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1,896 results for “call”
Twindroid - System calls traces - Android apps - Extention
<p>TwinDroid - a dataset of system calls traces, from both benign and infected Android apps.</p> <p>For other traces you can visit https://zenodo.org/record/6464808#.Yls2yVyZNH4</p> <p>To trace apps, you can use our script in: https://github.com/RaphaelKhoury/automated-apk-tracing</p> <p> </p> <p> </p>
Subspecies and Distribution. L.n.nigricollisF.Cuvier,1823—SIndia(SoftheGodavariRiver). L.n.aryabertensisHodgson,1844—SCNepal. L.n.dayanusBlanford,1874—SEPakistanandNWIndia(GreatIndianDesert). L.n.ruficaudatusE.GeoffroySaint-Hilaire,1826—EPakistan,NIndia,SNepal,Bangladesh,Bhutan,exceptthehigherreachesoftheHimalayasandthemangroveareaswithintheSundarbans. L.n.sadiyaKloss,1918—NEIndia(Assam). L.n.simcoxiWroughton,1912—CIndia(NMaharashtraandMadhyaPradesh). L. n. singhala Wroughton, 1915 — Sri Lanka. Indian hares (probably ruficaudatus) also occur in extreme E Afghanistan, in the border areas with Pakistan. Situation in Java is debated and the so called "Javan Hare" might be native there. The species has been introduced by founder individuals of either unknown subspeciesaffiliation or belonging to various subspecies into Comoro, Mayotte, Madagascar, Réunion (including Gunners Quoin I), Mauritius (Agaléga Is), Seychelles (Cousin I), and Andaman Is in the Indian Ocean, and into New Guinea. In Gunners Quoin the Indian Hare has been eradicated. in Leporidae
Subspecies and Distribution. L.n.nigricollisF.Cuvier,1823—SIndia(SoftheGodavariRiver). L.n.aryabertensisHodgson,1844—SCNepal. L.n.dayanusBlanford,1874—SEPakistanandNWIndia(GreatIndianDesert). L.n.ruficaudatusE.GeoffroySaint-Hilaire,1826—EPakistan,NIndia,SNepal,Bangladesh,Bhutan,exceptthehigherreachesoftheHimalayasandthemangroveareaswithintheSundarbans. L.n.sadiyaKloss,1918—NEIndia(Assam). L.n.simcoxiWroughton,1912—CIndia(NMaharashtraandMadhyaPradesh). L. n. singhala Wroughton, 1915 — Sri Lanka. Indian hares (probably ruficaudatus) also occur in extreme E Afghanistan, in the border areas with Pakistan. Situation in Java is debated and the so called "Javan Hare" might be native there. The species has been introduced by founder individuals of either unknown subspeciesaffiliation or belonging to various subspecies into Comoro, Mayotte, Madagascar, Réunion (including Gunners Quoin I), Mauritius (Agaléga Is), Seychelles (Cousin I), and Andaman Is in the Indian Ocean, and into New Guinea. In Gunners Quoin the Indian Hare has been eradicated.
Distribution. NE Madagascar from the Bemarivo River, near Sambava, S to the region of Mananara-Nord, including the Masoala Peninsula and possibly extending from Marojejy W into Tsaratanana; there are additional isolated and most likely introduced populations in the Betampona Strict Nature Reserve and on Nosy Mangabe and on Ile Roger (also called Aye-aye I) near the town of Mananara-Nord. The distribution S of Mananara needs to be clarified because significant hybridization with the Brown Lemur (FE. fulvus) occurs over a wide area. in Lemuridae
Distribution. NE Madagascar from the Bemarivo River, near Sambava, S to the region of Mananara-Nord, including the Masoala Peninsula and possibly extending from Marojejy W into Tsaratanana; there are additional isolated and most likely introduced populations in the Betampona Strict Nature Reserve and on Nosy Mangabe and on Ile Roger (also called Aye-aye I) near the town of Mananara-Nord. The distribution S of Mananara needs to be clarified because significant hybridization with the Brown Lemur (FE. fulvus) occurs over a wide area.
Figure 1 in First use of acoustic calls to distinguish cryptic members of a fish species complex
Figure 1. Background shading indicates the geographical distribution of the three populations (Liu et al., 2014) from the Dascyllus aruanus complex. A, in each geographical area, dots correspond to sampling locations. B, scatterplot of principal component PC1 versus PC2, performed with individual mean values of the six acoustic properties of calls corresponding to the signal jump for the three suggested species: D. abudafur (blue ●), D. aruanus (turquoise +) and D. emamo (pink▲). Ellipses correspond to 90% of the observations, dots correspond to the ellipse centra.
Figure 8 in Call me by my name: unravelling the taxonomy of the gulper shark genus Centrophorus in the Mediterranean Sea through an integrated taxonomic approach
Figure 8. Principal component analysis (PCA) conducted on caudal fin (A), first dorsal fin (B) and second dorsal fin (C) landmarks. Blue, pink and red dots represent, respectively, Centrophorus cf. uyato, Centrophorus granulosus and Centrophorus squamosus samples.
Figure 6 in Call me by my name: unravelling the taxonomy of the gulper shark genus Centrophorus in the Mediterranean Sea through an integrated taxonomic approach
Figure 6. Bayesian phylogenetic tree of the ND2 haplotypes. Near the nodes are the support values, shown as posterior probability. In red the haplotypes from individuals sequenced in the present study. On the right of the tree the assigned OTU and the clade identified by the BCMA analysis, as well as the putative nominal species are indicated.
Figure 5 in Call me by my name: unravelling the taxonomy of the gulper shark genus Centrophorus in the Mediterranean Sea through an integrated taxonomic approach
Figure 5. Bayesian phylogenetic tree of the 16S haplotypes. Near the nodes are the support values, shown as posterior probability. In red the haplotypes from individuals sequenced in the present study. On the right of the tree the assigned OTU and the clade identified by the BCMA analysis, as well as the putative nominal species are indicated.
Figure 3 in Call me by my name: unravelling the taxonomy of the gulper shark genus Centrophorus in the Mediterranean Sea through an integrated taxonomic approach
Figure 3. Comparison of NN (nearest neighbour or minimum interspecific distance) and maximum intraspecific distances for the different gene fragments. Equal intra- and interspecific variation is marked by the diagonal line. Points above the diagonal indicate 'species' with 'barcode gaps'.
Figure 1 in Call me by my name: unravelling the taxonomy of the gulper shark genus Centrophorus in the Mediterranean Sea through an integrated taxonomic approach
Figure 1. Map of Geographic Sub Areas and Food and Agriculture Organization (FAO) regions showing the sampling areas. Red colour highlights the geographical areas included in the sampling design.
Figure 2 in Call me by my name: unravelling the taxonomy of the gulper shark genus Centrophorus in the Mediterranean Sea through an integrated taxonomic approach
Figure 2. Median joining network of the haplotypes for the concatenated fragments. The circle size is proportional to the frequency of each haplotype, the segments represent one mutational event.
Figure 7 in Call me by my name: unravelling the taxonomy of the gulper shark genus Centrophorus in the Mediterranean Sea through an integrated taxonomic approach
Figure 7. Analysis of principal coordinates (CAP) scatterplot representing the morphometric differences observed among the species classified as a result of the genetic analyses. Specimens of Centrophorus cf. uyato collected in the Atlantic Ocean are circled in red.
Figure 4 in Call me by my name: unravelling the taxonomy of the gulper shark genus Centrophorus in the Mediterranean Sea through an integrated taxonomic approach
Figure 4. Bayesian phylogenetic tree of the COI haplotypes. Near the nodes are the support values, shown as posterior probability. In red the haplotypes from individuals sequenced in the present study. On the right of the tree, the assigned OTU, the BIN, the clade identified by the BCMA analysis, as well as the putative nominal species are indicated.
Broad exome calling interval list
<p>Exome calling interval list (v1, GRCh38) used by the Broad Institute</p>
FIGURES 19–33. Macropsidius spp., calling signal oscillograms. 19–23―M in Macropsidius bogutensis (Mityaev, 1990) species group (Hemiptera: Auchenorrhyncha: Cicadellidae: Eurymelinae: Macropsini) in Kazakhstan: taxonomy, biology, and evolution
FIGURES 19–33. Macropsidius spp., calling signal oscillograms. 19–23―M. karatavicus sp. n., 24–28―M. bogutensis, 29– 33―M. kajkanus. Faster oscillograms of the parts of signals indicated as "21–22", "26–28", and "32–33" are given under the same numbers.
Application demonstrating show view updates result on MainActivity with expensive onBind call
<p>Results demonstrating show view updates result on MainActivity with expensive onBind call</p>
Result of Show View Updates on sqlite db fetch call on non indexed columns of table with large data
<p>Result of Show View Updates on sqlite db fetch call on non indexed columns of table with large data</p>
Result of Show View Updates on sqlite db fetch call on indexed columns of table with large data
<p>Result of Show View Updates on sqlite db fetch call on indexed columns of table with large data</p>
FIGURE 17 in Advertisement calls of 18 anuran species in the megadiverse Atlantic Forest in southeastern Brazil: review and update
FIGURE 17. Spectrogram (up) and oscillogram (bottom) of the advertisement calls of Physalaemus cuvieri; January 09, 2019, 22:10h; Air temperature = 19.6°C, Air humidity = 94.8%; Water temperature = 25°C. Spectrogram parameters: window size = 1024, overlap = 90%, window type = "Hann". Figure created in R package seewave (Sueur et al. 2008). Photo by Michel de Aguiar Passos.
FIGURE 18 in Advertisement calls of 18 anuran species in the megadiverse Atlantic Forest in southeastern Brazil: review and update
FIGURE 18. Spectrogram (up) and oscillogram (bottom) of the advertisement call of Phyllomedusa burmeisteri; September 22, 2018, 00:29h; Air temperature = 16.8°C, Air humidity = 94.1%; Water temperature = 19°C. Spectrogram parameters: window size = 1024, overlap = 90%, window type = "Hann". Figure created in R package seewave (Sueur et al. 2008). Photo by Michel de Aguiar Passos.
FIGURE 16 in Advertisement calls of 18 anuran species in the megadiverse Atlantic Forest in southeastern Brazil: review and update
FIGURE 16. Spectrogram (up) and oscillogram (bottom) of the advertisement calls of Sphaenorhynchus platycephalus; February 07, 2019, 20:34h; Air temperature = 15.4°C, Air humidity = 100%; Water temperature = 23°C. Spectrogram parameters: window size = 1024, overlap = 90%, window type = "Hann". Figure created in R package seewave (Sueur et al. 2008). Photo by André Zambolli.
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Allen Brain Atlas
Allen Brain Atlas is an Allen Institute collection of brain map atlases, datasets, APIs, and analysis tools covering mouse, human, and non-human primate brain resources.
Annotated Behaviour and Observability Dataset (ABODe)
ABODe is a University of Edinburgh DataShare dataset for behavior classification in group-housed mice using home-cage video, identities, bounding boxes, ground-plate positions, and annotator labels.
DANDI Archive for NWB datasets
DANDI is a BRAIN Initiative archive for publishing and sharing neurophysiology data, including electrophysiology, optophysiology, and behavioral data packaged as NWB and related standards.
International Brain Laboratory public data
The International Brain Laboratory public data releases expose standardized mouse decision-making experiments, including Neuropixels recordings, widefield calcium imaging, behavior, and session metadata accessed through the ONE API.
OpenNeuro
OpenNeuro is a free, open platform for sharing neuroimaging datasets, with public search, dataset pages, and download paths for web, S3, DataLad, and the OpenNeuro CLI.