197,066 research outputs found
Holotype of Stipa <i>× muksuensis</i> M. Nobis, Klichowska, A. Nowak, P. Sinaga.
No full textHolotype of Stipa × muksuensis M. Nobis, Klichowska, A. Nowak, P. Sinaga.</p
Sanford Bates Correspondence from Bernard M. Nobis
No full textA letter addressed to Sanford Bates from Bernard M. Nobis in thanks for Bates' help
Sanford Bates Correspondence from Bernard M. Nobis
No full textA letter addressed to Sanford Bates from Bernard M. Nobis concerning his recommendation
Sanford Bates Correspondence to Bernard M. Nobis February 11 1946
No full textA letter addressed to Bernard M. Nobis from Sanford Bates concerning Nobis' appointment as Supderintendent at the Ferris School for Boys in Wilmington, Delaware
Sanford Bates Correspondence from Bernard M. Nobis April 4 1946
No full textA letter addressed to Sanford Bates from Bernard M. Nobis concering coversations Nobis had with Dolos O'Brian and W. A. Vrooman
Sanford Bates Correspondence from Bernard M. Nobis Page 1
No full textThe first page of a letter addressed to Sanford Bates from Bernard M. Nobis
Sanford Bates Correspondence to Bernard M. Nobis April 5 1946
No full textA letter addressed to Bernard M. Nobis from Sanford Bates acknowledging a previous letter
Sanford Bates Correspondence from Bernard M. Nobis Page 2
No full textThe second page of a letter addressed to Sanford Bates from Bernard M. Nobis
NoBis: A crowd monitoring service against COVID-19
No full textThis paper presents NoBis, a new service for monitoring the crowding of indoor spaces in the COVID-19 era. The name links the concept of “We” to the desire of not having an “Encore” of the first lockdown experienced worldwide in March 2020. NoBis is a REST-based web application which provides tools for allowing “Referents” to manage places to be monitored and, at the same time, for allowing end users to consult in real time the crowding state related to monitored places. The entire platform is based on the use of QR codes which users scan each time they enter (Check-in operation) and exit (Check-out operation) from a monitored place. NoBis is implemented in JavaScript both for the front end, with the help of libraries such as JQuery, and the back-end, through the use of Node.js. This choice allowed for a more agile and”lightweight” development, in accordance with the time constraints required by the project. During the month of September 2020 a preliminary testing phase took place at the Department of Information Engineering of the University of Padova. NoBis represents a valuable tool to monitor crowding in libraries and similar enclosed places accessible to the public
Operational technology beveiligen vanuit Design Thinking perspectief
No full textIn dit rapport beschrijven we de resultaten van onderzoek naar de mogelijkheden van het Secure-by-Design ontwerpen van Operational Technology (OT) voor de Vitale Infrastructuur. Het Nationaal Cyber Security Centrum (NCSC) acht het verstoren of saboteren van diensten en processen waar overheden en de samenleving van afhankelijk zijn, één van de toenemende en reële cyberdreigingen. De kwetsbaarheid van Industriële Controle Systemen (ICS) hebben daarbij de bijzondere aandacht van NCSC, omdat deze zo breed worden toegepast in de Vitale Infrastructuur van Nederland. De hoofdonderzoeksvragen die ten grondslag liggen aan deze verkenning, zijn: Hoe zou Design Thinking kunnen worden toegepast in de Vitale Infrastructuur bij het veilig ontwerpen van nieuwe operationele technologie of bij het veilig verbeteren van bestaande operationele technologie, evenals bij het veilig ontwerpen van de daarmee samenhangende beheer- en gebruiksprocessen? Hoe, waar en wanneer kan Design Thinking een plaats hebben in het veilig ontwerpen van systemen? INHOUD: 1. Inleiding 2. Onderzoeksmethodologie 3.Definities van de Centrale Begrippen 4. Complexiteit van OT Beveiliging: Design Thinking aan zet 5. Praktijkervaringen Internationaal 6. Praktijkervaringen in Nederland 7. Analyse & Synthese 8. Conclusie
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