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#gpuprogramming نتائج البحث

asthraris's profile picture. ● Software Engineer • Graphics Programmer • Application Developer ●
Aman Gupta
 @asthraris
١٧ أغسطسم

⚡ 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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yasunrik's profile picture. 趣味アカウント。可視化・CGがご飯。Cloudflare, VTuber, Graphics, Programming, AI, Claude, Unity, C#, Python, Delphi, C++, aws, Anime, Manga, Gaussian Splatting, UofU, Ph.D.
ヤスリ
 @yasunrik
٢ يونيوم

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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taras_y_sereda's profile picture. in search of true posterior
taras sereda 🇺🇦
 @taras_y_sereda
٦ أغسطس ٢٠٢٤ م

"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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limbizzz11's profile picture. Machine learning, GPU kernels | Ex - VFX artist in Hollywood
Shlok Limbhare
 @limbizzz11
٨ فبرايرم

"10 days into CUDA, and I’ve earned my first badge of honor! 🚀 From simple kernels to profiling, every day is a step closer to mastering GPU computing. Onward to 100! #CUDA #GPUProgramming #100DaysOfCUDA"

limbizzz11's tweet image. "10 days into CUDA, and I’ve earned my first badge of honor! 🚀 From simple kernels to profiling, every day is a step closer to mastering GPU computing. Onward to 100! #CUDA #GPUProgramming #100DaysOfCUDA"
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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
١٠ يناير ٢٠٢٤ م

#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
٢ يناير ٢٠٢٤ م

#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
٣ يناير ٢٠٢٤ م

#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
٣١ ديسمبر ٢٠٢٣ م

#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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BeastofBayArea's profile picture. building @centcapglobal
shiv
@BeastofBayArea
٢٦ سبتمبرم

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
١١ يناير ٢٠٢٤ م

#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
٩ يناير ٢٠٢٤ م

#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
٤ يناير ٢٠٢٤ م

#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
٥ يناير ٢٠٢٤ م

#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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arundhati1504's profile picture. Senior Inception Partner - Nvidia | Former Lead Program Manager - PwC | Skilled innovator with 12+ years experience in next-gen technologies, marketing and D&I
Arundhati Banerjee
 @arundhati1504
٢٢ مايوم

📣 Save the date. Join Dr. Wen-mei Hwu & Dr. Izzat El Hajj on May 28, 2025, at 10:00 AM PDT for a 1-hour webinar on teaching and accelerating #CUDA. Get insider tips, book updates, and expert advice. Register now ➡️ #CUDA #GPUProgramming #TechWebinar bit.ly/3YRAhOI

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LGcommaI's profile picture. Professional mathematician. Doctorate in (a subarea of) mathematics from a German university.
Logic Geometry, Information
 @LGcommaI
١٥ مارس ٢٠٢٣ م

#NewBooks Gerassimos Barlas #Multicore and #GPUprogramming: An Integrated Approach 2nd Edition Morgan Kaufmann (August 2022) Blurb: "offers broad coverage of key parallel computing tools, essential for multi-core CPU programming and many-core "massively parallel" computing. >

LGcommaI's tweet image. #NewBooks Gerassimos Barlas #Multicore and #GPUprogramming: An Integrated Approach 2nd Edition Morgan Kaufmann (August 2022) Blurb: "offers broad coverage of key parallel computing tools, essential for multi-core CPU programming and many-core "massively parallel" computing. >
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Inkstall's profile picture. Inkstall Educare is a leading ed-tech company revolutionizing learning with its powerful Inkstall Student App. Designed to engage, reward, and empower students
inKstall Educare
@Inkstall
٢٧ مارس ٢٠٢٣ م

#DataParallel #GPUProgramming and revolutionize the way you code! 💪 Want to learn more? Check out this book! 👉 [Amazon link] Hey @elonmusk, have you explored the potential of GPU programming in your space endeavors? 🚀🪐 Curious to hear your thoughts! #tech #innovation Hey…

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لا توجد نتائج لـ "#gpuprogramming"
mario21ic's profile picture. AWS Community Builder, DevOps Institute Ambassador, DevSecOps, SRE, Security, AI enthusiast, Homelab, Communities: @devopspe @dockerglima @cloudnativepe
Mario IC
 @mario21ic
٣ ديسمبر ٢٠٢٠ م

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。可視化・CGがご飯。Cloudflare, VTuber, Graphics, Programming, AI, Claude, Unity, C#, Python, Delphi, C++, aws, Anime, Manga, Gaussian Splatting, UofU, Ph.D.
ヤスリ
 @yasunrik
٢ يونيوم

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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taras_y_sereda's profile picture. in search of true posterior
taras sereda 🇺🇦
 @taras_y_sereda
٦ أغسطس ٢٠٢٤ م

"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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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
١٠ يناير ٢٠٢٤ م

#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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MGaimann's profile picture. Spicing up #ReservoirComputing with Physics 🌶👨‍💻 PhD Candidate @SimTechStuttga2 @Uni_Stuttgart with @miriamklk, IMPRS-IS scholar @MPI_IS @Cyber_Valley 👨‍🔬
Mario Gaimann
 @MGaimann
١٤ يوليو ٢٠٢٢ م

And this was day 3 of the DL & #GPUprogramming course @LRZ_DE @HLRS_HPC @Uni_Stuttgart @NVIDIAAI DLI, with the grande finale: we learnt how to employ distributed stoch. gradient descent w/ multi-GPU, @TensorFlow & #Horovod @UberAILabs @LFAIDataFdn🎉😍highly recommended course!

MGaimann's tweet image. And this was day 3 of the DL & #GPUprogramming course @LRZ_DE @HLRS_HPC @Uni_Stuttgart @NVIDIAAI DLI, with the grande finale: we learnt how to employ distributed stoch. gradient descent w/ multi-GPU, @TensorFlow & #Horovod @UberAILabs @LFAIDataFdn🎉😍highly recommended course!
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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
٢ يناير ٢٠٢٤ م

#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
٣ يناير ٢٠٢٤ م

#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
٣١ ديسمبر ٢٠٢٣ م

#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
١١ يناير ٢٠٢٤ م

#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
٤ يناير ٢٠٢٤ م

#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
٥ يناير ٢٠٢٤ م

#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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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
٩ يناير ٢٠٢٤ م

#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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limbizzz11's profile picture. Machine learning, GPU kernels | Ex - VFX artist in Hollywood
Shlok Limbhare
 @limbizzz11
٨ فبرايرم

"10 days into CUDA, and I’ve earned my first badge of honor! 🚀 From simple kernels to profiling, every day is a step closer to mastering GPU computing. Onward to 100! #CUDA #GPUProgramming #100DaysOfCUDA"

limbizzz11's tweet image. "10 days into CUDA, and I’ve earned my first badge of honor! 🚀 From simple kernels to profiling, every day is a step closer to mastering GPU computing. Onward to 100! #CUDA #GPUProgramming #100DaysOfCUDA"
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seamlessblend's profile picture.
seamlessblend
@seamlessblend
٢٥ سبتمبر ٢٠٢٠ م

VULKAN VALIDATION LAYERS TUTORIAL: amzn.to/38I5uY6 | the most efficient way to learn about vulkan validation layers on the internet. | video walkthrough (133 min) | #computergraphicsapi #opengl #gpuprogramming #framerate #graphicsrendering #dataviz #computersimulation

seamlessblend's tweet image. VULKAN VALIDATION LAYERS TUTORIAL: amzn.to/38I5uY6 | the most efficient way to learn about vulkan validation layers on the internet. | video walkthrough (133 min) | #computergraphicsapi #opengl #gpuprogramming #framerate #graphicsrendering #dataviz #computersimulation
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MunshiPremChnd's profile picture. Understanding AI. Stream of consciousness.
Munshipremchand
 @MunshiPremChnd
٢٩ أغسطس ٢٠٢٤ م

New to GPU programming? Want to boost your NVIDIA CUDA efficiency? Check out this must-read blog post for essential techniques and expert tips! Get ready to unleash the full power of NVIDIA GPUs. #GPUprogramming #NVIDIA #CUDAefficiency ift.tt/6eYjOno

MunshiPremChnd's tweet image. New to GPU programming? Want to boost your NVIDIA CUDA efficiency? Check out this must-read blog post for essential techniques and expert tips! Get ready to unleash the full power of NVIDIA GPUs. #GPUprogramming #NVIDIA #CUDAefficiency ift.tt/6eYjOno
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Tofuzki's profile picture. Gameplay Programmer at ZeniMax Online Studios. Soup Dumpling enthusiast.
Yichen (Ethan) Shou
 @Tofuzki
٦ ديسمبر ٢٠١٨ م

Working on one of my last projects before graduating: a position based dynamics cloth simulator plugin for Unity parallelized on the GPU using compute shaders. Hoping to put it on the Asset store for free! @AssetStore @pjcozzi @shehzanm #Unity #AssetStore #GPUProgramming

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