This dataset covers 49 published patent families filed between 2015 and the mid-2026 data cut-off, matched against RISC-V branch prediction, pipeline optimization, ISA customization and general design-optimization claim language. Because publication lags filing by roughly 18 months, the true count for the most recent one to two years is understated in any trend chart pulled today. Patent families, rather than raw document counts, are the fairer unit here because they neutralise repeat continuation filings from the same applicant.

Filing activity concentrates around a mix of Chinese university and corporate applicants alongside a smaller number of US-based holders, with China representing the largest single receiving office in this dataset at 19 filings against 18 for the United States. No single assignee dominates the recent-year momentum figures — every top-ranked assignee tracked shows zero filings in the latest year, indicating the field's current activity is distributed across a broader set of newer entrants rather than concentrated in a handful of incumbents. A ranking table pulled from the full dataset will show the specific order more precisely than any summary can.

The most-cited record in this scope is US20170177368A1, titled "Techniques for metadata processing," with 81 citations, followed closely by three related filings in the same metadata-processing family at 70, 67 and 45 citations. High citation counts inside a searched corpus tend to favour older filings simply because they have had more time to accumulate references, so treat this as a signal of historical influence on later filers rather than a claim that these are the most commercially important patents being filed today.

The clearest gap is the near-total absence of claims connecting RISC-V pipeline or branch-prediction mechanisms to wireless-communication context, despite only one incidental H04W hit against 49 core G06F records. ISA customization claims are present in the search scope but lack any standout highly-cited record, suggesting that sub-area remains fragmented rather than consolidated around dominant claim language. Geographically, filing coverage in Europe and Singapore sits at only two records each, far behind China and the US, which points to thinner prior art in those jurisdictions for a targeted filing strategy.

No — the record describes a specific mechanism: calculating a variable single-jump step length from the difference in remaining jump counts across two consecutive jump instructions, then using that step length with real-time remaining-jump-count data to judge whether a target jump has executed its final iteration. Branch predictors built on fixed-step assumptions, pure history-table lookups, or entirely different signal sources fall outside the language described in this abstract. Anyone building a jump-count-delta-driven predictor should have counsel review the granted claims directly rather than relying on the abstract alone.