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PRODID:IEEE vTools.Events//EN
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TZID:Europe/Warsaw
BEGIN:DAYLIGHT
DTSTART:20190331T030000
TZOFFSETFROM:+0100
TZOFFSETTO:+0200
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BEGIN:STANDARD
DTSTART:20191027T020000
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BEGIN:VEVENT
DTSTAMP:20200203T101413Z
UID:5481CAAE-AF4A-41ED-85CA-3B58C4F93E2A
DTSTART;TZID=Europe/Warsaw:20190911T111500
DTEND;TZID=Europe/Warsaw:20190911T120000
DESCRIPTION:Suported by the Poland National Agency for Academic Exchange. B
 asic Information: - Implementation period 01.12.2018 – 30.11.2020\;- Int
 ernational partnerships of 9 partners from the USA\, Germany\, Sweden\, Cz
 ech Republic\, Ukraine\, China and Singapore\; - Main objective: to develo
 p sustainable solutions for scientific\, implementation and didactic coope
 ration within international academic partners\; - Activities – conductin
 g research and development in international terms\, participation in train
 eeships\, exchange of students and staff. Involvement of the Department of
  Telecommunications and ICT- Sub-project title: &quot;Audit Platform for IoT Sy
 stems&quot;. Task 1: Academic internships for the development of the IoT hardwa
 re and software audit platform. Objective: short-term traineeships for sta
 ff of partner institutions\, for the purpose of conducting and conducting 
 thematic training (e.g. in the field of cybersecurity\, IoT systems\, elec
 tromagnetic compatibility\,...) and prototyping hardware and software audi
 t platform.\n\nTask 2: Develop the concept of the IoT audit platform\n\nOb
 jective: A template will be developed on the basis of which a complete aud
 it system can be performed. Platform elements will be indicated: hardware 
 and methodological - Wroclaw University of Science &amp;Technology WUS&amp;T\, Pol
 and\, and Software - Lviv University of Technology LUT\, Ukraine. WUS&amp;T - 
 Measurement work has been carried out on the performance of Low-Capacity N
 etwork (LTN) and Ultranarrow-Band (UNB) IoT Systems\n\nCo-sponsored by: pr
 of. Ryszard Zielinski\; prof. Wojciech J. Krzysztofik\, Chapter Chair\n\nS
 peaker(s): Prof. Kamil Staniec\, \n\nRoom: 905\, Bldg: C-5\, Janiszewskieg
 o 9\, Wroclaw\, Dolnoslaskie\, Poland\, 50-370
LOCATION:Room: 905\, Bldg: C-5\, Janiszewskiego 9\, Wroclaw\, Dolnoslaskie\
 , Poland\, 50-370
ORGANIZER:wojciech.krzysztofik@pwr.edu.pl
SEQUENCE:0
SUMMARY:Academic Partnership of the Wroclaw University of Science &amp; Technol
 ogy
URL;VALUE=URI:https://events.vtools.ieee.org/m/221018
X-ALT-DESC:Description: &lt;br /&gt;&lt;p&gt;Suported by the Poland National Agency for
  Academic Exchange. Basic Information: - Implementation period 01.12.2018 
 &amp;ndash\; 30.11.2020\;- International partnerships of 9 partners from the U
 SA\, Germany\, Sweden\, Czech Republic\, Ukraine\, China and Singapore\; -
  Main objective: to develop sustainable solutions for scientific\, impleme
 ntation and didactic cooperation within international academic partners\; 
 - Activities &amp;ndash\; conducting research and development in international
  terms\, participation in traineeships\, exchange of students and staff. I
 nvolvement of the Department of Telecommunications and ICT- Sub-project ti
 tle: &quot;Audit Platform for IoT Systems&quot;. Task 1: Academic internships for th
 e development of the IoT hardware and software audit platform.&amp;nbsp\; Obje
 ctive: short-term traineeships for staff of partner institutions\, for the
  purpose of conducting and conducting thematic training (e.g. in the field
  of cybersecurity\, IoT systems\, electromagnetic compatibility\,...) and 
 prototyping hardware and software audit platform.&lt;/p&gt;\n&lt;p&gt;Task 2: Develop 
 the concept of the IoT audit platform&lt;/p&gt;\n&lt;p&gt;Objective: A template will b
 e developed on the basis of which a complete audit system can be performed
 . Platform elements will be indicated: hardware and methodological - Wrocl
 aw University of Science &amp;amp\;Technology WUS&amp;amp\;T\, Poland\, and Softwa
 re - Lviv University of Technology LUT\, Ukraine. WUS&amp;amp\;T - Measurement
  work has been carried out on the performance of Low-Capacity Network (LTN
 ) and Ultranarrow-Band (UNB) IoT Systems&lt;/p&gt;
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