协作头脑风暴
brainstorming
在实现前澄清需求、探索设计选择,并形成清晰的开发方向。
isca-topic-selection【开发与工程】Use when deciding whether a project belongs at ISCA, the ACM/IEEE flagship architecture symposium — testing whether the machine itself is the contribution, choosing between ISCA's November gate and the MICRO, HPCA, and ASPLOS seats in the architecture year, and weighing the main track against the industry track.
独立 GitHub 快照 · 自动分类 · 以原作者文档为准
ISCA reviews reward papers whose central object is a hardware organization: a pipeline, a cache hierarchy, a memory controller, an accelerator datapath, an interconnect, a coherence or consistency mechanism. Software may motivate the work and co-design may strengthen it, but at ISCA the question a program committee member carries into every discussion is what does this paper teach us about how to build machines? Projects that cannot answer that in one sentence tend to be respected and rejected in the same review.
Write down the single artifact your evaluation section studies hardest. Then ask where its novelty lives:
A useful stress test: describe the contribution without naming any benchmark. If what remains is a statement about machine organization ("decoupling X from Y removes the Z stall class"), the paper is ISCA-shaped. If what remains is only a speedup, it is a results report, and every top venue struggles to accept those.
ISCA's November deadline and June conference define one corner of a four-venue rotation. Retargeting between them is normal practice; plan it as a calendar decision, not an act of desperation. Dates below reflect the most recent verified cycle (ISCA 2026) — reopen each venue's current CFP before committing.
| Venue | Typical deadline seat | Conference seat | Takes best what |
|---|---|---|---|
| ISCA | mid-November (Nov 10/17, 2025 for the 2026 edition) | late June | Broad architecture ideas: cores, memory, accelerators, interconnect, evaluation methodology |
| MICRO | spring (roughly April) | October | Microarchitecture depth: front-end, prediction, scheduling, implementation-level mechanisms |
| HPCA | mid-summer (roughly July/August) | February | Architecture with a performance-systems flavor; a fast second gate after a June ISCA reject |
| ASPLOS | multiple gates per edition | spring | Work whose hardware and software halves are inseparable |
The practical rhythm from ISCA's seat: a paper rejected from ISCA's November gate can be revised for MICRO in spring; a paper that misses November because evidence was immature has HPCA's summer gate before the next ISCA November. Retarget on reviewer-pool fit, never on deadline convenience alone — each venue's committee notices work dressed for a different room.
ISCA 2026 ran a separate industry track with its own later deadlines (abstracts December 5, papers December 12, 2025). Choose it when the contribution's value is evidence from real products at scale — measurements, deployment lessons, or design retrospectives that academia cannot produce — rather than a novel mechanism. A novel mechanism from an industrial lab still belongs in the main track.
Run this before any drafting; keep the answers in the repo.
CLAIM One sentence, no benchmark names: what about machine organization
does this paper establish?
LEVEL Which layer changes: core / memory hierarchy / accelerator /
interconnect / ISA contract / methodology?
AUDIENCE Name three recent ISCA papers whose authors are the natural
reviewers. (Cannot name three -> wrong room.)
DELTA Against the nearest of those three: what does this design do that
theirs cannot, stated as behavior not adjectives?
EVIDENCE Is the evaluation instrument (simulator / RTL / FPGA / silicon
measurement) credible for THIS claim? (See isca-experiments.)
TIMING Can the evidence be complete 6 weeks before mid-November?
If not, which venue's gate matches the real finish date?
ROUTE ISCA main / ISCA industry / MICRO / HPCA / ASPLOS / defer.
The Influential ISCA Paper Award record (see
../../resources/exemplars/library.md) shows the venue's long-run taste. Winning
shapes include a security-motivated cache redesign, a polymorphous core
architecture, 3D-stacked memory organization, a datacenter power-provisioning
measurement study, and a thermal-management design-space classification. Two
lessons: measurement and methodology papers can be first-class ISCA contributions,
and ideas that name a reusable organizing principle outlast ideas that optimize
one metric.
isca-experiments before deciding fit, not after).[ISCA fit] strong / plausible / weak
[Center of gravity] <layer + one-sentence organizing claim>
[Nearest reviewers] <3 recent ISCA papers>
[Track] main / industry
[Fallback seat] MICRO <year> / HPCA <year> / ASPLOS <cycle> + trigger condition
[Evidence deadline] <date evidence must freeze for a mid-November submission>
Facts here are the 2026-cycle snapshot verified 2026-07-08
(../../resources/official-source-map.md); the ISCA 2027 CFP was not yet posted at
check time, so treat the November seat as expected, not promised — 待核实. Scope,
track structure, and topics lists are re-decided per edition: reread the live CFP's
topics enumeration before declaring anything out of scope.