Storing high volumes of data in MS SQL Server Express

Fojtik, David; Podesva, Petr; Gebauer, Jan

doi:10.1109/carpathiancc.2015.7145059

Cited by 3 publications

(1 citation statement)

References 1 publication

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“…Distance measurement can be based on time of flight of the light from transmitter to target and back to receiver (TOF). This allows range from few tens of mm to tens of km (in exceptional cases hundreds of thousands of kilometres [Chapront 2006]). Range capability is redeemed by lower resolution and accuracy that depends on frequency and precision of internal clock.…”

Section: Why Triangulation Floating Point Scannermentioning

confidence: 99%

Method of Non-Contact Measuring of Diameter and Ovality of Steel Tubes During Their Production

Fojtik¹,

Podesva²,

Gebauer³

et al. 2019

MM SJ

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The quality of production of metallurgical bar stock, in particular tubes, is assessed based on many production parameters including outer cross section (diameter) and ovality, which are also specified by European standard EN 13 508. Tubes need to be measured as soon as possible, ideally immediately after the rolling mill during their production, so that any defects may be corrected in due time and thus the loss of material and power may be minimized. This means that the tubes need to be measured at high temperatures (approximately 1.000 °C). The article describes a new method of non-contact measuring of outer diameters and ovality of steel tubes cross sections that meets the above-mentioned requirements and allows reliable measuring of required parameters even in the case when the measured material moves or vibrates vertically during measuring.

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Section: Why Triangulation Floating Point Scannermentioning

confidence: 99%

Method of Non-Contact Measuring of Diameter and Ovality of Steel Tubes During Their Production

Fojtik¹,

Podesva²,

Gebauer³

et al. 2019

MM SJ

Self Cite

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The intelligent parking lot based on ZigBee technology and SVM

Zhang

Zhen

et al. 2017

2017 14th IEEE Annual Consumer Communications &Amp; Networking Conference (CCNC)

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Windows 10 IoT Application for Data Acquisition from Sensors

Babiuch¹

2017

TransVSBms

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The paper describes the creation of Windows IoT applications in Windows 10, specifically on mobile device for collecting and displaying data obtained from sensors connected to the Arduino development board. This article describes all the steps necessary to create an application in C #, development tools, hardware devices, and libraries in a compact summary which forms the algorithm of the implementation of Windows Universal Application on so-called IoT devices from different manufacturers. AbstraktPříspěvek popisuje tvorbu aplikace v prostředí Windows 10, konkrétně na mobilním zařízení pro sběr a zobrazení dat získaných ze sensorů připojených na vývojovou desku Arduino. Příspěvek popisuje všechny nezbytné kroky k vytvoření aplikace v jazyce C#, vývojové prostředky, hw zařízení a knihovny v uceleném souhrnu, který tvoří postup implementace Windows Universal Apps na tzv. IoT zařízení.

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Storing high volumes of data in MS SQL Server Express

Cited by 3 publications

References 1 publication

Method of Non-Contact Measuring of Diameter and Ovality of Steel Tubes During Their Production

Method of Non-Contact Measuring of Diameter and Ovality of Steel Tubes During Their Production

The intelligent parking lot based on ZigBee technology and SVM

Windows 10 IoT Application for Data Acquisition from Sensors

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