| Abstract |
- Measuring surface fluxes using the surface renewal (SR) method requires a set of programmatic algorithms for tabulation, algebraic calculation, and quality control. Full matlab scripts and functions, example data used in the analysis, and results are included in this data archive. Because the SR method utilizes high frequency (20-100 Hz+) measurements, some steps in the flux calculation are computationally expensive. For a study on the minimum time to measure flux, several new algorithms were written to perform the required calculations more efficiently and rapidly. These algorithms demonstrate that simple modifications to SR methods can dramatically improve efficiency. Provided are scripts, functions, and example data that was used to analyze the efficiency gains with these algorithms.
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| Additional Information |
- description.provenance : Made available in DSpace on 2017-04-04T23:42:13Z (GMT). No. of bitstreams: 12license_rdf: 1370 bytes, checksum: cd1af5ab51bcc7a5280cf305303530e9 (MD5)SR_comp_metadata.txt: 2662 bytes, checksum: ab1a8d2dd562c4d75b15f900f95d14ff (MD5)analysis_strfnc.m: 11125 bytes, checksum: cf178ca96c344c6723d31451a50d0565 (MD5)cardanos.m: 2906 bytes, checksum: 78271be029c5012319a7972c1d07bab3 (MD5)despike_profile.m: 7005 bytes, checksum: bcbbc70b8ad335356a83747fbcf1e33d (MD5)despike.m: 5424 bytes, checksum: 346ec5099e008550b52ea0d74a0328ea (MD5)despikeVM.m: 4284 bytes, checksum: ce7d9e31bcc928e466bf5a09b3e9c500 (MD5)strfnc.m: 3503 bytes, checksum: 56ab65e856c268e3fe955de8a3ee1da5 (MD5)PERF_DESPIKE.mat: 220824 bytes, checksum: faeccfd01d2953da41023f8e341ffbe2 (MD5)PERF_STRFUNC.mat: 4693208 bytes, checksum: 7cad173d4a52a60df72f28de8b84a795 (MD5)FWT[13Sep-1238].mat: 15124088 bytes, checksum: 592db05d5c58656e31cc7c51e1df630f (MD5)YB[13Sep-1238].mat: 29131591 bytes, checksum: 1acb0b5c24b2ab4bf8996c10b98ffc93 (MD5)
- description.provenance : Approved for entry into archive by Clara Llebot Lorente(llebotlc@oregonstate.edu) on 2017-04-04T23:42:13Z (GMT) No. of bitstreams: 12license_rdf: 1370 bytes, checksum: cd1af5ab51bcc7a5280cf305303530e9 (MD5)SR_comp_metadata.txt: 2662 bytes, checksum: ab1a8d2dd562c4d75b15f900f95d14ff (MD5)analysis_strfnc.m: 11125 bytes, checksum: cf178ca96c344c6723d31451a50d0565 (MD5)cardanos.m: 2906 bytes, checksum: 78271be029c5012319a7972c1d07bab3 (MD5)despike_profile.m: 7005 bytes, checksum: bcbbc70b8ad335356a83747fbcf1e33d (MD5)despike.m: 5424 bytes, checksum: 346ec5099e008550b52ea0d74a0328ea (MD5)despikeVM.m: 4284 bytes, checksum: ce7d9e31bcc928e466bf5a09b3e9c500 (MD5)strfnc.m: 3503 bytes, checksum: 56ab65e856c268e3fe955de8a3ee1da5 (MD5)PERF_DESPIKE.mat: 220824 bytes, checksum: faeccfd01d2953da41023f8e341ffbe2 (MD5)PERF_STRFUNC.mat: 4693208 bytes, checksum: 7cad173d4a52a60df72f28de8b84a795 (MD5)FWT[13Sep-1238].mat: 15124088 bytes, checksum: 592db05d5c58656e31cc7c51e1df630f (MD5)YB[13Sep-1238].mat: 29131591 bytes, checksum: 1acb0b5c24b2ab4bf8996c10b98ffc93 (MD5)
- description.provenance : Submitted by Clara Llebot Lorente (llebotlc@oregonstate.edu) on 2017-04-04T23:40:18ZNo. of bitstreams: 12license_rdf: 1370 bytes, checksum: cd1af5ab51bcc7a5280cf305303530e9 (MD5)SR_comp_metadata.txt: 2662 bytes, checksum: ab1a8d2dd562c4d75b15f900f95d14ff (MD5)analysis_strfnc.m: 11125 bytes, checksum: cf178ca96c344c6723d31451a50d0565 (MD5)cardanos.m: 2906 bytes, checksum: 78271be029c5012319a7972c1d07bab3 (MD5)despike_profile.m: 7005 bytes, checksum: bcbbc70b8ad335356a83747fbcf1e33d (MD5)despike.m: 5424 bytes, checksum: 346ec5099e008550b52ea0d74a0328ea (MD5)despikeVM.m: 4284 bytes, checksum: ce7d9e31bcc928e466bf5a09b3e9c500 (MD5)strfnc.m: 3503 bytes, checksum: 56ab65e856c268e3fe955de8a3ee1da5 (MD5)PERF_DESPIKE.mat: 220824 bytes, checksum: faeccfd01d2953da41023f8e341ffbe2 (MD5)PERF_STRFUNC.mat: 4693208 bytes, checksum: 7cad173d4a52a60df72f28de8b84a795 (MD5)FWT[13Sep-1238].mat: 15124088 bytes, checksum: 592db05d5c58656e31cc7c51e1df630f (MD5)YB[13Sep-1238].mat: 29131591 bytes, checksum: 1acb0b5c24b2ab4bf8996c10b98ffc93 (MD5)
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