算法艺术创作
algorithmic-art
通过代码和可调参数创作生成艺术与交互式视觉效果。
kdd-writing-style【设计与创意】Use when revising a KDD paper into the venue's register, where the first page names a data regime, a mechanism, and scale evidence, efficiency adjectives trace to design decisions, and two-column sigconf pages punish sprawl. Covers Research vs ADS voice, dataset-size discipline, assertive contribution bullets, and 8-page compression.
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Use this during revision passes. KDD prose has a recognizable register: it talks about
data regimes (scale, drift, sparsity, heterogeneity, label scarcity) rather than
model families, it attaches every performance adjective to a mechanism, and it treats
dataset cardinalities as part of grammar — a dataset without a size reads as
unfinished. The resources/worked-examples/01-introduction.md file shows a full
before/after; this skill is the rule set behind it.
Within page one, a KDD reviewer expects to find, in some order:
If the introduction could open an ICML or a database paper unchanged, the framing is not yet KDD's.
| Draft habit | KDD-register rewrite | Why it matters here |
|---|---|---|
| "novel framework" | Name the mechanism: "drift-weighted sketch family" | Frameworks are unreviewable; mechanisms are ablatable |
| "large-scale experiments" | "3 graphs, 10M-2.1B edges" | Scale is the venue's currency; unquantified scale reads as small |
| "efficient" | "O(1) update; 1.4M events/s on one core" | Efficiency claims must be attributable and checkable |
| "significantly outperforms" | "+3.3 AUPRC, median of 5 seeds, IQR ±0.4" | Practitioner reviewers distrust unquantified superlatives |
| "real-world data" | Name the datasets and their provenance | "Real-world" without provenance signals toy benchmarks |
| "can be applied to many domains" | One demonstrated transfer, or silence | Unpaid generality checks are a known reject pattern |
Circular bullets ("we propose X, we evaluate X") waste the most-read lines of the paper. Each bullet should assert a falsifiable fact:
Weak: - We propose StreamHive, a novel framework for stream anomaly detection.
Strong: - We show bounded-memory detection under drift reduces to online decay-rate
selection, and give a mixture-of-sketches scheme with O(1) update cost.
Weak: - Extensive experiments demonstrate the effectiveness of our approach.
Strong: - Across three streams up to 2.1B events, the scheme matches window-retrained
deep baselines on AUPRC at fixed 512MB memory; ablations attribute the gain
to the drift weighting rather than the ensemble.
The Applied Data Science register differs deliberately from the Research register:
The ACM sigconf format is tight, and submission is 8 content pages:
table* (full width) early, since late
layout flips cascade page breaks.kdd-artifact-evaluation).A concrete sequence for turning a complete draft into a KDD submission, one pass per day in the final week:
grep -n -iE "novel|significant|efficient|large-scale|real-world|extensive" \
sections/*.tex | wc -l # target: near zero unattached occurrences
kdd-submission treats those as desk-level).[Register diagnosis] regime-first / model-first (needs reframe) / journal-paced
[First-page contract] items present: <1-5 checklist>
[Adjective audit] <unattached efficiency/scale adjectives found>
[Bullet quality] assertive / circular -> <rewrites>
[ADS voice] lessons-learned present / post-launch numbers flagged / N-A
[Compression cuts] <move/delete/merge list to reach 8 pages>