ಣ ᴄᴏᴍᴘᴜᴛᴇʀ ᴄɪᴛʏ ഒ
Search
Search
Search
Dark mode
Light mode
Explorer
Computer Science
(24-2) Generative AI
GenAI 01 - Representations
GenAI 02 - Autoregressive Models
GenAI 03 - Maximum Likelihood Learning
Generative AI
(24-2) Scalable High Performance Computing
Double buffering
Scalable High Performance Computing
SHPC 01 - Trends
SHPC 02 - Binary Representations
SHPC 03 - Floating Point Representations
SHPC 04 - Processes and Threads
SHPC 05 - Dependences and Pipelining
SHPC 06 - Loop-Carried Dependences and Parallelism
SHPC 07 - Synchronization
SHPC 09 - GPU Architectures
SHPC 10 - Caches
SHPC 11 - Cache Coherence and Tiling
SHPC 12 - Memory Consistency and Virtual Memory
SHPC 13 - OpenCL
SHPC 13 - OpenMP
SHPC 14 - CUDA
SHPC 15 - MPI
SHPC 16 - Register Allocation
SHPC 17 - Multiple GPUs
SHPC 17.5 - Multiple GPUs (CUDA)
SHPC 18 - CUDA Streams
SHPC 19 - Optimization for GPUs
SHPC 20 - Shared Memory
SHPC 21 - AI parallelism
Computer Architecture (RISC-V)
Arithmetic & Logical Operations
Byte Ordering
Computer Architecture (RISC-V)
Conditional Operations
CPU (Central Processing Unit)
Design Principles
Floating points
ISA (Instruction Set Architecture)
Logical core
Memory Operations
Procedure Call
Register vs Memory
RISC vs CISC
RISC-V Addressing
RISC-V Data Types
RISC-V Instruction Set
RISC-V Registers
Theoretical Peak Performance
The Moonmath manual to zk-snarks
3. Arithmetics
3. Arithmetics
3.2 Integer Arithmetic
The MoonMath Manual to ZK-SNARKS
Computer Science
Consensus
Balancing Attack
Bouncing Attack
Consensus
FOCIL
Lock and Commit
Network Model
Nothing-at-Stake
Partially synchronous network model
Paxos
Proposer Boost
Reorg Attack
Synchronous network model
Cryptography
Cryptography
Paper Review
(CCS '23) TrustBoost-Boosting Trust among Interoperable Blockchains
(CCS '24) Lutris - A Blockchain Combining Broadcast and Consensus
(ICDE '23) Scaling Blockchain Consensus via a Robust Shared Mempool
(PODC '19) HotStuff-BFT Consensus with Linearity and Responsiveness
(Security '24) Max Attestation Matters - Making Honest Parties Lose Their Incentives in Ethereum PoS
(VLDB '23) ZKSQL - Verifiable and Efficient Query Evaluation with Zero-Knowledge Proofs
Paper Review
Session note
(Ethereum) Pectra & Fusaka Upgrade
Enterprise Blockchain Solutions
Session Note
About me
Home
❯
Computer Science
❯
Computer Architecture (RISC V)
❯
Logical core
Logical core
Dec 31, 2024
1 min read
CPU의 물리 코어가 여러 쓰레드를 처리하도록 하여 논리적으로 더 많은 코어가 돌아가는 것처럼 보이게 하는 것
Graph View
Backlinks
SHPC 06 - Loop-Carried Dependences and Parallelism