Collector
Identity and supervisor role verified. Current funded opening remains unverified.
P0 Target / 2026-08-04
Public-source diligence on Data Intelligence Lab@HKU, its Agent-native research trajectory, Pengyi fit, application strategy and Greater Bay Area comparison set.
Executive judgment
The strongest intersection is research on how retrieval, memory, tools, planning and evaluation change reliability and cost in high-constraint Quant workflows. HKU sources identify Professor Huang as an Assistant Professor and PhD supervisor leading Data Intelligence Lab@HKU, with work spanning LLMs, AI agents and graph machine learning.
Identity and supervisor role verified. Current funded opening remains unverified.
Very high Agent-system fit; experimental isolation and publication evidence are the main gaps.
Trajectory moves from graph/recommendation into RAG, runtimes, ecosystems and domain Agents.
Pitch one controlled research question, not the number of Agent Teams built.
Expect attacks on novelty, baselines, leakage, variance and generality beyond Quant.
Plan HKU research rhythm and Shenzhen-Hong Kong mobility only after a verified path exists.
Strong transfer to Agent Infra, open-source AI systems and AI-native Quant research.
Reproduce, publish evidence, obtain technical feedback, then request approved outreach.
Map retrieval, runtime, research/coding and domain-application project clusters.
Ablate capabilities against success, leakage, cost and human-intervention metrics.
Candidate RP
Deterministic baseline + Base LLM Agent + PAT-enabled variants + Capability ablations + Success / leakage / cost / intervention evaluation
The contribution must be a controlled result about which capability improves which failure mode. “An AI Quant platform” is not a sufficient novelty claim.
Similar-group map
Chao Huang: LLMs, agents, graph learning and open-source systems.
Edith Ngai: Edge General Intelligence and LLM multi-agent collaboration.
Multi-agent platforms and domain-specific business Agents.
Multimodal, spatial and embodied Agent research.
Trustworthy LLM systems and AI-for-Quant research; supervision routes require verification.
LLM Agents, routing, optimization, reasoning and trustworthy AI.
AI infrastructure, chips, automated benchmarks and Agent optimization.
Agentic intelligence and human-AI society; identify exact supervisor and route.
Highest-IG Action
Then verify the current recruitment route and opening before asking Pengyi to approve outreach. No autonomous email or admission claim.