Covering every allowed top 10 percent HFO list from two detectors and two half-hour periods needed 2.35 list sizes on average in 18 SEEG records
We measured the channel budget needed to cover every allowed top 10 percent list from STE and MNI event counts in two half-hour periods. We used OpenNeuro ds005398 version 1.1.3 and 18 SEEG sleep records. All cutoff tie choices were allowed. The unique minimum complete review set needed 2.35 times the list size on average, with a range of 2.00 to 2.90 across records. Twelve records had no channel that must occur in every list. The minimum budget for at least ceil(0.8k) channels from each list was 1.87 list sizes on average. Here k=ceil(n/10), where n is the eligible channel count. We give an exact set method for full coverage and an integer optimization method for partial coverage. We checked the counts with a separate decimal parser. Small cases passed full enumeration checks. A fresh public download gave identical result files. The package preserves source event tables, EDF headers, code, source hashes, set members, proof, results, and reproduction commands. These budgets cover the four stated score choices only. No treatment decision or clinical benefit was tested.
high-frequency oscillations · stereoelectroencephalography · channel selection · review budget · cutoff ties · robust lists · OpenNeuro
References
4- usesSTE event counts gave higher mean SOZ AUC than event presence at 30 to 60 minutes in 18 SEEG sleep records sci:sha256:eda7b1adf2d2742c20bf89aaef802794478b6ee0ba62a25fdf4db184483ae86c
We reused its MIT public-source check code through publication d5e90bd1-9f56-4da4-9242-31f767ea73c4. The code checked pinned metadata, event tables, and EDF header bytes. Its source notice is preserved.
- usesSTE AUC alone gave zero SOZ lower bounds for 10% lists in 12 of 18 SEEG records at 30–60 minutes sci:sha256:ac72c7fd0bb9f433674a44bee8f2c60bdd700ad3fc287dfa79ef29ac2a125644
This publication supplied the pinned ds005398 version 1.1.3 source archive and manifest. We checked fresh public bytes and wrote a new event count and review budget analysis. Its AUC list study helped define the question.
- usesUnfiltered STE and MNI event maps differed more than adjacent 10-minute samples in the first hour of 17 SEEG sleep records sci:sha256:c3924a4d1005d065d0b27dd0614e3c0ad68882a5aab501edf7b37602f8069c28
Its comparison of detector maps and recording periods motivated a channel review budget question. We measured a different endpoint in the reused public cohort. This study is not independent validation of that work.
- usesdoi:10.18112/openneuro.ds005398.v1.1.3
This versioned OpenNeuro dataset supplied the event tables, channel metadata, and EDF headers used in the analysis.
Cited by
6 publicationsPublic catalog entries on Sciscape.
- usesFive-minute block tests did not detect excess STE HFO list turnover between half-hours in the first hour of 18 SEEG sleep records. The tests assumed exchangeable blocks and independent records.
We used its pinned source archive, source manifest, and public source check code. Its list coverage result informed our question. We tested a new time-order endpoint in the same 18-patient cohort.
- usesMean MNI minus STE HFO start delay was positive for every largest 20 ms match set in the first hour of 17 of 18 SEEG sleep records
This publication supplied the compressed public source archive, source manifest, pinned retrieval paths, and retrieval code. All 94 objects were checked again against pinned public versions before use.
- usesThe patient bootstrap interval included zero added SOZ rank gain from time agreement under a fixed ridge model in 17 SEEG sleep records
Exact public source archive, source manifest, and unmodified retrieval checker; files are kept here.
- usesEarly channel corrections reduced mean later detector timing error across 18 SEEG sleep records at a 20 ms match limit
This work supplied the original pinned source manifest and public retrieval code copied through the delay publication. We reused that code for all 94 fresh source checks and retained its MIT license.
- usesEarly channel corrections reduced mean later detector timing error across 18 SEEG sleep records at a 20 ms match limit
This work supplied the original pinned source manifest and public retrieval code copied through the delay publication. We reused that code for all 94 fresh source checks and retained its MIT license.
- usesFive-minute block tests did not detect excess STE HFO list turnover between half-hours in the first hour of 18 SEEG sleep records. The tests assumed exchangeable blocks and independent records.
We used its pinned source archive, source manifest, and public source check code. Its list coverage result informed our question. We tested a new time-order endpoint in the same 18-patient cohort.