Automation of procedure for diagnostics of thin film electroluminescent indicators’ structure

Problems of measurement automation for creating a testing system are considered. This system accelerates the process of parameters controlling in the production and development of new samples of indicator (display) technology. The main parameters of the indicators are defined, the tasks of automation of measuring processes are indicated, the hardware and software structure of the system is developed. The main features of an integrated approach to solve the problems of automating the process of testing the structures of thin-film electroluminescent indicators were proposed, the parameters of thin-film electroluminescent indicators were considered as the basis for forming the composition of an automated testing complex, and the automation of processing the experimental results at the software level was described. The ideas outlined in this article make it possible to formulate a technical task for the development of a complex for automated measurement of the parameters of thin-film electroluminescent elements, as well as its components and software.

Caracterização fenotípica de suínos crioulos da região Centro-Sul do Paraná, Brasil

Esta pesquisa teve como objetivo caracterizar fenotipicamente 55 suínos provenientes de comunidades tradicionais, chamadas de Faxinal. Em cada suíno foram mensuradas 24 variáveis: 8 morfológicas qualitativas, 16 quantitativa / zoométrica e determinado 5 índices zoométricos. De acordo com as tabelas de frequência das variáveis qualitativas, observou-se que a maioria dos suínos apresentaram semelhanças aos padrões morfológicos observados nas raças brasileiras Moura, Piau e Canastra. Para os dados das variáveis zoométricas e os índices zoométricos foram aplicados a análise estatística descritiva e a de variância. Verificou-se grande variabilidade morfológica dos suínos crioulos estudados, sendo os maiores valores dos coeficientes de variação observados para comprimento e largura da garupa, peso vivo e comprimento de focinho. Através das médias obtidas os suínos foram classificados como elipométricos, mesocefálicos, longilíneos, concavilíneos. Foram observadas diferenças significativas entre Faxinal para largura de garupa, comprimento do corpo, focinho e garupa, altura da garupa e distância interorbital, e dos índices cefálico, facial e pélvico. As diferenças significativas entre sexo foram observadas para altura da cernelha, comprimento do focinho, perímetro da canela e distância interorbital. Verificou-se interação significativa de Faxinal*sexo para algumas variáveis zoométricas. Para as medidas corporais as correlações foram altas e significativas, sendo o perímetro torácico, o perímetro abdominal e o comprimento do corpo as que melhor se correlacionaram com o peso vivo. Já as medidas cranianas (comprimento do focinho, orelha e cabeça e a distância interorbital) foram de moderadas a baixas. Para inferir a estrutura populacional foi aplicado um modelo estatístico baseado em uma abordagem bayesiana de acordo com o software Structure Harvester. Foi possível identificar três agrupamentos fenotípicos, corroborando com os resultados das variáveis qualitativas. Estudos de caracterização genética deverão ser realizados nestas populações para que sirvam de base na definição de ações estratégicas para programas de conservação e uso sustentável desses recursos genéticos.

Design of a Multifunctional Operating Station Based on Augmented Reality (MOSAR)

Design principles of a novel Multifunctional Operation Station (MOS) using Augmented Reality (AR) technology (MOSAR) are proposed in this paper. AR-based design allows more ergonomic remote instrument control in real time in contrast to classical instrument-centered interfaces. Another advantage is its hierarchical software structure including multiple programming interpreters. The MOSAR approach is illustrated with a remote surgical operating station that controls intelligent surgical instruments. The implementation of the Operation Station (MOS) is based on the multiplatform open-source library Tcl/Tk, and an AR extension has been developed on a Unity platform, using Vuforia SDK.

PERANCANGAN MODEL JEMBATAN INOVATIF BERBASIS KEARIFAN LOKAL MENGGUNAKAN SOFTWARE STRUCTURE ANALYSIS PROGRAM 2000

<p>Era perkembangan peradaban yang dipicu oleh kemajuan ekonomi, menuntut tersedianya infrastruktur fisik yang mendukung, salah satunya adalah jembatan. Keberadaanya tidak sekedar pelengkap, tetapi telah menjadi urat nadi perekonomian. Jembatan dimasa mendatang dituntut mempunyai keandalan dalam segi kekuatan, efisiensi dan desain yang artisitik sehingga menjadi kebanggan suatu daerah. Metode yang diterapkan dalam perancangan model jembatan ini adalah dengan membandingan lima model jembatan untuk dianalisis gaya dalam pada setiap <em>frame</em> jembatan menggunakan <em>software</em> <em>Structure Analysis Program (SAP) 2000 </em>versi 14.0.0. Jembatan terpilih dianalisis menggunakan SNI 7973-2013 tentang Spesifikasi Desain Untuk Konstruksi Kayu. Dari pemilihan model tersebut terpilih Jembatan Ranggardha, dengan gaya tekan maksimum <em>(P ultimate)</em> sebesar 282,27 Newton pada <em>defleksi</em> 1,52 mm. Selanjutnya dilakukan perakitan model jembatan untuk menguji hasil perancangan tersebut terhadap model laboratorium, sehingga didapatkan jembatan tersebut mamu menahan beban sebesar 50 kg dengan berat model jembatan ini adalah 56,8 gram sehingga memiliki efisiensi sebesar 915,5 dan tingkat akurasi sebesar 96,2%.</p>

E-Customer Security as a Social Value in the Sphere of Sustainability

Customer security in the e-commerce sector is not, but should be, approached in terms of sustainability, because it is a social problem concerning more than 2 billion people worldwide and over 20 million shopping sites. New techniques and technologies are implemented in this sector not only by e-sellers, but also by cybercriminals, which significantly lowers the level of its security. The purpose of the paper is to present, on the basis of own research, the main e-commerce threats from the perspective of the customer and the seller, and to indicate the possibility of their elimination, which should contribute to sustainable development. The threats from the e-customer’s perspective were identified by considering individual phases of online purchase. In the case of e-shops, the threats were analyzed in a personnel—computer hardware—software structure. As conducted research shows, the threats for e-customers are located in three main areas: security of the means of payment, security of personal data and payment cards, and security of purchased goods. The security of the e-customer largely depends on the security of the e-store in which the purchase is made. Research has shown that e-stores are not fully secure, which mainly results from negligence and the lack of knowledge in the sphere of cybersecurity.

Analysis of the Software Most Used by Hackers to Carry Out Penetration Testing in Public Organizations

Currently, the software handled by hackers is the main one to tackle a series of empirical knowledge, with this software attacking and helping organizations. The main objective is to analyze and systematize the software that is detected by hackers and crackers, in order to prevent risks and study the tactical levels and strategies for a given process. The analytical method is used in this investigation, for the study or analysis of the offensive software structure in public organizations. The results obtained from this research were an attack launching algorithm, software prototype taken by hackers, massive obfuscation model, and quantitative encryption model. It was concluded that piracy tools are used for preventive prevention and systems aggression, that is, to be defensive or offensive for a period, throughout an attack cycle.