Lopes, Roberto Rigolin F.; Loevenich, Johannes F.; Wrona, Konrad; Rettore, Paulo H. L.; Nordbotten, Nils Agne & Falkcrona, Jerry
[Show all 11 contributors for this article](2023).
Accelerating NATO Transformation with SnTEE: Experiments with Network Security Function Virtualization in Coalition Networks.
In Lenk, Peter (Eds.),
2023 International Conference on Military Communications and Information Systems (ICMCIS) : held in Skopje, North Macedonia
16–17 May 2023
.
IEEE (Institute of Electrical and Electronics Engineers).
ISSN 979-8-3503-4385-4.
doi: 10.1109/ICMCIS59922.2023.10253524.
Kongsgård, Kyrre Wahl; Nordbotten, Nils Agne; Mancini, Federico & Engelstad, Paal E.
(2016).
Data loss prevention based on text classification in controlled environments.
Lecture Notes in Computer Science (LNCS).
ISSN 0302-9743.
10063 LNCS,
p. 131–150.
doi: 10.1007/978-3-319-49806-5_7.
Engelstad, Paal E.; Hammer, Hugo Lewi; Kongsgård, Kyrre Wahl; Yazidi, Anis; Nordbotten, Nils Agne & Bai, Aleksander
(2016).
Automatic security classification with Lasso.
Lecture Notes in Computer Science (LNCS).
ISSN 0302-9743.
9503,
p. 399–410.
doi: 10.1007/978-3-319-31875-2_33.
Kongsgård, Kyrre Wahl; Nordbotten, Nils Agne & Fauskanger, Stian
(2015).
Policy-Based Labelling: A Flexible Framework for Trusted Data Labelling,
Proceedings International Conference on Military Communications and Information Systems ICMCIS (former MCC) : Cracow, Poland, 18th-19th May 2015.
IEEE conference proceedings.
ISSN 9788393484850.
doi: 10.1109/icmcis.2015.7158708.
Haakseth, Raymond; Nordbotten, Nils Agne; Kristiansen, Bengt & Jonsson, Øyvind
(2015).
A High Assurance Cross-Domain Guard for Use in Service-Oriented Architectures,
Proceedings International Conference on Military Communications and Information Systems ICMCIS (former MCC) : Cracow, Poland, 18th-19th May 2015.
IEEE conference proceedings.
ISSN 9788393484850.
doi: 10.1109/ICMCIS.2015.7158668.
Hammer, Hugo Lewi; Kongsgård, Kyrre Wahl; Bai, Aleksander; Yazidi, Anis; Nordbotten, Nils Agne & Engelstad, Paal E.
(2015).
Automatic Security Classification by Machine Learning for Cross-Domain Information Exchange.
MILCOM IEEE Military Communications Conference.
ISSN 2155-7578.p. 1590–1595.
doi: 10.1109/MILCOM.2015.7357672.
Full text in Research Archive
Nordbotten, Nils Agne
(2010).
Cross-Domain Access Control in a Military SOA.
MILCOM IEEE Military Communications Conference.
ISSN 2155-7578.p. 448–455.
Nordbotten, Nils Agne
(2010).
Cross-Domain Access Control in a Military SOA.
In Milcom?, Milcom (Eds.),
Next Decade of Military Communications.
IEEE conference proceedings.
ISSN 978-1-4244-8179-8.p. 1708–1715.Show summary
Service-oriented architectures (SOA) provide the
advantage of facilitating integration and information exchange
between different administrative domains (e.g., within a
coalition). However, in order to support this in a secure
manner, cross-domain access control is required. Various
solutions to this have been developed with civilian Internet
applications in mind. In this paper we consider the
architectural approaches (i.e., communication patterns) used
by these existing solutions and find that these approaches are
not suitable for use in many military systems due to differing
connectivity characteristics and availability requirements. A
different approach is therefore proposed in order to better
fulfill the availability requirements of military applications.
Furthermore, we also consider how such access control
solutions can be implemented bearing in mind the assurance
requirements of military security mechanisms compared to
those of typical civilian applications
Lysne, Olav; Skeie, Tor; Reinemo, Svein Arne; Sem-Jacobsen, Frank Olav & Nordbotten, N.A.
(2010).
Scalable Interconnection Networks.
In Tveito, Aslak; Bruaset, Are Magnus & Lysne, Olav (Ed.),
Simula Research Laboratory - by thinking constantly about it.
Springer.
ISSN 978-3-642-01155-9.p. 129–162.
Nordbotten, Nils & Skeie, Tor
(2008).
A Routing Methodology for Dynamic Fault Tolerance in Meshes and Tori.
In Aluru, Srinivas; Parashar, Manish; Badrinath, Ramamurthy & Prasanna, Viktor K. (Ed.),
High Performance Computing - HiPC 2007: 14th International Conference.
Springer.
ISSN 978-3540772194.p. 514–527.
Gomez, M.; Nordbotten, Nils Agne; Flich, J.; Lopez, Pedro; Robles, Antonio & Duato, J
[Show all 8 contributors for this article](2006).
A Routing Methodology for Achieving Fault-Tolerance in Direct Networks.
IEEE transactions on computers.
ISSN 0018-9340.
Gomez, Maria; Duato, Jose; Flich, Jose; Lopez, Pedro; Robles, Antonio & Nordbotten, Nils
[Show all 8 contributors for this article](2004).
An effcient fault-tolerant routing methodology for meshes and tori.
IEEE computer architecture letters.
ISSN 1556-6056.
Gomez, M.; Duato, J; Flich, J.; Lopez, Pedro; Robles, Antonio & Nordbotten, Nils Agne
[Show all 8 contributors for this article](2004).
An Efficient Fault-Tolerant Routing Methodology for Meshes and Tori.
IEEE computer architecture letters.
ISSN 1556-6056.
Nordbotten, Nils Agne; Skeie, Tor & Aakvaag, Niels
(2004).
Methods for service discovery in Bluetooth scatternets.
Computer Communications.
ISSN 0140-3664.
27(11),
p. 1087–1096.
Aakvaag, Niels D. & Nordbotten, Nils Agne
(2003).
IPv6: the new Internet protocol - implications of the next-generation Internet protocol for ABB.
ABB review.
ISSN 1013-3119.p. 30–35.
Chan, Kevin; Chong, Peter Han Joo & Nordbotten, Nils Agne
(2022).
Series Editorial: Military Communications and Networks.
IEEE Communications Magazine.
ISSN 0163-6804.
Nordbotten, Nils Agne
(2020).
Sårbarheter i IKT-systemer.
In Bergsjø, Håkon; Windvik, Ronny & Øverlier, Lasse (Ed.),
Digital sikkerhet - En innføring.
Universitetsforlaget.
ISSN 978-82-15-03422-5.p. 129–143.
Kongsgård, Kyrre Wahl; Nordbotten, Nils Agne; Mancini, Federico & Engelstad, Paal E.
(2017).
An Internal/Insider Threat Score for Data Loss Prevention and Detection.
Kongsgård, Kyrre Wahl; Nordbotten, Nils Agne; Engelstad, Paal E. & Mancini, Federico
(2017).
Data Loss Prevention for Cross-Domain Instant Messaging.
Show summary
This paper proposes a cascading classifier for inspecting and validating the
payload of chat messages in (military) instant messaging. The first step in
the cascading classifier pipeline is an anomaly detection-based method whose
purpose is to ensure that the message channel is not used to exfiltrate
non-message data such as images, documents, binary files or encrypted content.
Messages that pass the filtering phase then proceed to have their content
analyzed for the presence of known sensitive information. This data loss
prevention step is enhanced by incorporating an author profile signal that
assesses the validity of the claimed authorship by capturing the stylometric
signature embedded in each user's past message stream. The hypothesis being
that the inference and subsequent inclusion of latent author traits such as
gender, age and ethnicity will aid the data loss prevention solution by
reducing the number of incorrect classifications. Experiments were conducted
using message traffic that was generated during a field-training exercise
conducted by members of the armed forces, as well as an internal repository of
classified documents and a myriad of non-message based data sources. The
results demonstrated that our proposed traffic-filtering classifier is
successful in distinguishing between legitimate and illegitimate traffic.
Further, the experiments showed that constructing authorship verification
models, using sparse messages as a training set, is feasible and that
including this signal in the data loss prevention solution leads to a
significant increase in the predictive performance for the cross-domain
messaging setting.
Melrose, John; Wrona, Konrad; Guenther, Thomas; Haakseth, Raymond; Nordbotten, Nils Agne & Westerdahl, Lars
(2016).
Labelling for integrity and availability.
Haakseth, Raymond; Nordbotten, Nils Agne; Kristiansen, Bengt & Jonsson, Øyvind
(2015).
A High Assurance Cross-Domain Guard for Use in Service-Oriented Architectures.
Nordbotten, Nils Agne
(2010).
Cross-Domain Access Control in a Military SOA.
Show summary
Service-oriented architectures (SOA) provide the
advantage of facilitating integration and information exchange
between different administrative domains (e.g., within a
coalition). However, in order to support this in a secure
manner, cross-domain access control is required. Various
solutions to this have been developed with civilian Internet
applications in mind. In this paper we consider the
architectural approaches (i.e., communication patterns) used
by these existing solutions and find that these approaches are
not suitable for use in many military systems due to differing
connectivity characteristics and availability requirements. A
different approach is therefore proposed in order to better
fulfill the availability requirements of military applications.
Furthermore, we also consider how such access control
solutions can be implemented bearing in mind the assurance
requirements of military security mechanisms compared to
those of typical civilian applications.
Gomez, Maria; Flich, Jose; Lopez, Pedro; Robles, Antonio; Duato, Jose & Nordbotten, Nils
[Show all 8 contributors for this article](2004).
An effective fault-tolerant routing methodology for direct networks.
Gomez, Maria; Duato, Jose; Flich, Jose; Lopez, Pedro; Robles, Antonio & Nordbotten, Nils
[Show all 8 contributors for this article](2004).
A new adaptive fault-tolerant routing methodology for direct networks.
Nordbotten, Nils; Gomez, Maria; Flich, Jose; Lopez, Pedro; Robles, Antonio & Skeie, Tor
[Show all 8 contributors for this article](2004).
A fully adaptive fault-tolerant routing methodology based on intermediate nodes.
Nordbotten, Nils Agne
(2008).
Fault-Tolerant Routing in Interconnection Networks.
Unipub forlag.
ISSN 1501-7710.