NeMo - A hardware agnostic neuromorphic processor simulation model built on ROSS
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Updated
Aug 11, 2020 - C
NeMo - A hardware agnostic neuromorphic processor simulation model built on ROSS
Neuromorphic event-driven simulator in C and MPI (successor of NeMo https://github.com/markplagge/NeMo)
A C++-based event-driven simulation of bank operations, where customers are served based on their arrival times and the availability of a teller. The project utilizes custom queue and priority queue implementations to manage events and provides insights into customer wait times and processing efficiency.
Recipes for scalable, streaming-first multi-agent systems in cloud. It combines A2A protocol, OpenAI Agents SDK, and Dapr building blocks (PubSub + Virtual Actors) to show how AI agents can stream outputs and coordinate at scale.
Event-driven benchmark of adaptive batch composition policies for LLM serving, measuring how prefill and decode interference affects TTFT, TPOT, and throughput under different memory pressure regimes.
Event-driven benchmark of speculative decoding KV-cache overhead under memory pressure, comparing baseline, oracle, expected-reserve, and peak-reserve scheduler policies.
Event-driven benchmark of predictive KV-cache admission pressure control for LLM serving, measuring whether early warning of pressure events reduces rejections and whether more lead time automatically improves outcomes.
This GitHub repository hosts a Python script that simulatea a Single Server system (One-operator Barbershop problem) in python, providing insights into the behavior of customers arriving at a service facility and being served by a given number of servers. This simulation leverages the heapq library for efficient event management and PrettyTable for
Event-driven simulation of concurrent KV-cache prefix sharing, copy-on-write, prefix retention, and scheduler economics inspired by RadixAttention-style LLM serving systems.
Event-driven benchmark of dynamic batch size controllers for LLM serving, measuring the throughput vs TTFT SLO trade-off under variable load across five workload profiles.
Benchmark of token streaming flush policies for LLM serving, measuring user-perceived interactivity, chunk readability, and infrastructure overhead through TTI, TTRC, SPIS, and SPIS-R metrics.
Event-driven network routing simulator in Python with Link-State and Distance-Vector algorithms
Event-driven benchmark of KV-cache migration policies for LLM serving scale-down, measuring session drop rate, infrastructure linger, and user-visible pause across workload types and concurrent session counts.
Benchmark of sequence packing and length-aware batching for variable-length LLM requests, measuring compute waste from padding and the latency-efficiency trade-off between offline and online grouping policies.
Event-driven benchmark of speculative prefill during user reading time in multi-turn LLM conversations, measuring net TTFT benefit, contention penalty, and the conditions under which speculation becomes net-negative.
Deterministic, event-driven multi-agent simulation for analyzing coordination failures in public infrastructure systems under stress.
Event-driven benchmark of prefix-aware request reordering policies for LLM serving, measuring the ROI trade-off between prefix hit rate, prefill savings, and added queueing delay.
Event-driven discrete simulation library written in C++
🌱 Autonomous JavaFX garden simulation · 3 concurrent subsystems · EventBus architecture · OOAD design patterns · Java 22
Third System Simulations project: Brownian Motion
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