Result for 05CCAEFB76A901B300E31F8C492AAE8B05FC2167

Query result

Key Value
FileName./usr/share/doc/gr-iqbal/html/fix__cc_8h.html
FileSize4751
MD558F484E678DD3900552E2ACCF699F8FE
SHA-105CCAEFB76A901B300E31F8C492AAE8B05FC2167
SHA-2567C7AF20F6771B29A22BCB1CA9BC8004079B99D59CC83A0B31C6D262DEF7EE657
SSDEEP96:ajAukDQedu9b1/vRjMp4ohHhcHqbLNlQWIE/:aAukD5Kt9FKnNl9IE
TLSHT15EA18522CCC6A2374963A0C2E6B6FF7A61C09758C3555404ACFCA1DB67C1ECCCA8756D
hashlookup:parent-total1
hashlookup:trust55

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Parents (Total: 1)

The searched file hash is included in 1 parent files which include package known and seen by metalookup. A sample is included below:

Key Value
FileSize175828
MD5437181DBEC2294FDF1AEEFF21955986A
PackageDescriptionGNU Radio Blind IQ imbalance estimator and correction The general idea is to suppress symmetrical images caused by IQ imbalance in the RX path of quadrature receivers. It's composed of two subblocks: . "IQ Bal Fix": This applies the actual correction. to a complex stream. The correction parameters are only magnitude/phase and the actual correction algo is the same as applied in hardware in the USRP. You can either specify the correction parameters manually on the block, or send them via 'messages'. . "IQ Bal Optimize": This blocks tries to blindly detect the imbalance by minimizing the correlation between the left and right part of the spectrum. See the code for the "how it does it". The general idea is inspired from papers found on the internet and the way some SDR software achieve the same things (sdr# for eg, although there are significant differences in the actual implementation).
PackageMaintainerA. Maitland Bottoms <bottoms@debian.org>
PackageNamegr-iqbal
PackageSectionlibdevel
PackageVersion0.38.2-1
SHA-18BFDFE61ABAC3471554AFC50A544CEF8565A106E
SHA-2569FD728FDF09BDCF85F673E6DE9ADB73369C14B9CE5D81FC2DF597EF632F60C42