@@ Line 1: / Line 1: @@
-* [[Amdahl's law]]
+= Hello World =
+*[[Amdahl's law]]
+*[[Gustafson's Law]]
+*[[GFLOPS]]
+*[[Memory Coalescing]]
+*[[N-Body Problems]]
+*[[SoA vs AoS]]
+*[[Cache line]]
+*[[NUMA]]
-= MPI =
+=== MPI ===
-* [[MPI: Setup & Hello World]]
+*[[MPI: Setup & Hello World]]
-* [[MPI: Send & Recv]]
+*[[MPI: Send & Recv]]
-* [[MPI: Scatter]]
+*[[MPI: Scatter]]
+*[[MPI: Bcast]]
+*[[MPI: gather]]
+*[[MPI: Reduce]]
+*[[MPI: Probe]]
-= OpenCL =
+=== OpenCL ===
-* [[OpenCL: Setup & Hello World]]
+*[[OpenCL: Setup & Hello World]]
-* [[OpenCL: OpenCL Specification]]
+*[[OpenCL: OpenCL Specification]]
-* [[OpenCL: Hello World (lengkap)]]
+*[[OpenCL: Hello World (lengkap)]]
-* [[OpenCL: Memory Objects]]
+*[[OpenCL: Memory Objects]]
-* [[OpenCL: Data Transfers]]
+*[[OpenCL: Data Transfers]]
-* [[OpenCL: Memory Region]]
+*[[OpenCL: Memory Region]]
-* [[OpenCL: 2D Array]]
+*[[OpenCL: 2D Array]]
+= Tier 1: Fondasi Wajib =
+== OpenMP ==
+* [[OpenMP: Setup & Hello World]]
+* [[OpenMP: Parallel For & Scheduling]]
+* [[OpenMP: Reduction & Sinkronisasi]]
+* [[OpenMP: Tasking]]
+* [[OpenMP: Affinity & First-Touch]]
+* [[OpenMP: False Sharing]]
+* [[OpenMP: Hybrid MPI+OpenMP]]
+== CUDA ==
+* [[CUDA: Setup & Hello World]]
+* [[CUDA: Thread Hierarchy (Grid, Block, Warp)]]
+* [[CUDA: Memory Model & Shared Memory]]
+* [[CUDA: Matmul dengan Tiling]]
+* [[CUDA: Reduction & Scan]]
+* [[CUDA: Streams & Overlap]]
+* [[CUDA: Occupancy & Warp Divergence]]
+* [[CUDA: Perbandingan dengan OpenCL]]
+== Teori Algoritma Paralel ==
+* [[Work-Span Model & Brent's Theorem]]
+* [[Parallel Prefix Sum (Scan)]]
+* [[Parallel Sorting]]
+* [[Isoefficiency & Scalability]]
+* [[Roofline model]]
+== Metode Numerik ==
+* [[IEEE 754 & Floating Point Error]]
+* [[BLAS: Level 1, 2, 3]]
+* [[Dekomposisi LU & Cholesky]]
+* [[Sparse Matrix: Format CSR & CSC]]
+* [[SpMV]]
+* [[Iterative Solvers: Jacobi & Gauss-Seidel]]
+* [[Conjugate Gradient]]
+* [[Stencil Computation & Heat Equation]]
+* [[FFT: Konsep Dasar]]
+== MPI Lanjutan ==
+* [[MPI: Isend & Irecv (Non-Blocking)]]
+* [[MPI: Overlap Komunikasi-Komputasi]]
+* [[MPI: Derived Datatypes]]
+* [[MPI: Communicators & Topology]]
+* [[MPI: One-Sided (RMA)]]
+* [[MPI: Algoritma di Balik Collectives]]
+= Tier 2: Kehidupan di Cluster =
+== Slurm & Environment ==
+* [[Slurm: sbatch, srun, squeue]]
+* [[Slurm: Job Array & Resource Request]]
+* [[Module Environment (Lmod)]]
+== Profiling & Benchmark ==
+* [[Profiling: perf]]
+* [[Profiling: likwid]]
+* [[Profiling: Nsight Compute & Nsight Systems]]
+* [[Profiling: Score-P & TAU]]
+* [[Benchmark: STREAM]]
+* [[Benchmark: HPL & HPCG]]
+* [[Benchmark: OSU Microbenchmarks]]
+== SIMD ==
+* [[SIMD]]
+* [[SIMD: AVX2 Intrinsics]]
+* [[SIMD: Auto-Vectorization & Laporan Compiler]]
+== Interconnect ==
+* [[Topologi Jaringan HPC: Fat Tree, Dragonfly, Torus]]
+* [[InfiniBand & RDMA]]
+= Tier 3: Pembeda =
+== Distributed Deep Learning ==
+* [[Distributed Training: Data, Model, Pipeline Parallelism]]
+* [[NCCL & Ring Allreduce]]
+* [[Mixed Precision Training]]
+== Ekosistem & Riset ==
+* [[Kokkos: Konsep Dasar]]
+* [[SYCL: Konsep Dasar]]
+* [[Membaca Paper HPC: SC, PPoPP, IPDPS]]
+= Proyek Latihan =
+* [[Proyek: Heat Equation 2D dengan MPI Halo Exchange]]
+* [[Proyek: Hybrid MPI+OpenMP Heat Equation]]
+* [[Proyek: Port Matmul OpenCL ke CUDA]]
+* [[Proyek: Benchmark Cluster Heterogen (STREAM, HPL, HPCG, OSU)]]
+* [[Proyek: Analisis Roofline Matmul]]
+[[Kategori:HPC]]
+[[Kategori:Roadmap]]