PARTITION_02 // APPLIED SIMULATION & HARDWARE COMPUTE

Applied Simulation & Systems

Low-level computational mechanics, procedural terrain synthesis, real-time WebGPU compute shaders, and multispectral sensor pipeline development executing on high-density localized compute nodes.

ACTIVE_PARTITION: 02_COMPUTE

WEBGPU • CUDA • 56GB VRAM

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Interactive_Compute_Shader.wgsl

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WEBGPU_COMPUTE // INITIALIZING...

ACTIVE_PARTICLES:25,000

RENDER_FPS:60.0 FPS

INTERACTION:CURSOR_ATTRACTOR

// COLOR_PALETTE:

Infrastructure_Specs.sys

LOCAL_COMPUTE_CLUSTER // AIR-GAPPED HARDWARE TOPOLOGY

TOTAL NODES: 2|THROUGHPUT: NOMINAL

NODE-A // APPLIED-SIM-01

READY // STANDBY

Volumetric Solver & Multiprocessor Compute Blade

CPU:Intel Core i9-14900K (24 Cores / 32 Threads @ 6.0 GHz)

RAM:128 GB DDR5 ECC-Ready 6000MHz High-Bandwidth

GPU:NVIDIA GeForce RTX 4090 (24GB GDDR6X / 16,384 CUDA Cores)

STORAGE:4TB PCIe 5.0 NVMe Array (14,000 MB/s Read / Write)

OS_KERN:Linux Mint 22 (Custom Real-time Kernel 6.8 + CUDA 12.6)

LIVE TELEMETRYTEMP: 42°C

CPU LOAD18%

VRAM CONSUMPTION4.2 / 24.0 GB

NODE-B // NEURAL-COMPUTE-02

ACTIVE // COMPUTE_PIPELINE

High-Density AI & Parallel Simulation Rig

CPU:AMD Ryzen 9 9950X3D (16 Cores / 32 Threads 3D V-Cache)

RAM:128 GB DDR5 6400MHz Low-Latency Sub-system

GPU:NVIDIA GeForce RTX 5090 (32GB GDDR7 / 21,760 CUDA Cores)

STORAGE:8TB PCIe 5.0 RAID-0 Scratch Pool (26,000 MB/s)

OS_KERN:Linux Mint 22 (Isolated Containerized Runtime + ROCm / TensorRT)

LIVE TELEMETRYTEMP: 61°C

CPU LOAD84%

VRAM CONSUMPTION28.4 / 32.0 GB

> NETWORK & CLUSTER TOPOLOGY

INTERCONNECT

Dual 10GbE SFP+ Direct Optical Link (< 1.2µs Latency)

SECURITY MODEL

Hardware Air-Gap • TPM 2.0 • Full-Disk LUKS2 512-bit XTS

UNIFIED COMPUTE

56 GB Combined VRAM • 38,144 Total CUDA Cores

UPTIME

99.98% Local Node Availability (Zero Cloud Dependency)

Algorithmic Engineering & Case Studies

4 DEPLOYED SYSTEMS

Multispectral Signal Processing & Computer VisionDEPLOYED

Multispectral & Hyperspectral Imagery Pipeline

High-throughput CUDA-accelerated processing engine for multispectral satellite and aerial sensor arrays with radiometric calibration and edge enhancement.

TARGET_COMPUTE_HARDWAREOPTIMIZED

BLADE:Node A // RTX 4090 24GB

VRAM:18.6 GB Allocated

THROUGHPUT:1.42 Gigapixels / sec

Spectral Bands:

16 Discrete Wavelength Bands (400nm - 1100nm)

Bit Depth:

16-bit Uncompressed GeoTIFF

Latency:

< 45ms / MegaPixel Frame

Algorithm:

Adaptive Bilateral Tensor Decomposition

>_CUDA_C++>_Python_PyTorch>_TensorRT>_OpenCV>_SIMD_AVX512

Procedural Generation & Voxel GeometryPRODUCTION_STABLE

Procedural Hex-Grid Terrain & Voxel Synthesis

Multi-octave fractional Brownian motion (fBm) and Dual Contouring voxel engine generating massive, infinitely scalable procedural terrains with level-of-detail.

TARGET_COMPUTE_HARDWAREOPTIMIZED

BLADE:Node B // 9950X3D + RTX 5090

VRAM:24.2 GB VRAM

THROUGHPUT:850 Million Voxels / sec

Terrain Scale:

64km x 64km Continuous Geometry

Voxel Resolution:

0.125m Minimal Cell Size

LOD Transitions:

Continuous Hermite Octree Blending

Noise Solvers:

Simplex 4D + Worley Cellular Noise

>_C++20>_OpenVDB>_Houdini_Engine>_Compute_Shaders>_VEX

Compiler Tooling & WebGPU AccelerationACTIVE_COMPUTE

VEX-to-WGSL Realtime Compute Pipeline

High-performance Abstract Syntax Tree (AST) translator transpiling Houdini VEX point/volume wrangle expressions directly into optimized WebGPU WGSL compute shaders.

TARGET_COMPUTE_HARDWAREOPTIMIZED

BLADE:Universal Client GPU / WebGPU Adapter

VRAM:Dynamic Ring Buffer Allocation

THROUGHPUT:2.5M Particle Evals @ 60 FPS

Transpilation Speed:

< 12ms AST Walk & CodeGen

Intrinsic Coverage:

94% Houdini Math & Vector Intrinsics

Memory Model:

Direct StorageBuffer Read/Write

Precision:

f32 High Precision IEEE-754

>_WebGPU>_WGSL>_Rust>_WebAssembly>_TypeScript

Computational Fluid Dynamics & PhysicsPRODUCTION_STABLE

Aerospace Micro-Turbulence Fluid Solver

D3Q19 / D3Q27 Lattice Boltzmann Method (LBM) solver optimized for multi-GPU simulation of high Reynolds number aerodynamic flows and acoustic pressure waves.

TARGET_COMPUTE_HARDWAREOPTIMIZED

BLADE:Node A + Node B Combined SFP+ Cluster

VRAM:56 GB Unified VRAM

THROUGHPUT:1.85 GLUPS (Giga Lattice Updates / sec)

Lattice Topology:

D3Q19 Incompressible Model

Reynolds Envelope:

Re = 10^4 to 10^7

Boundary Method:

Immersed Boundary Method (IBM)

Acoustic Capture:

Direct Ffowcs Williams-Hawkings (FW-H)

>_CUDA>_C++20>_OpenMP>_MPI>_OptiX

AIR_GAPPED_OPERATIONAL_SECURITY_SPEC

ISO/IEC 27001 ALIGNED

01 // Physical Isolation

Independent local network bus with zero external routing telemetry. Encrypted scratch arrays with physical key removal.

02 // Deterministic Compute

Mathematical simulation kernels adhere to IEEE-754 precision standards with full reproducibility across CUDA and WebGPU backends.

03 // Encrypted Comms

Inbound proposals and mission parameters processed exclusively via 4096-bit RSA PGP cryptographic handshakes.