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# baseline.muh — Competition reference configuration
# Corresponds to: dev.modelhub.org.cn EngineX-Iluvatar/enginex-vllm-bi100-qwen36
#
# This is the starting point. All tuning values are pending BI-V100 benchmarks.
# Child .muh files use 'extends: baseline.muh' to override specific algorithms.
# --- Hardware description ---
hardware:
name: Iluvatar-BI-V100-50c-200G
gpu_count: 4
# These need to be confirmed on actual hardware:
warp_size: 32
max_threads_per_block: 1024
max_shared_memory_per_block: 49152
max_registers_per_thread: 255
l2_cache_size_bytes: 6291456
memory_bandwidth_gbps: 900
compute_capability: iluvatar_bi100
# --- vllm launch configuration ---
# Maps directly to computility-run.yaml command
vllm:
model_path: /model
served_model_name: llm
max_model_len: 100000
gpu_memory_utilization: 0.9
tensor_parallel: 4
max_num_seqs: 1
max_num_batched_tokens: 8192
max_seq_len_to_capture: 32768
trust_remote_code: true
disable_log_requests: true
disable_frontend_multiprocessing: true
enable_chunked_prefill: true
enable_auto_tool_choice: true
tool_call_parser: qwen3_coder
reasoning_parser: qwen3
enable_prefix_caching: true
# --- Concurrency ---
concurrency: 1
# --- Environment ---
env:
VLLM_ENGINE_ITERATION_TIMEOUT_S: 3600
# --- Tuning overrides (per CCCL algorithm) ---
# Each key corresponds to a tuning_*.cuh schema in muh/schema/
# Values are TBD until we run benchmarks on BI-V100
#
# Priority order (by competition score impact):
# 1. reduce — attention reduction (Output TPS × 16.796)
# 2. topk — sampling top-k/top-p (Output TPS × 16.796)
# 3. scan — prefix scan in paged attention
# 4. transform — activation kernels (SiLU, GELU)
# 5. batch_memcpy — KV cache management (Cache TPS × 0.56)
# 6. for — RoPE position encoding
tuning:
reduce:
_priority: P0
_vllm_impact: attention_reduction
_score_weight: Output TPS × 16.796
# CCCL SM90 reference: threads=128, items=24, vec_size=4
# CCCL SM100 reference: threads varies by accum_size
threads_per_block: null
items_per_thread: null
vec_size: null
topk:
_priority: P0
_vllm_impact: sampling_decode
_score_weight: Output TPS × 16.796
# CCCL reference: threads=512, items=4, bits_per_pass=11
threads_per_block: null
items_per_thread: null
bits_per_pass: null
scan:
_priority: P0
_vllm_impact: paged_attention_prefix_scan
_score_weight: Input TPS × 2.799
# CCCL SM90 lookback: threads=128, items=24, delay=fixed(688, 1140) for float32
# CCCL SM100 lookback: threads=384, items=22, delay=exponential_backon(1904, 830)
# CCCL SM100 lookahead: warps=4, items=80-1, lookahead_items=3
threads_per_block: null
items_per_thread: null
load_algorithm: null
store_algorithm: null
scan_algorithm: null
transform:
_priority: P1
_vllm_impact: activation_elementwise
_score_weight: Output TPS × 16.796
threads_per_block: null
items_per_thread: null
batch_memcpy:
_priority: P1
_vllm_impact: kv_cache_copy
_score_weight: Cache TPS × 0.56
threads_per_block: null
for:
_priority: P2
_vllm_impact: rope_position_encoding
threads_per_block: null
items_per_thread: null
radix_sort:
_priority: P2
_vllm_impact: beam_search_token_sort
threads_per_block: null
items_per_thread: null
radix_bits: null
merge:
_priority: P2
_vllm_impact: sequence_merging
threads_per_block: null
items_per_thread: null