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 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.
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 benchmark of dynamic batch size controllers for LLM serving, measuring the throughput vs TTFT SLO trade-off under variable load across five workload profiles.
Event-driven simulation of concurrent KV-cache prefix sharing, copy-on-write, prefix retention, and scheduler economics inspired by RadixAttention-style LLM serving systems.
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 benchmark of speculative decoding KV-cache overhead under memory pressure, comparing baseline, oracle, expected-reserve, and peak-reserve scheduler policies.
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 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.
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 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.
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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