOps, SRE, Security, AI enthusiast, Homelab, Communities: @devopspe @dockerglima @cloudnativepe
Mario IC
 @mario21ic
03.12.2020

Finally, it has arrived!! I have got my #Nvidia Jetson Xavier NX :D #cuda #gpuProgramming

mario21ic's tweet image. Finally, it has arrived!! I have got my #Nvidia Jetson Xavier NX :D #cuda #gpuProgramming
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yasunrik's profile picture. 趣味アカウント。Cloudflare, VTuber, Graphics, Programming, AI, Claude, Unity, C#, Python, Delphi, C++, aws, Anime, Manga, Gaussian Splatting, UofU, Ph.D.
ヤスリ
 @yasunrik
02.06.

Each common operation is implemented as its own .cu file—modular. intriguing. #CUDA #NVIDIA #GPUProgramming #libcudf

yasunrik's tweet image. Each common operation is implemented as its own .cu file—modular. intriguing. #CUDA #NVIDIA #GPUProgramming #libcudf
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hridoy_bashir's profile picture. Swanky Patito Feo 🐤 Geek 💻 Quantum Computing Enthusiast 0️⃣ 1️⃣ 🔄 PhysX + CompSci + Math !! (Trinity) ♥️♥️ Physics Grad @SUST CS PostGrad @DU 🇧🇩
Raihanul Bashir Hridoy
 @hridoy_bashir
10.01.2024

#GPUProgramming - Day 07: 🔧 #CPU Hazards 101 🚧: Ever heard of #Register Renaming & Out-of-Order Execution? They tackle structural hazards, ensuring smooth sailing for instructions. Watch out for Data Hazards (#RAW, #WAR, #WAW) in #MIPS, but fear not! #COA #LearnInPublic

hridoy_bashir's tweet image. #GPUProgramming - Day 07: 🔧 #CPU Hazards 101 🚧: Ever heard of #Register Renaming & Out-of-Order Execution? They tackle structural hazards, ensuring smooth sailing for instructions. Watch out for Data Hazards (#RAW, #WAR, #WAW) in #MIPS, but fear not! #COA #LearnInPublic
hridoy_bashir's tweet image. #GPUProgramming - Day 07: 🔧 #CPU Hazards 101 🚧: Ever heard of #Register Renaming & Out-of-Order Execution? They tackle structural hazards, ensuring smooth sailing for instructions. Watch out for Data Hazards (#RAW, #WAR, #WAW) in #MIPS, but fear not! #COA #LearnInPublic
hridoy_bashir's tweet image. #GPUProgramming - Day 07: 🔧 #CPU Hazards 101 🚧: Ever heard of #Register Renaming & Out-of-Order Execution? They tackle structural hazards, ensuring smooth sailing for instructions. Watch out for Data Hazards (#RAW, #WAR, #WAW) in #MIPS, but fear not! #COA #LearnInPublic
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hridoy_bashir's profile picture. Swanky Patito Feo 🐤 Geek 💻 Quantum Computing Enthusiast 0️⃣ 1️⃣ 🔄 PhysX + CompSci + Math !! (Trinity) ♥️♥️ Physics Grad @SUST CS PostGrad @DU 🇧🇩
Raihanul Bashir Hridoy
 @hridoy_bashir
02.01.2024

#GPUProgramming - Day 02: 🔄 Exploring CPU architectures! #RISC, like #ARM & #Power, opts for efficiency with many registers. #CISC, exemplified by #Intel 8086, prioritizes simplicity, offering diverse, complex instructions. RISC excels in energy efficiency. #COA #LearnInPublic

hridoy_bashir's tweet image. #GPUProgramming - Day 02: 🔄 Exploring CPU architectures! #RISC, like #ARM & #Power, opts for efficiency with many registers. #CISC, exemplified by #Intel 8086, prioritizes simplicity, offering diverse, complex instructions. RISC excels in energy efficiency. #COA #LearnInPublic
hridoy_bashir's tweet image. #GPUProgramming - Day 02: 🔄 Exploring CPU architectures! #RISC, like #ARM & #Power, opts for efficiency with many registers. #CISC, exemplified by #Intel 8086, prioritizes simplicity, offering diverse, complex instructions. RISC excels in energy efficiency. #COA #LearnInPublic
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hridoy_bashir's profile picture. Swanky Patito Feo 🐤 Geek 💻 Quantum Computing Enthusiast 0️⃣ 1️⃣ 🔄 PhysX + CompSci + Math !! (Trinity) ♥️♥️ Physics Grad @SUST CS PostGrad @DU 🇧🇩
Raihanul Bashir Hridoy
 @hridoy_bashir
03.01.2024

#GPUProgramming - Day 03: 🧠 CPUs: Processors adapt with DISA. #CPU's core duo - Control Unit & Datapath. Datapath: Registers, ALU, Buses, Multiplexers – a data symphony! 🔄 Follow the Instruction Execution Cycle: Fetch ➡️Decode➡️Execute➡️Store➡️ Update PC. 🕹️ #LearnInPublic

hridoy_bashir's tweet image. #GPUProgramming - Day 03: 🧠 CPUs: Processors adapt with DISA. #CPU's core duo - Control Unit & Datapath. Datapath: Registers, ALU, Buses, Multiplexers – a data symphony! 🔄 Follow the Instruction Execution Cycle: Fetch ➡️Decode➡️Execute➡️Store➡️ Update PC. 🕹️ #LearnInPublic
hridoy_bashir's tweet image. #GPUProgramming - Day 03: 🧠 CPUs: Processors adapt with DISA. #CPU's core duo - Control Unit & Datapath. Datapath: Registers, ALU, Buses, Multiplexers – a data symphony! 🔄 Follow the Instruction Execution Cycle: Fetch ➡️Decode➡️Execute➡️Store➡️ Update PC. 🕹️ #LearnInPublic
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hridoy_bashir's profile picture. Swanky Patito Feo 🐤 Geek 💻 Quantum Computing Enthusiast 0️⃣ 1️⃣ 🔄 PhysX + CompSci + Math !! (Trinity) ♥️♥️ Physics Grad @SUST CS PostGrad @DU 🇧🇩
Raihanul Bashir Hridoy
 @hridoy_bashir
31.12.2023

#GPUProgramming - Day 01: 🚀 Exploring RISC architecture: Simplified, optimized instructions in one clock cycle. 🔄 Bye, CISC complexity! 🏎️ Registers rule, boosting speed. 🤖💡 Compiler-friendly design, slick pipelining for simultaneous processing! 🕵️‍♂️ #COA #RISC #LearnInPublic

hridoy_bashir's tweet image. #GPUProgramming - Day 01: 🚀 Exploring RISC architecture: Simplified, optimized instructions in one clock cycle. 🔄 Bye, CISC complexity! 🏎️ Registers rule, boosting speed. 🤖💡 Compiler-friendly design, slick pipelining for simultaneous processing! 🕵️‍♂️ #COA #RISC #LearnInPublic
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hridoy_bashir's profile picture. Swanky Patito Feo 🐤 Geek 💻 Quantum Computing Enthusiast 0️⃣ 1️⃣ 🔄 PhysX + CompSci + Math !! (Trinity) ♥️♥️ Physics Grad @SUST CS PostGrad @DU 🇧🇩
Raihanul Bashir Hridoy
 @hridoy_bashir
11.01.2024

#GPUProgramming - Day 08: 🚀 Explored #computerarchitecture today! 🖥️ Control Hazards tackle branch prediction, #Pentium FDIV bug a classic example. 💡 Memory #Hierarchy is key—#RAM, #cache levels (L1, L2, L3), and storage devices play crucial roles. 🔄🌐 #Memory #LearnInPublic

hridoy_bashir's tweet image. #GPUProgramming - Day 08: 🚀 Explored #computerarchitecture today! 🖥️ Control Hazards tackle branch prediction, #Pentium FDIV bug a classic example. 💡 Memory #Hierarchy is key—#RAM, #cache levels (L1, L2, L3), and storage devices play crucial roles. 🔄🌐 #Memory #LearnInPublic
hridoy_bashir's tweet image. #GPUProgramming - Day 08: 🚀 Explored #computerarchitecture today! 🖥️ Control Hazards tackle branch prediction, #Pentium FDIV bug a classic example. 💡 Memory #Hierarchy is key—#RAM, #cache levels (L1, L2, L3), and storage devices play crucial roles. 🔄🌐 #Memory #LearnInPublic
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