Jablotron 100-Based Corporation Access System

Bakalářská práce se zabývá problematikou návrhu a realizace přístupového systému podniku s elektronickým zabezpečovacím systémem Jablotron 100 a jeho propojením s jinými systémy. Byl navržen a naprogramován můstek s API rozhraním pro ovládání systému Jablotron 100. Tento můstek byl použit pro realizaci webového uživatelského rozhraní k ovládání přístupového systému. Dále byl vytvořen koncept získávání dat docházky ze systému Jablotron 100.This bachelor thesis deals with the design and implementation of an enterprise access control system based on the electronic security system Jablotron 100 and its connection with external systems. The bridge with an API interface for controlling the Jablotron 100-based corporation access system has been designed and programmed. This bridge was used to implement the web user interface to control the access system. Furthermore, the concept of collecting attendance data from the Jablotron 100-based system was created.

Genetic variability in captive and wild populations.^*.

*<p>N: the number of sequences; Pi: nucleotide diversity within the population; H: number of different sequences types; K: average number of nucleotide differences within the population.</p

Alignments of the variable sites of mtDNA CR sequences from the representative fish populations.

<p>Dashes indicate indels introduced for optimal alignment, and the asterisks at the bottom of the figure indicate the consensus nucleotide. A1, B1, C1, C2, D1, E1, F1, G1, H1, I1, I2, J1, K1 and L1 are the representative mtDNA CR sequence types from different fish populations.</p

Numerical Evaluation of Nonlinear Coupled Galloping of A Slender Tower

This paper was reviewed and accepted by the APCWE-IX Programme Committee for Presentation at the 9th Asia-Pacific Conference on Wind Engineering, University of Auckland, Auckland, New Zealand, held from 3-7 December 2017

Identifications of Captive and Wild Tilapia by mtDNA CR Sequence.

<p>Identifications of Captive and Wild Tilapia by mtDNA CR Sequence.</p

Phylogenetic tree constructed with tilapia mtDNA CR sequences by PHYLIP program.

<p>A1, B1, C1, C2, D1, E1, F1, G1, H1, I1, I2, J1, K1, L1, L2, and L3 are the representative mtDNA CR sequence from different fish populations. <i>O. niloticu</i> x <i>O. mossambic</i> (O.n x O.m, accession #AY833481), <i>O. mossambic</i> (O.moss, accession #AY833459 and O.moss 2, accession # AF328843), <i>O. urolepis</i> (accession #AF296467), <i>O. aureus</i> (accession #AF328851), <i>O. niloticus</i> (O. nilo, accession #AF485083), <i>S. melanotheron</i> (S. melan accession #AF484717 and S. melan 2 accession # AF296493), and <i>T. rendalli</i> (T. rend, accession #AF328854) are reference tilapia species, and the accession numbers were obtained from the NCBI database.</p

Phylogenetic tree constructed with tilapia mtDNA CR sequences using the Kimura two-parameter distance model.

<p>Bootstrap values greater than 50 are shown. A1, B1, C1, C2, D1, E1, F1, G1, H1, I1, I2, J1, K1, L1, L2, and L3 are the representative mtDNA CR sequence from different fish populations. <i>O. niloticu</i> x <i>O. mossambic</i> (accession #AY833481), <i>O. mossambic</i> (accession #AY833459), <i>O. urolepis</i> (accession #AF296467), <i>O. aureus</i> (accession #AF328851), <i>O. niloticus</i> (accession #AF485083), <i>S. melanotheron</i> (accession #AF484717), and <i>T. rendalli</i> (accession #AF328854) are reference tilapia species, and the accession numbers were obtained from the NCBI database.</p

Comparisons between <i>O. niloticus</i> present in Hawaii and <i>O. niloticus</i> in Egypt.

<p>Comparisons between <i>O. niloticus</i> present in Hawaii and <i>O. niloticus</i> in Egypt.</p

The genetic distance between different populations based on mtDNA CR sequence.^*.

*<p>MtDNA CR genetic distances among different population were obtained by MEGA Version Data are presented by intraspecific or interspecific congeneric K2P-distances.</p

Tilapia species <i>S. melanotheron</i> and <i>T. rendalli</i>.

<p>Tilapia species <i>S. melanotheron</i> and <i>T. rendalli</i>.</p